aspermciguidelines,mamc

As per MCI guidelines, MAMC, Delhi has prepared CBME Curriculum for next batch of UG beginning from Aug 2019. The enclosed timetables are provisional and tentative. It may be changed if desired by MCI as per GMER 2019

Maulana Azad Medical College, New DelhiMBBS Batch 2019-20

TIME MONDAY02.09.19

TUESDAY03.09.19

WEDNESDAY04.09.19

THURSDAY05.09.19

FRIDAY06.09.19

SATURDAY07.09.19

8-9AM

Lec-1 AnatomicalTerminology

AN1.1 Demonstratenormal Anatomicalposition, variousplanes, relation,comparison, laterality &movement in our body

Lec- Gen histologyFour basic tissues ofbody & Epithelium I

AN65.1 Identifyepithelium under themicroscope & describethe various types thatcorrelate to its function

AN65.2 Describe theultrastructure ofbasement membrane &cell junctions

PY1.3 Describeintercellularcommunication(Vertical integration-Pathology)(horizontal integration)

PY1.5 Describe &discuss transportmechanism across cellmembranes

Lec-5 General featuresof muscle

AN3.1 Classify muscletissue according tostructure & action

AN3.2 Enumerateparts of skeletalmuscle anddifferentiate betweentendon andaponeurosis withexamples

AN3.3 Explain shuntand spurt muscles

BI6.2 Describe theprocesses involved inmaintenance ofnormal pH, water &electrolyte balance ofbody fluids & theassociatedderangements(horizontalintegration)

9-10AM

Lec Demo

AN0 Cell(horizontal integrationPhysiology)

Lec-2 AnatomicalTerminology

AN1.2 Describecomposition of bone &bone marrow

BI6.2 Describe theprocesses involved inmaintenance of normalpH, water & electrolytebalance of body fluids& the associatedderangements

Lec-4 General featuresof bone & joints II

AN2.5 Describevarious joints withsubtypes andexamples

AN2.6 Explain theconcept of nerve

PY1.7 Describe theconcept of pH & buffersystems in the body(horizontal integrationBiochemistry)

Demo – Muscle

AN3.1-3.3

ANATOMY PHYSIOLOGY BIOCHEMISTRY HORIZONTALINTEGRATION

VERTICALINTEGRATION AETCOM PSM SPORTS

supply of joints &Hilton’s law

10-11AM

Demo: AnatomicalTerminology

AN1.1

Demo: AnatomicalTerminology

AN1.1 Demonstratenormal Anatomicalposition, variousplanes, relation,comparison, laterality &movement in our body

AN1.2 Describecomposition of boneand bone marrow

Lec-3 General featuresof bone and joints I.

AN2.1 Describe parts,blood and nerve supplyof a long bone

AN2.2 Enumerate lawsof ossification

AN2.3 Enumeratespecial features of asesamoid bone

AN2.4 Describevarious types ofcartilage with itsstructures anddistribution in body(Vertical integration-Orthopedics)

Demo- Joints

AN2.5- 2.6(Vertical integration-Orthopedics)

SGD

BI6.3 Discuss andinterpret results ofArterial Blood Gas(ABG) analysis invarious disorders(Vertical integration-Medicine/ AnaesthesiaICU)

PY1.6 Describe thefluid compartment ofthe body, its ioniccomposition andmeasurement

11-12PM

PY1.1 Describe thestructure and functionsof a mammalian cell(Horizontal integration)

PY1.2 Describe anddiscuss the principlesof homeostasis(Horizontal integration)

Demo: Bone: Batch Band C;

AN2.1-2.6

Batch A Histology;

AN65.1-65.2

Demo: Bone: Batch Band C;

AN2.1-2.6

Batch A Histology;

AN65.1-65.2

Haematology lab-Batch A1Study of instruments

PY2.11

Haematology lab-Batch B1Study of instruments

PY2.11

12-1PM

BI1.1 Describe themolecular andfunctional organisationof a cell and itssubcellularcomponents AETCOM

Cadaver as teacher

BATCH B2Describe commonlyused laboratoryapparatus andequipments, good safelaboratory practice andwaste disposal

BI 11.1

SGD: BATCH B1

BATCH A2Describe commonlyused laboratoryapparatus andequipments, goodsafe laboratorypractice and wastedisposal

BI11.1

SGD: BATCH A1

1-2PM LUNCH

2-4PM

PSM1.1 Define anddescribe the concept ofpublic health

PSM1.2 Define health,describe the concept ofholistic health includingconcept of spiritualhealth and relativenessand determinants ofhealth

Experimental lab-BATCH A1Study of instruments

PY3.18

Haematology lab-BATCH A2Study of instruments

PY2.11

Experimental lab-BATCH B1Study of instruments

PY3.18

Haematology lab-BATCH B2Study of instruments

PY2.11

Small groupdiscussion/ Tutorial/Integrated learning/Self directed learning/Early clinical exposure

Demo BATCH A & B

AN2.1-2.6

BATCH C Histology

AN65.1-65.2

BI11.1BATCH B1Describe commonlyused laboratoryapparatus andequipments, good safelaboratory practice andwaste disposal

SGD: BATCH B2

BI11.1BATCH A1Describe commonlyused laboratoryapparatus andequipments, good safelaboratory practice andwaste disposal

SGD: BATCH A2

TIME MONDAY09.09.2019

TUESDAY10.09.2019

WEDNESDAY11.09.2019

THURSDAY12.09.2019

FRIDAY13.09.2019

SATURDAY14.09.2019

8-9AM

Lec: General HistologyEpithelium II

AN65.1b Identifyepithelium under themicroscope & describethe various types thatcorrelate to its function

AN65.2b Describe theultrastructure of

HOLIDAY

PY1.8.2 Describe &discuss the molecularbasis of restingmembrane potential &action potential inexcitable tissue

PY1.9 Demonstrate theability to describe &discuss the methodsused to demonstratethe function of the cellsand its products, itscommunications andtheir applications inclinical care & research(Horizontal integration)

Lec-8: Generalfeatures ofcardiovascular system

AN5.1 differentiatebetween bloodvascular and lymphaticsystem

AN5.2 Differentiatebetween pulmonary &

L-4.1

BI5.2 Describe &discuss structure &organisation ofprotein with referenceto myoglobin,haemoglobin &collagen along withassociated disordersof defective formation

epithelium(Horizontal integration)

systemic circulation

AN5.3 List generaldifferences betweenarteries and veins.

AN5.4 Explainfunctional differencesbetween elastic,muscular arteries andarterioles.

of proteins

9-10AM

Demo: Bone, joints &muscles

AN2.1-3.3

L-3.2

BI5.1 Describe aminoacids structure,classification &biological importanceof amino acids, peptide& protein

Lec-7: Skin & fascia II

AN4.3 Describesuperficial fascia alongwith fat distribution inbody

AN4.4 Describemodifications of deepfascia with its functions

AN4.5 Explainprinciples of skinincisions

PY1.4 Describeapoptosis-programmed cell death

PY11.7 Describe anddiscuss physiology ofaging, free radicals andanti oxidants.

Lec-9: Gen. Featuresof the cardiovascularsystem II

AN5.5 Describeportal system givingexamples

AN5.6 Describe theconcept ofanastomoses andcollateral circulationwith significance ofend arteries(vertical integration-general medicine)

AN5.7 Explainfunction of meta-arterioles, pre-capillary sphincters,arterio-venousanastomoses.

AN5.8 Definethrombosis, infarction& aneurysm.

10-11AM

Muscles

AN2.1-3.3(horizontal integration)

Lec-6: Skin & fascia I

AN4.1 describedifferent types of skin &dermatomes in body

AN4.2 Describestructure & function ofskin with itsappendages(Vertical integrationdermatology)

Lec: Generalembryology I

AN76.1 Describe thestages of human life

AN76.2 Explain theterms- phylogeny,ontogeny, trimester,viability

AN77.3 Describespermatogenesis andoogenesis along withdiagrams

SGD

BI5.2: Describe &discuss structure &organisation of proteinwith reference tomyoglobin,haemoglobin &collagen along withassociated disorders ofdefective formation ofproteins(Horizontal integration)

PY3.1 Describe thestructure andfunctions of a neuronand neuroglia;Discuss NerveGrowth Factor &other growthfactors/cytokines(Horizontalintegration anatomy)

11-12PM

PY1.8.1 Describe anddiscuss the molecularbasis of restingmembrane potentialand action potential inexcitable tissue

AN4.1-4.5 Demo- Skin& Fascia ( B & C)

AN65.1 b-65.2 bPractical Histology- AEpithelium II

AN4.1-4.5 Demo- Skin& Fascia ( A & C)

AN65.1 b-65.2 bPractical Histology- BEpithelium II

Experimental Lab-Batch A2 Study ofstudent physiographelectrical circuits foramphibian experiments& nerve-musclepreparation

PY3.18

Haematology lab-Batch A1 Collection ofblood samplePY2.11

Experimental Lab-Batch B2 Study ofstudent physiographelectrical circuits foramphibianexperiments & nerve-muscle preparation

PY3.18

Haematology lab-Batch B1 Collectionof blood samplePY2.11

12-1PM

L-3.1

BI5.1 Describe aminoacids structure,classification &biological importanceof amino acids,peptide & protein

BI11.2Batch B2: Describe thepreparation of buffers& estimation of pH

Batch B1: SDL: withFA

BI11.2Batch A2: Describethe preparation ofbuffers & estimationof pH

Batch A1: SDL: withFA

1-2PM LUNCH

2-3PM SPORTS

Experimental Lab-Batch B1 Study ofstudent physiographelectrical circuits foramphibian experiments& nerve-musclepreparation

PY3.18

Haematology lab-Batch B2 Collection ofblood samplePY2.11

SGD- PBL of generalphysiology

AN4.1-4.5 Demo- Skin& Fascia ( A & B)

AN65.1 b-65.2 bPractical Histology- CEpithelium II

3-4PM

BI11.2Batch A1: Describe thepreparation of buffers& estimation of pH

Batch A1: SDL: withFA

TIME MONDAY16.09.19

TUESDAY17.09.19

WEDNESDAY18.09.19

THURSDAY19.09.19

FRIDAY20.09.19

SATURDAY21.09.19

8-9AM

Lec- 10 GeneralFeatures of lymphaticsystem

AN6.1 List thecomponents andfunctions of thelymphatic system

AN6.2 Describestructure of lymphcapillaries &mechanism of lymphcirculation

AN6.3 Explain theconcept oflymphoedema andspread of tumors vialymphaticsand venous system(vertical integration-General Surgery)

Lec-11 Introduction tothe nervous system I

AN7.1 Describegeneral plan ofnervous system withcomponents of central,peripheral & autonomicnervous systems

AN7.2 List componentsof nervous tissue andtheir functions

AN7.3 Describe partsof a neuron andclassify them based onnumber of neurites,size & function(Horizontal integration)

PY3.3.1 Describe thedegeneration andregeneration inperipheral nerves(Vertical integration-Medicine)(horizontal integration)

PY2.2 Discuss theorigin, forms, variationsand functions ofplasma proteins(Horizontal integration-biochemistry)

Lec-1 Introduction toupper limb & pectoralregion-I

AN9.1 Describeattachment, nervesupply & action ofpectoralis major andpectoralis minor

BI2.6 Discuss use ofenzymes inlaboratoryinvestigation Se(enzyme basedassays)

BI2.7 Interpretlaboratory results ofenzyme activities asbio markers incommon pathologicalconditions

9-10AM

Demo- CVS &lymphatic system

AN5.1-5.8

AN6.1-6.3(Vertical integration-Pathology)

Demo- CNS

AN7.1-7.3

Lec-5.2

BI2.2 Describe andexplain the basicprinciples of enzymeactivity & its regulationalong with enzymekinetics.

General embryology II

AN77.1 Describe theuterine changesoccurring during themenstrual cycle

AN77.2 Describe thesynchrony between theovarian and menstrualcycles

AN77.4 Describe thestages andconsequences of

PY3.3.2 Describe thedegeneration andregeneration inperipheral nerves(Vertical integration-Medicine)

Diss- Pectoral region& prosections

AN9.1 Describeattachment, nervesupply & action ofpectoralis major andpectoralis minor

fertilisation(Vertical integration-Obstetrics &gynaecology)

10-11AM

Demo- CVS &lymphatic system

AN5.1-5.8

AN6.1-6.3(Vertical integration-Pathology)

Demo- CNS

AN7.1-7.3

Lec-12 Nervoussystem II

AN7.4 Describestructure of a typicalspinal nerve

AN7.5 Describeprinciples of sensoryand motor innervationof muscles(Vertical integration-General medicine)

AN7.6 Describeconcept of loss ofinnervation of a musclewith its appliedanatomy(Vertical integration-General medicine)

AN7.7 Describevarious type ofsynapse

AN7.8 Describedifferences betweensympathetic and spinalganglia

Formative assessment SGD

BI2.3 Describe &discuss as substances/Chemicals in enzymeinhibitions & describethe therapeutic use ofenzymes.

SGD

BI2.4 Describe &discuss the clinicalutility of various serumenzymes asbiochemical markers ofcommon pathologicalconditions.

PY2.3 Describe anddiscuss the synthesisand functions ofHaemoglobin andexplain itsbreakdown. Describevariants ofhaemoglobin(Horizontalintegration-biochemistry)

11-12PM

PY3.2 Describe thetypes, functions &properties of nervefibers

PY2.1 Describe thecomposition andfunctions of bloodcomponents

Demo Nervous systemII

AN7.4-7.8

Formative assessment Experimental labBatch A2 Recording ofa simple muscle twitch

PY3.18

Experimental labBatch B2 Recordingof a simple muscletwitch

Haematology lab-Batch A1 Estmation ofhaemoglobin

PY2.11

SGD batch B1 & B2Osmotic fragility &specific gravity of bloodPY2.12

PY3.18

Haematology lab-Batch B1 Estmationof haemoglobin

PY2.11

SGD batch A1 & A2Osmotic fragility &specific gravity ofbloodPY2.12

12-1PM

Lec 5.1

BI2.1 Explainfundamental conceptsof enzyme structure &function. Enumeratethe main classes ofIUBMB nomenclature

AETCOM

1-2PM LUNCH

2-4PM

PSM 1.3 Describe thecharacteristics ofagent, host,environmental factorsin health and diseaseand multifactorialetiology of disease

Experimental labBATCH A1Study of studentphysiologyElectrical circuits foramphibian experimentsand nerve-musclepreparation

PY3.18

Recording of thesimple muscle twitch

PY3.18

Haematology labBATCH A2Collection of bloodsampleEstimation ofhaemoglobin

PY2.11

Experimental labBATCH B1Recording of a simplemuscle twitch

PY3.18

Haematology labBATCH B2Estimation ofhaemoglobin

PY2.11

Small group discussionRBC indices

PY2.11

Dissection: Pectoralregion & prosections

AN9.1 Describeattachments, nervesupply & action ofpectoralis major &pectoralis minor

BI11.2 BATCH B1Describe thepreparation of buffersand estimation of PhBATCH B2SELF DIRECTEDLEARNING with FA

BI11.3 BATCH A1Describe the chemicalcomponents of normalurineBATCH A2SGD with FA

TIME MONDAY23.09.19

TUESDAY24.09.19

WEDNESDAY25.09.19

THURSDAY26.09.19

FRIDAY27.09.19

SATURDAY28.09.19

8-9AM

Lecture: Histology:Glands

AN70.1 Identifyexocrine gland underthe microscope anddistinguish betweenserous, mucous andmixed acini(Vertical integrationwith Pathology)

Lecture: Pectoralregion III (Mammarygland)

AN9.2 Breast:Describe the location,extent, deep relations,structures, agechanges, blood supply,lymphatic drainage,microanatomy, appliedanatomy of breast(Vertical integrationwith Surgery)

AN9.3 Describedevelopment of breast

PY2.5.1 Describe thedifferent types ofanaemia and jaundice(Horizontal integration-Biochemistry)(Vertical integrationwith Pathology)

PY3.7 Describe thedifferent types ofmuscle fibres and theirstructure

Lecture: Axilla II(Brachial plexus)

AN10.2 Identify,describe anddemonstrate the origin,extent, course andparts, relations,branches of axillaryartery and tributaries ofvein

AN10.3 Describe,identify demonstrateformation, branches,relations, area ofsupply of branches,course and relations ofterminal branches ofbrachial plexus

BI3.1 Describe anddiscuss aboutdifferentmonosaccharides,disaccharides,polysaccharides andenumerate differentisomers ofcarbohydrates givingexamples ofbiological significantcarbohydrates ineach group

9-10AM

Lecture: Pectoralregion II

AN9.1 (ECE)

Dissection: Pectoralregion

AN9.2.1 Breast:Describe the location,

SGD

BI2.4Describe and discussthe clinical utility of

Lecture: Generalembryology IV

AN78.1 Describecleavage and

PY2.5.2 Describedifferent types ofanaemia and jaundice(Horizontal integration-Biochemistry)

Dissection: Axilla

AN10.2 Identify,describe anddemonstrate the

extent, deep relations,structures, agechanges, blood supply,lymphatic drainage,microanatomy, appliedanatomy of breast(Vertical integrationwith Surgery)

various serumenzymes asbiochemical markers ofcommon pathologicalconditions

formation of blastocyst

AN78.2 Describe thedevelopment oftrophoblast

AN78.3 Describe theprocess of implantationand common abnormalsites of implantation

AN78.4 Describe theformation of extra-embryonic mesodermand coelom, bilaminardisc and prochordalplate

AN78.5 Describe inbrief abortion; decidualreaction, pregnancytest(Vertical integrationwith Obstetrics andGynaecology)

(Vertical integrationwith Pathology)

origin, extent, courseand parts, relations,branches of axillaryartery and tributariesof vein

AN10.3 Describe,identify demonstrateformation, branches,relations, area ofsupply of branches,course and relations ofterminal branches ofbrachial plexus (SDL)

10-11AM

Demo: Humerus,scapula and clavicle

AN8.1 Identify thegiven bone, side,important features andkeep it in anatomicalposition

AN8.2 Identify anddescribe joints formedby given bone

AN8.4 Demonstrateimportant muscle

Dissection: Pectoralregion

AN9.2.1 Breast:Describe the location,extent, deep relations,structures, agechanges, blood supply,lymphatic drainage,microanatomy, appliedanatomy of breast(Vertical integrationwith Surgery)

Lecture: Axilla I (Wallsand contents)

AN10.1 Identify anddescribe boundaries ofaxilla

LINKER SESSION

SGD

BI 2.5 Discuss use ofenzymes in laboratoryinvestigations (enzymebased assays) andinterpret laboratoryresults of enzymeactivities as biomarkersin commonpathological conditions

PY3.8 Describeaction potential andits properties indifferent muscletypes (skeletal andsmooth muscle)(Horizontalintegration- Anatomy)

attachment on thegiven bone(Vertical integration-Orthopedics)

AN8.3 Enumeratepeculiarities of muscles

11-12PM

PY2.4 Describe RBCfunction, erythropoiesisand its regulation

PY3.4 Describe thestructure of neuro-muscular junction andtransmission ofimpulses

PY3.5 Discuss theaction ofneuromuscularblocking agents

PY3.6 Describe thepathophysiology ofmyaestheia gravis(ECE)

Batch A: HistologyBATCH B & C:Dissection: scapularregion

BATCH B: HistologyBATCH A & C:Dissection: axilla

Experimental lab-BATCH A2 Effect oftemperature on SMT

PY3.18Haematology lab-BATCH A1 Estimationof haemoglobin(revision)

PY2.11

Experimental lab-BATCH B2 Effect oftemperature on SMT

PY 3.18Haematology lab-BATCH B1Estimation ofhaemoglobin(revision)

PY2.11

12-1PM

Lec

BI2.3 Describe anddiscuss assubstances/chemicalsin enzyme inhibitionand describe thetherapeutic use ofenzymes.

AETCOM

BI 11.3 BATCH B2Describe the chemicalcomponents of normalurine.

BATCH B1- SGD withFA

BI11.3 BATCH A2Describe thechemicalcomponents ofnormal urine.

BATCH A1- SGDwith FA

1-2PM LUNCH

2-4PM SPORTS

Experimental lab –Batch A 1Effect of temperatureon SMT

PY3.18

Haematology lab-Batch A2Estimation ofHaemoglobin(Revision)

PY2.11

Experimental lab -Batch B1Effect of temperatureon SMT

PY3.18

Haematology lab –Batch A2Estimation ofHaemoglobin(Revision)

PY2.11

Small groupdiscussion-Determination of ESR,PCV

PY2.12

Batch C: HistoBatch A and B:Diss. Axilla

AN10.2 Identify,describe anddemonstrate the origin,extant, course, parts,relations and branchesof axillary artery andtributaries of vein

AN10.3 Describe,identify anddemonstrate formation,branches, relations,area of supply ofbranches, course andrelations of terminalbranches of brachialplexus

Batch B1

BI11.3 Describe thechemical componentsof normal urine.

Batch B2SGD WITH FA

Batch A1

BI 11.4 perform urineanalysis to detectabnormal constituents

BI11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese with pathologicalstates.

Batch A2 SGD

TIME MONDAY30.09.19

TUESDAY01.10.19

WEDNESDAY02.10.19

THURSDAY03.10.19

FRIDAY04.10.19

SATURDAY05.10.19

8-9AM

Lecture: Histology:Connective tissue

AN66.1 Describe andidentify various typesof connective tissuewith the functionalcorrelationAN66.2Describe the ultrastructure of connectivetissue(Horizontal integrationwith Physiology)(Vertical integrationwith Pathology)

Lecture: Back andScapular region

AN10.9 Describe thearterial anastomosesaround the scapulaand mention theboundaries of angle ofauscultation

Holiday

PY2.7 Describeformation of platelets,functions andvariations.

Lecture: Arm: Anteriorcompartment

AN11.1 Describe anddemonstrate musclegroups of upper armwith emphasis onbiceps and tricepsbrachii

AN11.2 Identify anddescribe origin,course, relations,branches ( ortributaries),termination ofimportant nerves andvessels in arm

AN11.3 Describe, theanatomical basis ofvenepuncture ofcubital veins

AN11.5 Identify anddescribe boundariesand contents of cubitalfossa

B3.4 Define anddescribe the pathwaysof carbohydratemetabolism namelyglycolysis,gluconeogenesis,glycogen metabolism,HMT shunt, TCAcycle and minorpathway ofcarbohydratemetabolism e.g.Uronic acidmetabolism, Fructosemetabolism andGalactose metabolism

9-10AM

Lec: Axilla III

AN10.4 Describe theanatomical groups ofaxillary lymph nodesand specify their areasof drainage.(Vertical integration –General Surgery)

Batch A-HistoBatch B & C: Demo:Scapula, boundaries oftriangle of auscultation

AN8.1 & 8.2

Lec: Gen Embryo V

AN79.1 Describe theformation and fate ofthe primitive streak

AN79.2 Describeformation and fate ofnotochord

PY3.10 Describe themode of musclecontraction (isometricand isotonic).

AN8.4, 8.5 and 8.6Diss. : Arm: anteriorcompartmentDemo: Radius andUlna, Articulated Hand(Vertical integration-Orthropaedics)

AN11.1 Describe anddemonstrate muscle

AN10.7 Explain theanatomical basis ofenlarge lymph node(Vertical integration –General Surgery)

AN79.3 Describe theprocess of neurulation

AN79.4 Describe thedevelopment ofsomites and intra-embryonic coelom.

AN79.5 Explainembryological basis ofcongenitalmalformations, nucleuspulposus,sacrococcygealteratomas, neural tubedefects(Vertical integrationObstetrics &Gynaecology)

groups of upper armwith emphasis onbiceps and tricepsbrachii

AN11.2.1 Identify anddescribe origin, course,relations, branches (ortributaries ),termination ofimportant nerve andvessels in arm.

AN11.3.1 Describe theanatomical basis ofVenepuncture ofcubital veins

AN11.5.1 identify anddescribe boundariesand contents ofcubital fossa

10-11AM

Demo: Scapulaparticular features

AN8.1 & 8.2

Batch A-HistoBatch B & C: Demo:Scapula, boundaries oftriangle of auscultation

AN8.1 & 8.2

Interactive session BI3.3 Describe anddiscuss the digestionand assimilation ofcarbohydrates alongwith the transportacross membrane

PY2.8.1 Describephysiological basis ofhaemostasis.Describe bleeding andclotting disorders.

11-12PM

PY3.9 Describe themolecular basis ofmuscle contraction inskeletal and in smoothmuscles.

PY2.6 Describe WBCformation andregulation.

Batch- B: HistoBatch A Demo:Scapula, boundaries oftriangle of auscultationBatch C : Diss:Scapular region

AN10.9

Experimental lab-Batch A2 Effect of 2successive stimuli onSMTPY3.18

Haematology lab-Batch A1 Estimationof Total RBC count

PY2.11

Experimental lab-Batch B2 Effect oftemperature on SMT

PY3.18

Haematology lab-Batch B1 Estimationof total RBC Count

PY2.11

12-1PM

BI3.2: Describe thefunction ofCarbohydrate asenergy fuel, structuralelement and storage inthe human body.

AETCOM

Batch B2

BI11.4 Perform urineanalysis to detectabnormal constituents

BI11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese withpathological states.

Batch B1 SGD WithFA

Batch A2

BI11.4 Perform urineanalysis to detectabnormal constituents

BI11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese withpathological states.

Batch A1 SGDWith FA

1-2PM LUNCH

2-4PM

PSM1.4 Describe anddiscuss the naturalhistory of diseasePSM1.5. Describe theapplication ofinterventions at variouslevel of prevention

Experimental lab-Batch A1 Effect of twosuccessive stimuli onSMTPY3.18Haematology lab-Batch A2 Estimation ofTotal RBC countPY2.11

Small groupdiscussion/ tutorial/integrated learning/self directed learning/early clinical exposure

Batch C- HistoBatch A & Bdissection scapularregion

AN10.9

Batch B2BI11.4 Perform urineanalysis to detectabnormal constituents

BI11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese with pathologicalstates.

Batch B1 SGD With FA

TIME MONDAY07.10.19

TUESDAY08.10.19

WEDNESDAY09.10.19

THURSDAY10.10.19

FRIDAY11.10.19

SATURDAY12.10.19

8-9AM

Lec: Histo- Cartilage

AN71.2 Identifycartilage under themicroscope & describevarious types andstructure- functioncorrelation of the same(Vertical integration-Pathology)

HOLIDAY

PY2.10.1 Define &classify different typesof immunity. Describethe development ofimmunity & itsregulation

PY3.12 Explain thegradation of muscularactivity

PY3.13 Describemuscular dystrophy:myopathies(Vertical integration-Medicine)

Lec- Forearm:Posterior compartment

AN12.11 Identify,describe anddemonstrate importantmuscle groups ofdorsal forearm withattachments, nervesupply and actions

AN12.12 Identify &describe origin, course,relations, branches (ortributaries), terminationof important nervesand vessels of back offorearm

Lec

BI3.4 define &describe thepathways ofcarbohydratemechanism namelyglycolysis,gluconeogenesis,glycogenmetabolism , HMPshunt, TCA cycle &minor pathway ofcarbohydratemetabolism exampleuronic acidmetabolism, fructosemetabolism &galactosemetabolism

9-10AM

Lec: Forearm: anteriorcompartment-I

AN12.1 Describe anddemonstrate importantmuscle groups ofventral forearm withattachments, nervesupply and actions

Lec

BI3.4 define & describethe pathways ofcarbohydratemechanism namelyglycolysis,gluconeogenesis,glycogen metabolism ,HMP shunt, TCA cycle& minor pathway ofcarbohydratemetabolism exampleuronic acidmetabolism, fructosemetabolism &galactose metabolism

Lec: Forearm: anteriorcompartment-II

AN12.1 Describe anddemonstrate importantmuscle groups ofventral forearm withattachments, nervesupply and actions

PY2.10.2 Define &classify different typesof immunity. Describethe development ofimmunity & itsregulation.

Demo: Radius & Ulna-Particular features

AN8.1 & 8.2

10-11AM

AN13.3 Identify &describe the type,articular surface,capsule, synovialmembrane, ligaments,relations, movements,blood & nerve supplyof elbow joint, proximal& distal radio-ulnarjoint, wrist joint & firstcarpo-metacarpal joint

Dissection: Forearmanterior compartment

AN12.1

AN12.2

AN12.3

Lec: Generalembryology IV-Placenta & fetalmembrane

AN80.1 Describeformation, functions &fate of-chorion:amnion; yolk sac;allantois & decidua

AN80.2 Describeformation & structure ofumbilical cord

AN80.3 Describeformation of placenta,its physiologicalfunctions,foetomaternalcirculation & placentalbarrier

AN80.4 Describeembryological basis oftwinning inmonozygotic &dizygotic twins

AN80.5 Describe roleof placental hormonesin uterine growth &parturition

AN80.6 Explainembryological basis ofestimation of fetal age

AN80.7 Describevarious types of

Lec

BI3.4 define & describethe pathways ofcarbohydratemechanism namelyglycolysis,gluconeogenesis,glycogen metabolism ,HMP shunt, TCA cycle& minor pathway ofcarbohydratemetabolism exampleuronic acidmetabolism, fructosemetabolism &galactose metabolism

PY3.11 Explainenergy source &muscle metabolism(Horizontalintegration-Biochemistry)

umbilical cordattachments(Vertical integration-obstetrics &gynaecology)

11-12PM

PY2.8.2 Describephysiological basis ofhaemostasis. Describebleeding & clottingdisorders. Describe thephysiological role ofanticoagulants(vertical integration-Pathology)

Batch A- HistoBatch B & C-Dissection anteriorcompartment: Forearm

AN12.1

AN12.2

AN12.3

Batch B- HistoBatch A & C-Dissection anteriorcompartment: Forearm

AN12.1

AN12.2

AN12.3

Experimental lab-Batch A2 Effect of twosuccessive stimuli onSMT (revision)

PY3.18

Haematology lab-Batch A1 Estimation ofTotal RBC count(revision)

PY2.11

Experimental lab-Batch B2 Effect oftwo successivestimuli on SMT(revision)

PY3.18

Haematology lab-Batch B1 Estimationof Total RBC count(revision)

PY2.11

12-1PM

Lec:BI3.4 define & describethe pathways ofcarbohydratemechanism namelyglycolysis,gluconeogenesis,glycogen metabolism ,HMP shunt, TCA cycle& minor pathway ofcarbohydratemetabolism exampleuronic acidmetabolism, fructosemetabolism &galactose metabolism

Batch B2

BI11.5 and BI11.6Describe the principlesof colorimetry/spectrophotometer

BI11.18 Discuss theprinciples ofspectrophotometry

Batch B1 SGD

Batch A2

BI11.5 and BI11.6Describe theprinciples ofcolorimetry/spectrophotometer


Batch A1 SGD

1-2PM LUNCH

2-4PM SPORTSExperimental lab-Batch B1 Effect of twosuccessive stimuli on

SGD/ Computerassisted learningmethods for nerve

Batch C- HistoBatch A & B-Dissection Posterior

SMT

PY3.18

Haematology lab-Batch B2 Estimation ofTotal RBC count

PY2.11

muscle experimentsPY3.18

compartment Forearm

AN12.1

AN12.2

AN12.3

Batch A1BI11.5 and BI11.6Describe the principlesof colorimetry/spectrophotometer


Batch A2 SGD

TIME MONDAY14.10.19

TUESDAY15.10.19

WEDNESDAY16.10.19

THURSDAY17.10.19

FRIDAY18.10.19

SATURDAY19.10.19

8-9AM

Lecture: HistologyBone

AN71.1 Identify boneunder the microscope,classify various typesand describe thestructure, functioncorrelation of the same(Vertical integrationwith Pathology)

Lecture: Palm II

AN12.6 Describe anddemonstratemovement of thumband muscles involved.

AN12.9 Identify anddescribe fibrous flexorsheaths, ulnar bursa,radial bursa and digitalsynovial sheaths

PY5.2.2 Describe theproperties of cardiacmuscle including itsmorphology, electrical,mechanical andmetabolic functions

PY6.2.1 Describe themechanism of normalrespiration anddescribe the pressurechanges duringventilation

Lecture: Nerve injuriesof upper limb

AN10.6 Explain theanatomical basis ofclinical features ofErb’s palsy andKlumpke’s paralysis(Vertical integrationGeneral Surgery)

Lecture

BI3.8 Discuss themechanism andsignificance ofregulation of bloodglucose and fructosein health and disease

9-10AM

Lecture: Palm I

AN12.5 Identify anddescribe muscles ofhand and also describemovements of thumb &muscles involved

AN12.6 Describe anddemonstratemovements of thumband muscles involved

AN12.7 Identify anddescribe course andbranches of importantblood vessels andnerves in hand

Dissection: Palm

AN12.5 5 Identify anddescribe muscles ofhand and also describemovements of thumb &muscles involved


AN12.7 Identify anddescribe course andbranches of importantblood vessels andnerves in hand

Lecture

BI3.6 Describe anddiscuss thebiochemical processesinvolved in generationof energy in cells,biological oxidationand electron transportchain along with theinhibitors anduncouplers of ETC

Lecture: Generalembryology VIIBirth defects (ECE)

AN79.6 Describe thediagnosis of pregnancyin first trimester androle of teratogens, alfa-fetoproteins

AN81.1 Describevarious methods ofprenatal diagnosis

AN81.2 Describeindications, processand disadvantages ofamniocentesis

AN81.3 Describeindications, processand disadvantages ofchorion villus biopsy(Vertical integrationwith Obstetrics andGynaecology)

PY3.17 Describestrength-duration curve

Lecture: Small jointsof upper limb

AN13.3 Identify &describe the type,articular surfaces,capsule, synovialmembrane, ligaments,relations, movements,blood and nervesupply ofelbow joint, proximaland distal radio-ulnarjoints, wrist joint & firstcarpometacarpal joint

10-11AM

Demo: Articulatedhand II

AN8.1

AN8.2

AN8.4

AN8.5

Dissection: Palm



AN12.7 Identify and

Dissection: Palm



AN12.7 Identify and

Interactive session(SDL)

Lecture

BI3.7 Describe thecommon substance/chemicals that inhibitcrucial enzymes ofcarbohydratemetabolism (Eg:Flouride, arsenate)

PY6.2.2 Discuss indetail the lungvolumes andcapacities

describe course andbranches of importantblood vessels andnerves in hand

describe course andbranches of importantblood vessels andnerves in hand

11-12PM

PY5.2.1 Describe theproperties of cardiacmuscles including itsmorphology, electrical,mechanical andmetabolic functions

PY6.1 Describe thefunctional anatomy ofrespiratory tract

BATCH B: Dissection:Palm/ SDLBATCH A: HistologyBATCH C: Embryologypractical

AN12.5

AN12.6

AN12.7

BATCH C: Dissection:Palm/ SDLBATCH B: HistologyBATCH A: Embryologypractical

AN12.5

AN12.6

AN12.7

Experimental labBATCH A2Effect of increasingstrength of stimuli onSMT

PY3.18 Observe withComputer assistedlearning (i) amphibiannerve -muscle experiments (ii)amphibian cardiacexperiments

Haematology labBATCH A1Estimation of totalWBC count

PY2.11 Estimate Hb,RBC, TLC, RBCindices, DLC, Bloodgroups, BT/CT

ECEVisit to blood bankBATCH B1,B2

PY2.9 Describedifferent blood groupsand discuss the clinicalimportanceof blood grouping,blood banking andtransfusion

Experimental labBATCH B2Effect of increasingstrength of stimuli onSMT

PY3.18 Observe withComputer assistedlearning (i) amphibiannerve -muscle experiments(ii) amphibian cardiacexperiments

Haematology labBATCH B1Estimation of totalWBC count


ECEVisit to blood bankBATCH A1,A2

PY2.9 Describedifferent bloodgroups and discussthe clinicalimportanceof blood grouping,blood banking andtransfusion

12-1PM

Lecture

BI3.5 Describe anddiscuss the regulationand integration ofcarbohydrate andamphibolic pathwayswith reference toassociated diseases/disorders

AETCOM

1-2PM LUNCH

2-4PM

PSM1.6 Describe anddiscuss the concepts,the principles of healthpromotion andeducation, IEC andbehavioural changecommunication (BCC)

Experimental labBATCH A1Effect of increasingstrength of stimuli onSMT

PY3.18 Observe withComputer assistedlearning (i) amphibiannerve -muscleexperiments(ii) amphibian cardiacexperiments

Haematology labBATCH A2Estimation of totalWBC count


Experimental labBATCH B1Effect of increasingstrength of stimuli onSMT


Haematology labBATCH B2Estimation of totalWBC count


Small GroupDiscussionComputer assistedlearning methods fornerve muscleexperiments


Dissection: BATCH A-Palm/ SDL

BATCH C- Histology

BATCH B-Embryologypractical

AN12.5

AN12.6

AN12.7

BATCH B1

BI 11.6 Describe theprinciples ofcolorimetry/spectrophotometer

BI 11.18 Discuss theprinciples ofspectrophotometry

BATCH B2 SGD

BATCH A1

BI 11.6 Describe theprinciples ofcolorimetry/spectrophotometer

BI 11.18 Discuss theprinciples ofspectrophotometry

BATCH A2 SGD

TIME MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY

21.10.19 22.10.19 23.10.19 24.10.19 25.10.19 26.10.19

8-9AM

Lec: Blood vessels ofupper limb

AN13.1 Describe andexplain Fascia of upperlimb andcompartments, veins ofupper limb and itslymphatic drainage

Lec: Lymphatics ofupper limb

AN13.1

PY6.2.4 Discussairway resistance, V/Pratio and diffusioncapacity of lungs

PY5.2 Describe theproperties of cardiacmuscle including itsmorphology,electrical, mechanicaland metabolicfunctions

Lec: Introduction andThoracic wall-I

AN21.3 Describe &demonstrate theboundaries of thoracicinlet, cavity and outlet

AN21.4 Describe &demonstrate extent,attachments, directionof fibres, nervesupply and actions ofintercostal muscles

BI4.2 Describe theprocesses involved indigestion andabsorption of dietarylipids and also thekey features of theirmetabolism( Fattyacid synthesis, betaoxidation and ketonebody metabolism)

9-10AM

Demo: Small joints ofupper limb

AN13.3 Identify &describe the type,articular surfaces,capsule, synovialmembrane, ligaments,relations, movements,blood and nerve supplyof elbow joint, proximaland distal radio-ulnarjoints, wrist joint & firstcarpometacarpal joint

Surface marking ofUpper limb

AN13.2 Describedermatomes of upperlimb

AN13.6 Identify &demonstrate importantbony landmarks ofupper limb: Jugularnotch, sternal angle,acromial angle, spineof the scapula,vertebral level of themedial end, Inferiorangle of the scapula.

BI4.1 Describe anddiscuss main classesof lipids(essential/ nonessential fatty acids,cholesterol andhormonal steroids,triglycerides, majorphospholipids,sphingolipids andderived lipids) relevantto human system andtheir major functions

Formative assessmentPY6.3 Describe anddiscuss the transport ofrespiratory gases:oxygen and carbondioxide

Lec: thoracic wall-II(intercostal spaces)

AN21.5 Describe &demonstrate origin,course, relations andbranches of a typicalintercostal nerve

AN21.6 Mentionorigin, course andbranches/ tributariesof:1) anterior &posterior intercostalvessels2) internal thoracicvessels

AN21.7 Mention theorigin, course,relations andbranches of1) atypical intercostalnerve

2) superior intercostalartery, subcostalartery

10-11AM

Demo: Small joints ofupper limb

AN13.3 Identify &describe the type,articular surfaces,capsule, synovialmembrane, ligaments,relations, movements,blood and nerve supplyof elbow joint, proximaland distal radio-ulnarjoints, wrist joint & firstcarpometacarpal joint

Radiological anatomyof upper limb

AN13.5 Identify thebones and joints ofupper limb seen inanteroposterior andlateral viewradiographs ofshoulder region, arm,elbow, forearm andhand

Lec: Development ofupper limb

AN13.8 Describedevelopment of upperlimb

Formative assessment BI4.2- Describe theprocesses involved indigestion andabsorption of dietarylipids and key factorsof their metabolism(fatty acid synthesis,beta oxidation andketone bodymetabolism)

PY5.31-Discuss theevents occurringduring cardiac cycle.

11-12PM

PY6.2.3 Define andexplain alveolarsurface tension andcompliance

PY5.1 Describefunctional anatomy ofheart includingchambers and sounds,pacemaker tissue andconducting system.(Horizontal Integration-Anatomy)

Digital displayer:Prosections

Formative Assessment Experimental lab-Batch A2Determination ofconduction velocity infrog’s sciatic nervePY3.18

Heamatology lab-Batch A1Estimation of totalWBC Count ( Revision)PY2.11

Experimental lab-Batch B2Determination ofconduction velocity infrog’s sciatic nervePY3.18

Haematology lab-Batch B1Estimation of totalWBC Count(Revision)PY2.11

12-1PM

Lecture

BI4.1 Describe anddiscuss main classesof lipids (essential/non-essential fatty acids,cholesterol & hormonalsteroids, triglycerides,major phospholipids,sphingolipids & derived

AETCOM

Batch B2

BI11.8 Demonstrateestimation of serumproteins, albumin andA: G ratio

BI11.22 Calculatealbumin :globulin (AG)ratio

Batch A2


BI11.22 Calculatealbumin :globulin(AG) ratio

lipids) relevant tohuman system andtheir major functions

Batch B1 SGD Batch A1 SGD

1-2PM LUNCH

2-4PM SPORTS

Experimental lab-BATCH A1Determination ofconduction velocity infrogs sciatic nervePY3.18

Haematology lab-BATCH A2 Estimationof total WBC count(revision)PY2.11

Experimental lab-BATCH B1Determination ofconduction velocity infrogs sciatic nerve

PY3.18

Haematology lab-BATCH B2 Estimationof total WBC count(revision)PY2.11

Small GroupDiscussion/ Integratedlearning-PBL blood

Demo: Landmarks ofthorax, general andspecial features ofsternum and typical rib

AN21.1 Identify anddescribe the salientfeatures of sternum,typical rib, first rib andtypical thoracicvertebra

Batch B1:


BI11.22 Calculatealbumin :globulin (AG)ratio

Batch B2 SGD

BATCH A1

BI11.21A Demonstrateestimation of glucosein serum

BATCH A2 SGD

TIME MONDAY28.10.19

TUESDAY29.10.19

WEDNESDAY30.10.19

THURSDAY31.10.19

FRIDAY01.11.19

SATURDAY02.11.19

8-9AM

Lecture: Mediastinum

AN21.11 Mentionboundaries andcontents of thesuperior, anterior,middle and posterior

Lecture: Histology-Lymphoid system andlymph node

AN70.21 Identify thelymphoid tissue underthe microscope and

PY5.4 Describegeneration andconduction of cardiacimpulse

PY6.6.2 Describe anddiscuss dyspnoea,synopsis, asphyxia,drowning, periodicbreathing

Lec: Lung and Pleura I

AN24.1 Mention theblood supply, lymphaticdrainage and nervesupply of pleura, extentof pleura and describe

Lecture:

BI4.4 Describe anddiscuss cholesterol,biological importanceof cholesterol,cholesterol

mediastinum describe microanatomyof lymph node andcorrelate the structurewith function(Vertical integrationwith Pathology)

the pleural recessesand their appliedanatomy

AN24.2 Identify site,external features andrelation of structureswhich form root of lungand bronchial tree andtheir clinical correlate(Vertical integrationwith General Medicine)(Horizontal integrationwith Physiology)

metabolism with itsregulation andassociated disorders

9-10AM

Demo: Typical andatypical ribs

AN21.1 Identify anddescribe the salientfeatures of sternum,typical rib, 1st rib andtypical thoracicvertebra

AN21.2 Identify anddescribe the featuresof 2nd, 11th and 12thribs, 1st, 11th and 12ththoracic vertebrae

Demo: Typical thoracicvertebra

AN21.1 Identify anddescribe the salientfeatures of sternum,typical rib, 1st rib andtypical thoracicvertebra

Lecture

BI4.3 Describe anddiscuss the structureand function oflipoprotein, theirtransport andmetabolism withregulation andassociated disordersmainly atherosclerosis

Lecture: Embryology-Respiratory system

AN25.2 Describedevelopment of pleura,lungs and heart (ECE)

PY5.5 Describe thephysiology ofelectrocardiogram(ECG), its applicationand cardiac axis(Vertical integrationwith Medicine)

Demo: In situthoracic viscera

10-11AM

Demo: Thoracic walland cavity

AN21.3 Describe anddemonstrate theboundaries of thoracicinlet, cavity and outlet

AN21.4 Describe anddemonstrate,

Dissection: Intercostalspaces and contents

AN21.4 Describe anddemonstrate,attachments, directionof fibres, nerve supplyand actions ofintercostals muscles

Lecture: Embryology-Body cavity anddiaphragm

AN52.5 Describe thedevelopment andcongenital anomaliesof diaphragm(Vertical integrationwith General Surgery)

Demo: Atypicalthoracic vertebra

AN21.2 Identify anddescribe the featuresof 2nd, 11th and 12thribs, 1st, 11th and 12ththoracic vertebrae

Lecture:

BI4.4 Describe anddiscuss cholesterol,biological importanceof cholesterol,cholesterol metabolismwith its regulation andassociated disorders

PY6.4, PY6.5Describe and discussthe physiology ofhigher altitude

attachments, directionof fibres, nerve supplyand actions ofintercostals muscles

AN21.5 Describe &demonstrate origin,course, relations andbranches of a typicalintercostal nerve

AN21.6 Mention origin,course and branches/tributaries of:1) anterior & posteriorintercostal vessels2) internal thoracicvessels

AN21.7 Mention theorigin, course, relationsand branches of1) atypical intercostalnerve2) superior intercostalartery, subcostal artery

11-12PM

PY5.3.2 Discuss theevents occurring duringcardiac cycle II

PY6.6.1 Describe anddiscuss thepathophysiology ofhypoxia

Dissection:Mediastinum in situand thoracic wall

AN21.11 Mentionboundaries andcontents of thesuperior, anterior,middle and posteriormediastinum

Histology BATCH A:Lymphoid system andlymph node

AN70.21 Identify thelymphoid tissue underthe microscope anddescribe microanatomy



Histology BATCH B:Lymphoid system andlymph node

AN70.21 Identify thelymphoid tissue underthe microscope anddescribe microanatomy

Experimental labBATCH A2Effect of increasingfrequency of stimuli(genesis of tetanus)and genesis of fatiguein skeletal muscle

PY3.18Haematology labBATCH A1 Differentialleukocyte count

PY2.11

Experimental labBATCH B2Effect of increasingfrequency of stimuli(genesis of tetanus)and genesis offatigue in skeletalmuscle

PY3.18Haematology labBATCH B1Differential leukocytecount

PY2.11

12-1PMBI4.2 Describe theprocesses involved indigestion and

AETCOM BATCH B2

BI11.21A

BATCH A2

BI11.21A

of lymph node andcorrelate the structurewith function

of lymph node andcorrelate the structurewith function

absorption of dietarylipids and key featuresof their metabolism(fatty acid synthesis,beta oxidation andketone bodymetabolism)

Demonstrateestimation of glucosein serum

SGD: BATCH B1

Demonstrateestimation of glucosein serum

SGD: BATCH A1

1-2PM LUNCH

2-4PM

PSM1.7 Enumerateand describe healthindicators

Experimental labBATCH A1Effect of increasingfrequency of stimuli(genesis of tetanus)and genesis of fatiguein skeletal muscle

PY3.18Haematology labBATCH A2 Differentialleukocyte count

PY2.11

Experimental labBATCH B1Effect of increasingfrequency of stimuli(genesis of tetanus)and genesis of fatiguein skeletal muscle

PY3.18Haematology labBATCH B2 Differentialleukocyte count

PY2.11

Small GroupDiscussion/ Integratedlearning-PBL Nerve-Muscle



Histology BATCH C:Lymphoid system andlymph node

AN70.21 Identify thelymphoid tissue underthe microscope anddescribe microanatomyof lymph node andcorrelate the structurewith function

BATCH B1BI11.21ADemonstrateestimation of glucosein serum

SGD: BATCH B2

BATCH A1BI11.21ADemonstrateestimation of glucosein serum

SGD: BATCH A2

TIME MONDAY04.11.19

TUESDAY05.11.19

WEDNESDAY06.11.19

THURSDAY07.11.19

FRIDAY08.11.19

SATURDAY09.11.19

8-9AM

Lec- Lung II

AN24.3 Describe abronchopulmonarysegment

Lec- Histo- Bloodvessels

AN69.1 Identify elastic& muscular bloodvessels, capillaries

Nervous regulation ofrespiration

PY5.7 Describe &discusshaemodynamics ofcirculatory system

Lec: Heart II ( Internalfeatures of heart &coronary circulation)

AN22.2 Describe &demonstrate external

Lec-

BI5.2 Describe &discuss structure &organisation ofprotein with reference

AN24.5 Mention theblood supply, lymphaticdrainage and nervesupply of lungs

AN24.6 Describe theextent, length,relations, blood supply,lymphatic drainage andnerve supply of trachea(ECE)(Vertical integration-General medicine)(horizontal integration-Physiology)

under the microscope

AN69.2 Describe thevarious types andstructure-functioncorrelation of bloodvessels

AN69.3 Describe theultrastructure of bloodvessels(horizontal integration-Physiology)

and internal features ofeach chamber of heart

AN22.3 Describe &demonstrate origin,course and branchesof coronary arteries

AN22.4 Describeanatomical basis ofischaemic heartdisease

AN22.5 Describe &demonstrate theformation, course,tributaries andtermination of coronarysinus

AN22.6 Describe thefibrous skeleton ofheart

AN22.7 Mention theparts, position andarterial supply of theconducting system ofheart (ECE)(Vertical integration-General medicine)(horizontal integration-Physiology)

to myoglobin,haemoglobin &collagen along withassociated disordersof defective formationof proteins.

9-10AM

Diss/Demo: Lung


Diss/Demo: Lung


Lecture:

BI5.1 Describe aminoacid structure,classification andbiological importanceof amino acid, peptide

Lec: Heart I(Pericardium &external features)

AN22.1 Describe &demonstratesubdivisions, sinuses

Chemical regulation ofrespiration

Demo: Externalfeatures of heart

AN22.1

AN22.2


AN24.2 Identify side,external features andrelations of structureswhich form root of lung& bronchial tree andtheir clinical correlate



AN24.6 Describe theextent, length,relations, blood supply,lymphatic drainage andnerve supply of trachea






and protein. in pericardium, bloodsupply and nervesupply of pericardium

AN22.2 Describe &demonstrate externaland internal features ofeach chamber ofheart

10-11AM

Diss/Demo: Lung

AN24.1 Mention theblood supply, lymphaticdrainage and nervesupply of pleura, extentof pleura and describethe pleural recessesand their appliedanatomy

AN24.2 Identify side,external features andrelations of structureswhich form root of lung

Diss/Demo: Lung


AN24.2 Identify side,external features andrelations of structureswhich form root of lung

Lec: Embryo-CVS I

AN25.2 Describedevelopment of pleura,lung & heart

Demo: Pleura

AN:24.1-24.3

Lecture:

BI5.1 Describe aminoacid structure,classification andbiological importanceof amino acid, peptideand protein

PY5.8.1 Describeand discuss localcardiovascularregulatorymechanisms

& bronchial tree andtheir clinical correlate




& bronchial tree andtheir clinical correlate




11-12PM

PY6.7 Describe &discuss lung functiontests & their clinicalsignificance

PY5.6 (ECE) Describeabnormal ECG,arrhythmias, heartblock & myocardialinfarction(Vertical integration-Medicine)

Batch A- Histo- Bloodvessels

AN69.1 Identify elastic& muscular bloodvessels, capillariesunder the microscope


AN69.3 Describe theultrastructure of bloodvessels

Batch B- Embryopractical- Respiratorysystem

AN25.2 Describe

Batch A- Diss/Demo:Lung



Batch B- Histo- Bloodvessels

AN69.1 Identify elastic

Experimental LabBatch A2- Effect ofload (free load & afterload conditions) onskeletal muscles

PY3.18

Haematology labBatch A1- Differentialleucocyte count(revision)

PY2.11

Experimental LabBatch B2- Effect ofload (free load & afterload conditions) onskeletal muscles

PY3.18

Haematology labBatch B1- Differentialleucocyte count(revision)

PY2.11

12-1PM

Lec:

BI4.5 Describe thetherapeutic uses ofprostaglandins &inhibitors of eicosanoidsynthesis

AETCOM

Batch B2

BI11.10 Demonstratethe estimation oftriglycerides

Batch B1- SGD

Batch A2


Batch A1- SGD

development of pleura,lung & heart

Batch C- Diss/Demo:Lung



& muscular bloodvessels, capillariesunder the microscope



Batch C- Embryopractical- Respiratorysystem


1-2PM LUNCH

2-4PM

SPORTS

Experimental LabBatch A1- Effect ofload (free load & afterload conditions) onskeletal muscles

PY3.18

Haematology labBatch A2- Differentialleucocyte count(revision)

PY2.11

Experimental LabBatch B1- Effect ofload (free load & afterload conditions) onskeletal muscles

PY3.18

Haematology labBatch B2- Differentialleucocyte count

SGD/ Tutorial/Integrated learning/Self directed learning

Batch A- Embryopractical- Respiratorysystem


Batch B- Diss/Demo:Lung

AN24.1 Mention theblood supply, lymphaticdrainage and nervesupply of pleura, extentBatch B1 Batch A1

of pleura and describethe pleural recessesand their appliedanatomy


Batch C- Histo- Bloodvessels

AN69.1 Identify elastic& muscular bloodvessels, capillariesunder the microscope




Batch B2- SGD


Batch A2- SGD

TIME MONDAY11.11.19

TUESDAY12.11.19

WEDNESDAY13.11.19

THURSDAY14.11.19

FRIDAY15.11.19

SATURDAY16.11.19

8-9AM

Lec: Embryo CVS II

AN25.3 Describe Fetalcirculation andchanges occurring atbirth.

AN25.4 Describe

HOLIDAYPY5.9.1 – Describe thefactors affecting heartrate

Clinical applications ofregulation

Lec: Posteriormediastinum I( Azygos vein,Thoracic duct,Sympathatic chain)

AN23.2 Describe anddemonstrate the

BI5.3 Describe thedigestion andabsorption of dietaryproteins andcatabolism of aminoacids and associateddisorders.

embryological basis of1) atrial septal defect,2) Ventricular septaldefect,3) Fallot’s tetralogy4) trachea-oesophageal fistula

AN25.5 Describedevelopmental basis ofcongenital anomalies,transposition of greatvessels, dextrocardia,patent ductusarteriosus andcoarctation of aorta(Vertical integration –General Medicine)(Horizontalintegration –Physiology)

extant, relations,tributaries of thoracicduct and enumerate itsapplied anatomy

AN23.3 Describe anddemonstrate origin,course, relations,tributaries andtermination of superiorvena cava, Azygos,Hemiazygos andaccessory hemiazygosveins

AN23.5 Identify andmention the locationand extant of thoracicsympathetic chain

AN23.6 Describe thesplanchnic nerves

AN23.7 Mention theextant, relations andapplied anatomy oflymphatic duct.(Vertical integration –General Surgery)

9-10AM

Demo: Internalfeatures of Heart

AN22.2 Describe andDemonstrate externaland internal features ofeach chambers ofheart ( SDL)

Lec:

BI5.2 Describe anddiscuss structure andorganisation of proteinwith reference tomyoglobin,haemoglobin andcollagen along withassociated disorders of

Lec: Embryo- CVS III

AN25.6Mention developmentof aortic arch arteries,SVC , IVC, andcoronary sinus ( ECE)

PY5.9.2 Describe thefactors affectingcardiac output

Demo: Posteriormediastinum

AN23.1-AN23.5

defective formation ofproteins.(Vertical integration-Pathology)

10-11AM

Demo: Internalfeatures of Heart

AN22.2 Describe andDemonstrate externaland internal features ofeach chambers ofheart ( SDL)

Lec: Histo – Tracheaand Lung

AN25.1 Identify, drawand label slides oftrachea and lung

Demo: Blood supply ofHeart

AN22.3Describe anddemonstrate origin,course and branchesof coronary arteries

AN25.5Describe anddemonstrate theformation, course,tributaries andtermination of coronarysinus

Lec:

BI5.3 Describe thedigestion andabsorption of dietaryproteins andcatabolism of aminoacids and associateddisorders.

PY6.4.2 and 6.5Describe and discussthe pathophysiology ofdeep sea diving

11-12PM

PY5.8.2 Describe anddiscuss systemiccardio-vascularregulatorymechanisms

Batch A: HistoTrachea and Lung

AN25.1Identify, draw and levelslides of trachea andlung

Batch B : Embryo CVS

AN25.2 Describedevelopment of pleura,lung, and heart.

Batch C: SDL andDemo : internalfeatures of eachchambers of Heart

Batch A: SDL andDemo – Internalfeatures of heart

AN22.2 Describe anddemonstrate externaland internal features ofeach chambers ofheart

Batch B : Histo-Trachea and Lung

AN25.1 Identify , draw,and label slides ofTrachea and Lung

Batch C: Embryo: CVS

AN25.2 Describe

Experimental Lab :Batch A2Recording of a normalcardiogram on frog’sheart and effect oftemperature on it.

PY3.18

Hematology LabBatch A1Determination of bloodgroups

PY2.11

Batch B1 and B2Small group discussion/ tutorial / integratedlearning / self directed

Experimental LabBatch B2Recording of a normalcardiogram on frog’sheart and effect oftemperature on it.

PY3.18

Hematology LabBatch B1Determination of bloodgroups

PY2.11

Batch A1 and A2Small groupdiscussion / tutorial /integrated learning /

12-1PM

Lec:

BI5.2 Describe anddiscuss structure andorganization of proteinwith reference tomyoglobin, hemoglobinand collagen alongwith associateddisorders of defectiveformation of proteins

development of pleura,Lung, and Heart(Horizontalintegration –Physiology)

learningearly clinical exposure

self directed learningearly clinical exposure

1-2PM LUNCH

2-4PM

PSM:1.8.Describe thedemographic profile ofIndia, and discuss itsimpact on health

Experimental lab:Batch B1Recording of normalcardiogram on frog’sheart and effect oftemperature on it.PY3.18Haematology lab:Batch B2Determination of bloodgroupsPY2.11

Small groupdiscussion/ tutorial/integrated learning/Self directed learningearly clinical exposure

Batch C: Histo –Trachea and Lung

AN25.1: identify,draw, and label slidesof trachea and lungBatch A: Embryo- CVS

AN25.2: Describedevelopment of Pleura,Lung, and HeartBatch B: SDL andDemo- Internalfeatures of Heart

AN22.2: Describe anddemonstrate externaland internal features ofeach chambers ofHeart

BI Seminar: Batch A

TIME MONDAY18.11.19

TUESDAY19.11.19

WEDNESDAY20.11.19

THURSDAY21.11.19

FRIDAY22.11.19

SATURDAY23.11.19

8-9AM

Lecture: PosteriorMediastinum II(Oesophagus anddescending thoracicaorta)

Lecture: Sectionalanatomy of thorax atimportant vertebrallevels ( SDL)

PY11.4 and 11.8Exercise physiology –Cardio respiratoryphysiology

PY 11.8Exercise physiology –Cardiac changes

Lecture: Mechanism ofrespiration

AN21.9Describe and

Lec:

BI5.4Describe synthesis ofnon essential amino

AN23.1Describe anddemonstrate theexternal appearance,relations, blood supply,nerve supply,lymphatic drainage andapplied anatomy ofoesophagus

AN23.4Mention the extant,branches and relationsof arch of aorta anddescending thoracicaorta ( ECE)

demonstratemechanism and typesof respiration(Horizontalintegration –Physiology)

acids, derivedproducts and theirbiologicalsignificance.

9-10AM

Dissection: PosteriorMediastinum

AN23.1 Describe anddemonstrate theexternal appearance,relations, blood supply,nerve supply,lymphatic drainage andapplied anatomy ofoesophagus

AN23.2 Describe &demonstrate theextent, relationstributaries of thoracicduct and enumerate itsapplied anatomy

AN23.3 Describe &demonstrate origin,course, relations,

Demo/ Dissection:Posterior mediastinum

AN23.1 Describe anddemonstrate theexternal appearance,relations, blood supply,nerve supply,lymphatic drainage andapplied anatomy ofoesophagus


AN23.3 Describe &demonstrate origin,course, relations,

Lec

BI 5.3 Describe thedigestion andabsorption of dietaryproteins andcatabolism of aminoacids and associateddisorders

Lecture: Genetics:Chromosomes

AN73.1Describe the structureof chromosomes withclassification

AN73.2Describe technique ofkaryotyping with itsapplications

AN73.3Describe the Lyon’shypothesis

Revision Revision

tributaries andtermination of superiorvena cava, azygos,hemiazygos andaccessory hemiazygosvein

AN23.4 Mention theextent, branches andrelations of arch ofaorta & descendingthoracic aorta

AN23.5 Identify &Mention the locationand extent of thoracicsympathetic chain(Vertical integration-General surgery )

tributaries andtermination of superiorvena cava, azygos,hemiazygos andaccessory hemiazygosvein



10-11AM







Lec:Thoracoabdominaldiaphragm & joints ofthorax.

AN47.13 Describe &demonstrate theattachments, openings,nerve supply & actionof thethoracoabdominaldiaphragm

AN47.14 Describe theabnormal openings ofthoracoabdominaldiaphragm anddiaphragmatic hernia

Lec: Radiology ofthorax

AN25.7 Identifystructures seen on aplain x-ray chest (PAview)

AN25.8 Identify anddescribe in brief abarium swallow(Vertical integration-Radiodiagnosis/General medicine)

LecBI5.3 Describe thedigestion & absorptionof dietary proteins &catabolism of aminoacid & associateddisorder.

PY5.11.1 Describethe pathophysiologyof shock, syncope.

AN23.3 Describe &demonstrate origin,course, relations,tributaries andtermination of superiorvena cava, azygos,hemiazygos andaccessory hemiazygosvein



AN23.3 Describe &demonstrate origin,course, relations,tributaries andtermination of superiorvena cava, azygos,hemiazygos andaccessory hemiazygosvein



AN21.8 Describe &demonstrate type,articular surfaces &movements ofmanubriosternal,costovertebral,costotransverse andxiphisternal joints

AN21.10 Describecostochondral andinterchondral joints(Vertical integration-General surgery )

11-12PM

PY5.10 Pulmonarycirculation

PY5.9.3 Describe thefactors affecting bloodpressure (BP)

Batch A: Embryo-CVS


AN25.3 Describe fetalcirculation andchanges occurring atbirth

AN25.4 Describeembryological basis of:1) atrial septal defect,2) ventricular septaldefect, 3) Fallot’stetralogy & 4) tracheo-

Batch A & C: SDL &Demo/diss-mediastinum

Batch B: Embryo-CVS



AN25.4 Describeembryological basis of:

Experimental labBatch A2: Properties ofcardiac muscle

PY3.18

Haematology LabBatch A1Determination ofbleeding time & clottingtime

PY2.11

Experimental labBatch B2: Propertiesof cardiac muscle

PY3.18

Haematology LabBatch B1Determination ofbleeding time &clotting time

PY2.11

12-1PM

Lec:

BI5.3 Describe thedigestion & absorption

AETCOM Batch B2

BI11.9 Demonstratethe estimation of serum

Batch A2

BI11.9 Demonstratethe estimation of

oesophageal fistula

AN25.5 Describedevelopmental basis ofcongenital anomalies,transposition of greatvessels, dextrocardia,patent ductusarteriosus andcoarctation of aorta

AN25.6 Mentiondevelopment of aorticarch arteries, SVC, IVCand coronary sinus

Batch B & C: SDL &Demo/diss-mediastinum

1) atrial septal defect,2) ventricular septaldefect, 3) Fallot’stetralogy & 4) tracheo-oesophageal fistula



of dietary proteins &catabolism of aminoacid & associateddisorder.

total cholesterol & HDLcholesterol

Batch B1- SGD

serum totalcholesterol & HDLcholesterol

Batch A1- SGD

1-2PM LUNCH

2-4PM SPORTS

Experimental labBatch A1: Recording ofa normal cardiogramon frogs heart & effectof temperature on itProperties of cardiacmuscle

PY3.18

Haematology LabBatch A2:Determination of bloodgroupsDetermination ofbleeding time & clottingtime

Experimental labBatch B1: Recording ofa normal cardiogramon frogs heart & effectof temperature on itProperties of cardiacmuscle

PY3.18

Haematology LabBatch B2:Determination of bloodgroupsDetermination ofbleeding time & clottingtime

Small GroupDiscussion/ Tutorial/Integrated learning/SDL\ ECE

Batch A & B: SDL &Demo/diss-mediastinum

Batch C: Embryo-CVS



AN25.4 Describeembryological basis of:1) atrial septal defect,

PY2.11 PY2.11 2) ventricular septaldefect, 3) Fallot’stetralogy & 4) tracheo-oesophageal fistula



Batch B1:

BI11.9 Demonstratethe estimation of serumtotal cholesterol & HDLcholesterol

Batch B2- SGD

Batch A1

BI11.5 Describescreening of urine forin born errors &describe the use ofpaper chromatography

Batch A2- SGD

TIME MONDAY25.11.19

TUESDAY26.11.19

WEDNESDAY27.11.19

THURSDAY28.11.19

FRIDAY29.11.19

SATURDAY30.11.19

8-9AM

Lec: Surface anatomyof Thorax

AN25.9 Demonstratesurface marking oflines of pleuralreflection, lung bordersand fissures, trachea,heart borders, apexbeat & surfaceprojection of valves ofheart.(Vertical integration-General Medicine,Paediatrics)(Horizontal integration-Physiology)

Lec: Genetics

AN 74.1 Describe thevarious modes ofinheritance withexamples

AN 74.2 Drawpedigree charts for thevarious types ofinheritance & giveexamples of diseasesof each mode ofinheritance

AN74.3 Describemultifactorial

Revision Revision Lec: Clinical correlatesin Thorax(Vertical integrationwith Medicine)

Lec:

BI6.4 Describe thefunctions of haem inthe body anddescribe theprocesses involved inits metabolism anddescribe porphyrinmetabolism, bilirubinmetabolism anddegradation.

inheritance withexamples

AN 74.4 Describe thegenetic basis & clinicalfeatures ofAchondroplasia, CysticFibrosis, Vitamin Dresistant rickets,Haemophilia,Duchene’s musculardystrophy & Sickle cellanaemia(Vertical integrationwith General Medicine,Paediatrics)

9-10AM

Demo: Joints of Thorax

AN 21.8 Describe &demonstrate type,articular surfaces &movements ofmanubriosternal,costovertebral,costotransverse andxiphisternal joints

AN21.10 Describecostochondral andinterchondral joints

Demo: Surfacemarking of Thorax

AN25.9 Demonstratesurface marking oflines of pleuralreflection, lung bordersand fissures, trachea,heart borders, apexbeat & surfaceprojection of valves ofheart.

Demo: Sections ofThorax

Lec:

BI6.4 Describe thefunctions of haem inthe body and describethe processes involvedin its metabolism anddescribe porphyrinmetabolism, bilirubinmetabolism anddegradation.

Formative Assessment Revision Revision

10-11AM

Demo: Joints of Thorax

AN21.8 Describe &demonstrate type,articular surfaces &movements ofmanubriosternal,costovertebral,

Demo: Surfacemarking of Thorax

AN25.9 Demonstratesurface marking oflines of pleuralreflection, lung bordersand fissures, trachea,

Revision: Bones ofThorax

Formative Assessment Lec:

BI 6.4 Describe thefunctions of haem inthe body and describethe processes involvedin its metabolism anddescribe porphyrin

Revision

costotransverse andxiphisternal joints

AN21.10 Describecostochondral andinterchondral joints

heart borders, apexbeat & surfaceprojection of valves ofheart.

Demo: Sections ofThorax

metabolism, bilirubinmetabolism anddegradation.

11-12PM

PY5.11.2 and PY11.5Describe thepathophysiology ofheart failure andhypertension

Describe and discussphysiologicalconsequences ofsedentary lifestyle.

Revision Revision: Soft partsThorax

Formative assessment Experimental lab-Batch A2Revision

Haematology lab-Batch A1Revision

Experimental lab-Batch B2Revision

Haematology lab-Batch B1Revision

12-1PM

Lec:

BI6.1 Describe anddiscuss the integrationof metabolism ofcarbohydrate, fat andprotein and amphibolicpathways in normal,well fed, fasting,exercise, starvationthat take place inspecific organs in thebody.

AETCOM

Batch B2:

BI11.5 Describescreening of Urine forinborn errors &Describe the use ofpaper chromatography

B1 SGD visit to clinicalgenetic lab in hospital

Batch A2:

BI11.5 Describescreening of Urine forinborn errors &Describe the use ofpaperchromatography

B1 SGD visit toclinical genetic lab inhospital

1-2PM LUNCH

2-4PM

PSM1.9 Demonstratethe role of effectivecommunication skills inhealth in a simulatedenvironment1.10 Demonstrate the

Experimental lab-Batch A1Revision

Haematology lab-Batch A2

Experimental lab-Batch B1Revision

Haematology lab-Batch B2

Small groupdiscussion/ Tutorial /Integrated learning/self- directed learning/Early clinical exposure

Revision

important aspect ofdoctor patientrelationship in asimulated environment

Revision RevisionBatch B1:


B2 SGD visit to clinicalgenetic lab in hospital

Batch A1:


A2 SGD visit to clinicalgenetic lab in hospital

TIME MONDAY2.12.19

TUESDAY3.12.19

WEDNESDAY4.12.19

THURSDAY5.12.19

FRIDAY6.12.19

SATURDAY7.12.19

Revision Revision Mid Term – I: 4th December-14th December 2019

TIME MONDAY9.12.19

TUESDAY10.12.19

WEDNESDAY11.12.19

THURSDAY12.12.19

FRIDAY13.12.19

SATURDAY14.12.19

Mid Term – I: 4th December-14th December 2019

TIME MONDAY16.12.19

TUESDAY17.12.19

WEDNESDAY18.12.19

THURSDAY19.12.19

FRIDAY20.12.19

SATURDAY21.12.19

Student Vacation: 15th December to 31st December 2019

TIME MONDAY23.12.19

TUESDAY24.12.19

WEDNESDAY25.12.19

THURSDAY26.12.19

FRIDAY27.12.19

SATURDAY28.12.19

Student Vacation: 15th December to 31st December 2019

TIME MONDAY30.12.19

TUESDAY31.12.19

WEDNESDAY01.01.20

THURSDAY02.01.20

FRIDAY03.01.20

SATURDAY04.01.20

8-9AM

Student Vacation:15th December to

31st December 2019

PY5.10 Describe anddiscussmicrocirculation andlymphatics

Lecture

PY10.1 Describe anddiscuss theorganisation ofnervous system(Horizontal integrationwith Anatomy)

Lecture: Face II andLacrimal apparatus

AN28.2 Describesensory innervation offace

AN28.3 Describe &demonstrate origin/formation, course,branches /tributaries offacial vessels

AN28.4 Describe &demonstrate branchesof facial nerve withdistribution

AN28.7 Explain theanatomical basis offacial nerve palsy

AN28.8 Explainsurgical importance ofdeep facial vein

AN31.4 Enumeratecomponents ofLacrimal apparatus(Vertical integrationwith General Medicine)

BI9.2 Describe thetests that arecommonly done inclinical practice toassess the functionsof these organs(Kidney, liver, thyroidand adrenal gland)

9-10AM

BI9.1 Describe thehormones synthesizedfrom kidney, thyroid,pituitary and adrenal

Lecture: Scalp/ face I

AN27.1 Describe thelayers of scalp, its

PY5.10 Describe anddiscuss cutaneous andsplanchnic circulation

Demo: Normaoccipitalis and lateralis

AN26.2b Describe the


31st December 2019

glands blood supply, its nervesupply and its surgicalimportance

AN27.2 Describeemissary veins with itsrole in spread ofinfection of extra-cranial route to intra-cranial venous sinuses

AN28.1 Describe &demonstrate musclesof facial expressionand their nervesupply

AN28.6 Identifysuperficial muscles offace, their nerve supplyand actionsSDL(Vertical integrationwith General Surgery)

features of normafrontalis, verticalis,occipitalis, lateralisand basalis

10-11AM

Lecture: Introduction toHead & Neck

AN26.1 Demonstrateanatomical position ofskull, identify andlocate individual skullbones in skull

AN26.6 Explain theconcept of bones thatossify in membrane

Lecture: Genetics

AN75.1Describe thestructural andnumericalchromosomalaberrations

AN75.2 Explain theterms mosaics andchimeras with example

AN75.3 Describe thegenetic basis & clinicalfeatures of Prader Willisyndrome,

BI9.1 Describe thehormones synthesizedfrom kidney, thyroid,pituitary and adrenalglands

Lecture

PY10.2 Describe anddiscuss the functionsand properties ofsynapse, reflex andreceptors(HorizontalIntegration Anatomy)


31st December 2019

Edward syndrome &Patau syndrome

AN75.4 Describegenetic basis ofvariation:polymorphism andmutation(Vertical integrationwith Paediatrics)

AN75.5 Describe theprinciples of geneticcounselling(Vertical integrationwith Paediatrics,Obstetrics andGynaecology)

11-12PM

Demo: Landmarks ofHead and Neck,Norma verticalis andfrontalis


AN26.2a Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis andbasalis

Demo: Landmarks ofHead and Neck,Norma verticalis andfrontalis


AN26.2a Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis andbasalis

Experimental labBATCH A2Effects of drugs onintact frog’s heart

PY3.18Haematology labBATCH A1Determination ofAmeth count

PY2.11

Experimental labBATCH B2Effects of drugs onintact frog’s heart

PY3.18Haematology labBATCH B1Determination ofAmeth count

PY2.11

12-1PM

BATCH B2

BI11.21B Demonstrateestimation of urea andurea clearance inserum

SGD: BATCH B1

BATCH A2

BI11.21BDemonstrateestimation of ureaand urea clearance inserum

SGD: BATCH A1

1-2PM LUNCH

2-4PM


31st December 2019

Experimental labBATCH A2Effects of drugs onintact frog’s heart

PY3.18Haematology labBATCH A1Determination ofAmeth count

PY2.11

Small GroupDiscussion/ Tutorial/Integrated learning/SDL/ Early clinicalexposure

Demo: Frontal andparietal bone

AN26.2a Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis andbasalisDissection: Scalp andFace

AN27.1 Describe thelayers of scalp, itsblood supply, its nervesupply and its surgicalimportance

BATCH B2

BI11.21BDemonstrateestimation of urea andurea clearance inserum

SGD: BATCH B1

TIME MONDAY06.01.20

TUESDAY07.01.20

WEDNESDAY08.01.20

THURSDAY09.01.20

FRIDAY10.01.20

SATURDAY11.01.20

8-9AM

Lec: Histology(integumentarysystem)

AN72.1 Identify theskin and itsappendages under themicroscope andcorrelate the structureswith function.

Lec: Parotid region I

AN28.9a Describe anddemonstrate the parts,borders, surfaces,contents, relations andnerve supply of parotidgland with course of itsduct and surgicalimportance.

Lec no. 4- Functionsand properties of reflex

PY10.2 Describe anddiscuss the functionsand properties ofsynapse, reflex andreceptors.(Horizontal integrationwith Anatomy)

PY5.10 Describe anddiscuss cerebralcirculation and CSF.

Lec: Deep cervicalfascia II

AN35.10 Describe thefascial spaces of neck.

BI9.5 Discuss theinvolvement of ECMcomponents in healthand disease.

9-10AM

Diss: faceDemo: mandible(features pertaining toparotid region)

AN28.1 Describe &demonstrate musclesof facial expressionand their nerveSupply

AN28.6 Identifysuperficial muscles offace, their nerve supplyand actions



Histo: Batch ADiss: Batch B & C(Face and parotidregion)

AN72.1 Identify theskin and itsappendages under themicroscope andcorrelate the structurewith function

AN28.1 Describe &demonstrate musclesof facial expressionand their nerveSupply


AN28.3 Describe &demonstrate origin/formation, course,branches /tributaries of

BI9.3 Describe anddiscuss cell cycle andits regulation,apoptosis (specialmention about p53),oncogene andoncogene activation

Lecture: General planof neck and cervicalfascia I

AN35.1 Describe theparts, extent,attachments,modifications of deepcervicalfascia



Demo: Cervicalvertebra

AN26.5 Describefeatures of typical &atypical cervicalvertebrae (Atlas &axis)

AN26.7 Describe thefeatures of 7th cervicalvertebra

AN42.1 Describe thecontents of vertebralcanal

10-11AM

Lecture: Parotid regionII

AN28.9b Describe &demonstrate the parts,borders, surfaces,contents, relationsand nerve supply ofparotid gland withcourse of its duct and

Demo: Mandible

AN26.4 Describemorphological featuresof mandible

BI9.4 Describe varioustumor markers and thebiochemical basis ofcancer therapy (SGD)

PY8.3 Describe thephysiology of thymusand pineal gland


AN26.4 Describemorphological featuresof mandible.

facial vessels



AN28.9 Describe &demonstrate the parts,borders, surfaces,contents, relationsand nerve supply ofparotid gland withcourse of its duct andsurgicalimportance

surgicalimportance

AN28.10 Explain theanatomical basis ofFrey’s syndrome(Vertical integrationwith General Surgery)

11-12PM



PY5.10 Describe anddiscuss coronarycirculation

Histology BATCH BDissection BATCH A &C (Face & Parotidregion)

AN72.1 Identify theskin and itsappendages under themicroscope andcorrelatethe structure withfunction

AN28.1 Describe &demonstrate musclesof facial expressionand their nervesupply

Histology BATCH CDissection BATCH A &B (Face & Parotidregion)

AN72.1 Identify theskin and itsappendages under themicroscope andcorrelatethe structure withfunction

AN28.1 1 Describe &demonstrate musclesof facial expressionand their nervesupply

Experimental lab-Batch A1

Effect of stimulation ofVagus nerve andphenomenon of vagalescape.

PY3.18

Haematology labBatch A2Determination ofAmeth count (Revision)

PY2.11

Experimental lab-Batch B1

Effect of stimulationof Vagus nerve andphenomenon of vagalescape.

PY3.18

Haematology labBatch B2Determination ofAmeth count(Revision)

PY2.11

12-1PM BI9.3 Describe and AETCOM Batch B2 Batch A2





AN28.9 9 Describe &demonstrate the parts,borders, surfaces,contents, relationsand nerve supply ofparotid gland withcourse of its duct andsurgicalimportance


AN28.2 2 Describesensory innervation offace



AN28.9 9 Describe &demonstrate the parts,borders, surfaces,contents, relationsand nerve supply ofparotid gland withcourse of its duct andsurgicalimportance

discuss cell cycle andits regulation,apoptosis (specialmention about p53),oncogene andoncogene activation

BI11.7 Demonstratethe estimation ofSerum Creatinine andcreatinine clearance

Batch B1 SGD with FA

BI11.7 Demonstratethe estimation ofSerum Creatinineand creatinineclearance

Batch A1 SGD withFA

1-2PM LUNCH

2-4PM

PSM2.1 Describe thesteps and performclinico-socio-culturaland demographicassessment ofindividual, family,community

Experimental lab-Batch A1


PY3.18

Experimental lab-Batch B1


PY3.18

Small groupdiscussion/ tutorial/integrated learning/SDL/ Early clinicalexposure.

Demo: Norma Basalis I

AN26.2C: Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis andbasal.

Demo: Deep cervical

Haematology labBatch A2Determination ofAmeth count (Revision)

PY2.11

Haematology lab -Batch B2Determination ofAmeth count (Revision)

PY2.11

fascia

AN35.1

AN35.10

Batch B1

BI11.21B Demonstratethe estimation of ureaand urea clearance inserum


Batch A1

BI11.7 Demonstratethe estimation ofSerum Creatinine andcreatinine clearance

Batch A2 SGD with FA

TIME MONDAY13.01.20

TUESDAY14.01.20

WEDNESDAY15.01.20

THURSDAY16.01.20

FRIDAY17.01.20

SATURDAY18.01.20

8-9AM

Lec: Histology(Endocrine I)

AN43.22 Identify,describe and draw themicroanatomy ofthyroid gland

AN52.112 Describe &identify themicroanatomicalfeatures of suprarenalgland

Lec: Posterior triangleof neck

AN 29.1 Describe &demonstrateattachments, nervesupply, relations andactions ofsternocleidomastoid

AN29.2 Explainanatomical basis ofErb’s & Klumpke’spalsy

AN29.3 Explainanatomical basis of wryneck

Lec: Physiology ofimage formation,refractive errors

PY10.17 Describe anddiscuss functionalanatomy of eye,physiology ofimage formation,physiology of visionincluding colour vision,refractive errors, colourblindness, physiologyof pupil and light reflex(Vertical integration-Ophthalmology)

Lecture No.7:Functions andproperties of reflex

PY10.2 Describe anddiscuss the functionsand properties ofsynapse, reflex,receptors(Horizontal integrationwith Anatomy)

Lec: Anterior andsubmandibular triangleII

AN32.1a Describeboundaries andsubdivisions of anteriortriangle

AN32.2b Describe &demonstrateboundaries andcontents of muscular,carotid, digastric andsubmental triangles

BI9.7 Describe therole of oxidativestress in thepathogenesis ofconditions such ascancer, complicationsof diabetes mellitusand atherosclerosis.Describe theantioxidant defencesystem in the body

AN29.4 Describe &demonstrateattachments of1) inferior belly ofomohyoid,2)scalenus anterior,3) scalenus medius &4) levator scapulae(Vertical integrationGeneral Surgery)

9-10AM

Diss (Neck):

AN29.1

AN32.1

Histology: Batch ADiss(Posterior triangle)Batch B and C

AN43.22

AN52.112

AN29.4

AN32.1

BI9.7 Describe the roleof oxidative stress inthe pathogenesis ofconditions such ascancer, complicationsof diabetes mellitusand atherosclerosis.Describe theantioxidant defencesystem in the body

Lec: Anterior andsubmandibular triangleI

AN32.1a Describeboundaries andsubdivisions of anteriortriangle

AN32.2b Describe &demonstrateboundaries andcontents of muscular,carotid, digastric andsubmental triangles

Lec: Physiology ofvision


Interactive sessionSDL

10-11AM

Diss (Neck):

AN29.1

AN32.1

Histology: Batch ADiss(Posterior triangle)Batch B and C

AN43.22

AN52.112

AN29.4

AN32.1

Diss (Triangles ofneck):

AN29.4

AN32.1

Diss (Triangles ofneck):

AN32.1

AN32.2

BI9.7 Describe the roleof oxidative stress inthe pathogenesis ofconditions such ascancer, complicationsof diabetes mellitusand atherosclerosis.Describe theantioxidant defencesystem in the bodySGD(Vertical Integration

Lecture No.8:Functions andproperties ofreceptors

PY10.2 Describeand discuss thefunctions andproperties ofsynapse, reflex,receptors(Horizontal

Pathology) integration withAnatomy)

11-12PM

Lec: Functionalanatomy of eye


Lecture No.6:Functions andproperties of reflex

PY10.2 Describe anddiscuss the functionsand properties ofsynapse, reflex,receptors(Horizontal integrationwith Anatomy)

Histology: Batch BDiss(Posterior triangle)Batch A and C

AN43.22

AN52.112

AN29.4

AN32.1

Histology: Batch CDiss(Posterior triangle)Batch A and B

AN43.22

AN52.112

AN29.4

AN32.1

Experimental LabBatch A2Effect of variables onfrog’s heart

PY3.18Haematology labBatch A1Determination ofAbsolute EosinophilCount

PY2.11Small groupdiscussion/Tutorial/IntegratedLearning/SDLEarly clinical exposureBatch B1, B2

Experimental LabBatch B2Effect of variables onfrog’s heart

PY3.18Haematology labBatch B1Determination ofAbsolute EosinophilCount

PY2.11Small groupdiscussion/Tutorial/IntegratedLearning/SDLEarly clinicalexposureBatch A1, A2

12-1PM

BI9.5 Discuss theinvolvement of ECMcomponents in healthand disease

AETCOM

1-2PM LUNCH

2-4PM SPORTS

Experimental LabBatch A1Effect of variables onfrog’s heart

PY3.18Haematology labBatch A2Determination ofAbsolute EosinophilCount

PY2.11

Experimental LabBatch B1Effect of variables onfrog’s heart

PY3.18Haematology labBatch B2Determination ofAbsolute EosinophilCount

PY2.11

Small groupdiscussion/Tutorial/IntegratedLearning/SDLEarly clinical exposure

Diss (Anterior trianglesof neck):

AN32.1

AN32.2

Batch B1 Batch A1

BI11.7 Demonstratethe estimation of serumcreatinine andcreatinine clearance

Batch B2 SGDwith FA

BI11.7 Demonstratetheestimation ofSGOT/SGPT

Batch A2 SGDwith FA

TIME MONDAY20.01.20

TUESDAY21.01.20

WEDNESDAY22.01.20

THURSDAY23.01.20

FRIDAY24.01.20

SATURDAY25.01.20

8-9AM

Lec: Histology(Endocrine II)

AN43.21 Identify,describe and draw themicroanatomy ofPituitary gland

Lec: Meninges anddural venous sinuses

AN30.3 Describe andidentify dural folds anddural venous sinuses

AN30.4 Describeclinical importance ofdural venous sinuses

Lecture No.10:Describe and discusssomatic sensationsand sensory tracts.

PY10.3: Describe anddiscuss somaticsensations andsensory tracts.(Horizontal Integration-Anatomy)

Lec: Physiology ofcolour vision, colourblindness

PY10.17 Describe anddiscuss functionalanatomy of eye,physiology of imageformation, physiologyof vision includingcolour vision, refractiveerrors, colourblindness, physiologyof pupil and light reflex.(Vertical integration-Ophthalmology)

Lec: Orbit II

AN41.1 Describe &demonstrate parts andlayers of eyeball

AN41.2 Describe theanatomical aspects ofcataract, glaucoma &central retinal arteryocclusion

AN41.3 Describe theposition, nerve supplyand actions ofintraocular muscles(Vertical integration-Ophthalmology)

BI7.1 Describe anddiscuss nucleotidestructure, chemistryand function.

9-10AM

Dissection: Anteriortriangles of neck

AN32.1 Describeboundaries andsubdivisions of anteriortriangle

AN32.2 Describe &demonstrateboundaries andcontents of muscular,

Prac: Histology: BatchA

Demo: Cranio-cerebralrelations, meningesand venous sinusesBatch B&C

AN43.21

AN26.3 Describe thecranial cavity, its

BI9.6 Describe the roleof xenobiotics indisease.

Lec: Orbit I

AN31.1 Describe &identify extra ocularmuscles of eyeball

AN31.2 Describe &demonstrate thenerves and vessels inorbit

AN31.3 Describe

Lecture No.11:Describe and discusssomatic sensationsand sensory tracts

PY10.3: Describe anddiscuss somaticsensations andsensory tracts.(Horizontal Integration-Anatomy)

Interactive session/SDL

carotid, digastric andsubmental triangles

subdivisions, foraminaand structures passingthrough them

AN30.3 Describe &identify dural folds &dural venous sinuses

anatomical basis ofHorner’s syndrome

AN31.5 Explain theanatomical basis ofoculomotor, trochlearand abducent nervepalsies along withstrabismus(Vertical integration-Ophthalmology)

10-11AM

Dissection: Anteriortriangles of neck

AN32.1 Describeboundaries andsubdivisions of anteriortriangle

AN32.2 Describe &demonstrateboundaries andcontents of muscular,carotid, digastric andsubmental triangles

Prac: Histology : BatchA

Demo: Cranio-cerebralrelations, meningesand venous sinusesBatch B&C

AN43.21

AN26.3 Describe thecranial cavity, itssubdivisions, foraminaand structures passingthrough them


Demo: Orbit



Dissection: Orbit



BI7.1 Describe anddiscuss nucleotidestructure, chemistryand function.

Lec: physiologicalbasis of lesion invisual pathway

PY10.18 Describeand discuss thephysiological basis oflesion in visualpathway(Vertical integration-Ophthalmology)

11-12PM

Lecture No. 9:Functions andproperties of receptors

PY10.2: Describe anddiscuss the functionsand properties ofsynapse, reflex andreceptors(Horizontal Integration-

Lec: Physiology ofcolour vision, colourblindness

PY10.17 Describe anddiscuss functionalanatomy of eye,physiology of imageformation, physiologyof vision including

Prac: Histology : BatchB

Demo: Cranio-cerebralrelations, meningesand venous sinusesBatch A&C

AN43.21

Prac: Histology : BatchC

Demo: Cranio-cerebralrelations, meningesand venous sinusesBatch A&B

AN43.21

Experimental lab-Batch A2Recording of normalarterial blood pressureand heart rate.

PY5.12

Haematology lab-Batch A1

Experimental lab-Batch B2Recording of normalarterial bloodpressure and heartrate.

PY5.12

Haematology lab-

Anatomy) colour vision, refractiveerrors, colourblindness, physiologyof pupil and light reflex.(Vertical integration-Ophthalmology)





Determination ofAbsolute Eosinophilcount (Revision)PY 2.11

Batch B1Determination ofAbsolute Eosinophilcount (Revision)PY 2.11

12-1PM

BI9.6 Describe the roleof xenobiotics indisease.

AETCOM

Batch B2

BI 11.13 Demonstratethe estimation ofSGOT/SGPT


Batch A2

BI 11.13Demonstrate theestimation ofSGOT/SGPT

Batch A1 SGD withFA

1-2PM LUNCH

2-4PM

PSM2.2 Describe thesociocultural factors,family (types), its rolein health and disease& demonstrate in asimulated environmentthe correct assessmentof socio-economicstatus

Experimental lab-Batch A2Recording of normalarterial blood pressureand heart rate.PY5.12

Haematology lab-Batch A1Determination ofAbsolute Eosinophilcount (Revision)PY2.11

Experimental lab-Batch B2Recording of normalarterial blood pressureand heart rate.PY5.12

Haematology lab-Batch B1Determination ofAbsolute Eosinophilcount (Revision)PY2.11

Small GroupDiscussion/Tutorial/Integrated Learning/SDLEarly Clinical Exposure

Lec-Dem: Cranialcavity and Bony Orbit(Digital displayer)

AN30.1 Describe thecranial fossae andidentify the relatedstructures

AN30.2 Describe 7identify major foraminawith structures passingthrough them

AN26.3 Describecranial cavity, its sub-division, foramina &structures passingthrough them


Batch B1

BI11.13 Demonstratethe estimation ofSGOT/SGPT


Batch A1

BI11.13 Demonstratethe estimation ofSGOT/SGPT


AN31.2 Describe &demonstrate the orbit(Vertical integrationwith General Surgery)

TIME MONDAY27.01.20

TUESDAY28.01.20

WEDNESDAY29.01.20

THURSDAY30.01.20

FRIDAY31.01.20

SATURDAY01.02.20

8-9AM

Lecture: Histology(Tonsil, thymus,spleen)

AN43.24 Identify,describe and draw themicroanatomy of tonsil

AN70.22 Identify thelymphoid tissue underthe microscope &describe microanatomyof tonsil & correlate thestructure with function

AN70.23 Identify thelymphoid tissue undermicroscope & describemicroanatomy ofthymus and correlatethe structure withfunction

AN70.24 Identify thelymphoid tissue undermicroscope & describemicroanatomy ofspleen and correlatethe structure withfunction

Lecture: Temporal/infratemporal fossa I

AN33.1 Describe &demonstrate extent,boundaries & contentsof temporal &infratemporal fossae

AN33.2 Describe &demonstrateattachment, direction offibres, nerve supply &actions of muscles ofmastication

Lecture: Functionalanatomy of ear

PY10.15 Describe &discuss functionalanatomy of ear &auditory pathways &physiology of hearing(Vertical integrationwith ENT)

Lecture no 13:Describe & discussmotor tracts,mechanism ofmaintenance of bodytone

PY10.4 Describe &discuss motor tracts,mechanism ofmaintenance of bodytone(Horizontal integrationwith Anatomy)

Lecture: TM Joint

AN33.3 Describe &demonstratearticulating surface,type & movements of TM Joint

AN33.5 Describe thefeatures of dislocationof T M Joint(Vertical integrationwith General Surgery)

BI7.2 Describe &discuss metabolicprocesses ofnucleotides &associated commondisorders namelygout, Lesch NyhanSyndrome, Oroticacidosis & SCID

9-10AM Demo: Temporal bone Histology Batch A BI7.2 Describe & Lecture: Temporal/ Lecture: Physiology of Demo: TM Joint

AN26.2b Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis &basalis

Dissection: Temporal/infratemporal fossaBatch B & C


AN70.22 Identify thelymphoid tissue underthe microscope &describe microanatomyof tonsil & correlate thestructure with function


AN33.1

AN33.2

discuss metabolicprocesses ofnucleotides &associated commondisorders namely gout,Lesch NyhanSyndrome, Oroticacidosis & SCID

Infratemporal fossa II

AN33.2 Describe &demonstrateattachment, direction offibres, nerve supply &actions of muscles ofmastication

AN33.4 Explain theclinical significance ofpterygoid venousplexus(Vertical integrationwith General Surgery)

hearing.

PY10.15 Describe &discuss functionalanatomy of ear &auditory pathways &physiology of hearing(Vertical integrationwith ENT)

AN33.3AN33.5

10-11AM

Demo: Temporal bone

AN26.2b Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis &basalis

Histology Batch ADissection: Temporal/infratemporal fossaBatch B & C


AN70.22 Identify thelymphoid tissue underthe microscope &describe microanatomyof tonsil & correlate the

Demo: Norma basalis I

AN26.2 Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis &basalis

Diss: Temporal/Infratemporal fossa

AN33.1 Describe &demonstrate extent,boundaries & contentsof temporal &infratemporal fossae

AN33.2

BI7.2 Describe &discuss metabolicprocesses ofnucleotides &associated commondisorders namely gout,Lesch NyhanSyndrome, Oroticacidosis & SCID

Lecture no 14: spinalcord and itsfunctions, lesion &sensory disturbances

PY10.6 Describe anddiscuss spinal cord,its functions, lesion &sensory disturbances(Horizontalintegration-Anatomy)

structure with function


AN33.1

AN33.2

11-12PM

Lec: Physiologicalbasis of lesion invisual pathway

PY10.18Describe and discussthe physiological basisof lesion in visualpathway(Vertical integrationOphthalmology)

Lecture No.12:Describe and discusssomatic sensations &sensory tracts

PY10.3: Describe anddiscuss somaticsensations & sensoryTracts(Horizontal integration-Anatomy)

Prac: Histology:Batch B;Diss: Temporal/Infratemporal fossa:Batch A and C

AN43.24

AN70.22

AN70.23

AN 33.1

AN33.2

Prac: Histology:Batch C;Diss: Temporal/Infratemporal fossa:Batch A and B

AN43.24

AN70.22

AN70.23

AN 33.1

AN33.2

Experimental LabBatch A2:Recording of anormal arterial bloodpressure and Heartrate (revision)

PY5.12Haematology labBatch A1:Determination ofReticulocyte count(Demonstration)

PY2.13

Experimental LabBatch B2:Recording of anormal arterial bloodpressure and Heartrate (revision)PY 5.12Haematology labBatch B1Determination ofReticulocyte count(Demonstration)

PY2.13

12-1PM

BI7.2 Describe anddiscuss metabolicprocesses ofnucleotides andassociated commondisorders, namely gout,Lesch Nyhansyndrome, Oroticacidosis and SCID.

AETCOM

Batch B2

BI 11.12 Demonstratethe estimation of serumbilirubin

Batch B1 SGD

Batch A2

BI11.12 Demonstratethe estimation ofserum bilirubin

Batch A1 SGD

1-2PM LUNCH2-4PM Experimental Lab Experimental Lab Small group Diss: Temporal/Infra

SPORTS Batch A1Recording of a normalarterial blood pressureand Heartrate (revision)

PY 5.12Haematology labBatch A2Determination ofReticulocyte count(Demonstration)PY2.13

Batch B1Recording of a normalarterial blood pressureand Heart rate(revision)

PY 5.12Haematology labBatch B2Determination ofReticulocyte count(Demonstration)PY2.13

discussion/ Tutorial/Integrated Learning/Self directed learningEarly clinical exposure

PY 10.19 Describe anddiscuss auditory andvisual evoke potentials(Vertical Integration-Ophthalmology)

temporal fossa

AN 33.1

AN33.2

Batch B1

BI11.14 Demonstratethe estimation ofalkaline phosphatase

B2 SGD with FA

Batch A1


A2 SGD with FA

TIME MONDAY03.02.20

TUESDAY04.02.20

WEDNESDAY05.02.20

THURSDAY06.02.20

FRIDAY07.02.20

SATURDAY08.02.20

8-9AM

Lec- Histology: tongue

AN43.2 Identify,describe and draw themicroanatomy oftongue

Lec- Pterygopalatineregion

Lec no 16: Chemicaltransmission innervous system(including thepsychiatry element)

PY10.10 describe &discuss chemicaltransmission in thenervous system(outline the psychiatryelement)

Lec: Pathophysiologyof deafness

PY10.16 Describe &discusspathophysiology ofdeafness. Describehearing test(Vertical integration-ENT)

Lec: Thyroid

AN35.2 Describe &demonstrate location,parts, borders,surfaces, relations &blood supply of thyroidgland

AN35.8 Describe theanatomically relevantclinical features ofThyroid swellings(Vertical integration-General surgery)

BI7.4 Describe theprocesses involved inreplication & repair ofDNA & thetranscription &translationmechanism

9-10AM

Demo- Pterygopalatineregion with normallateralis

AN26.2b Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis andbasalis.

Batch A- histologyBatch B & C- demo:Pterygopalatine regionwith normal lateralis


BI7.4 Describe theprocess involved inreplication & repair ofDNA & thetranscription &translation mechanism

Lec- Submandibularregion

AN34.1 Describe &demonstrate themorphology, relationsand nerve supply ofsubmandibular salivarygland & submandibularganglion

AN34.2 Describe thebasis of formation ofsubmandibular stones(Vertical integration-General surgery)

Lec no 17: Chemicaltransmission innervous system(including thepsychiatry element)

PY10.10 describe &discuss chemicaltransmission in thenervous system(outline the psychiatryelement)

Lec- Vessels & nervesof head & neck

AN35.3 Demonstrate& describe the origin,parts, course &branches subclavianartery

AN35.4 Describe &demonstrate origin,course, relations,tributaries andtermination of internaljugular &brachiocephalic veins

AN35.6 Describe anddemonstrate theextent, formation,relation & branches ofcervical sympatheticchain

AN35.7 Describe thecourse and branchesof IX, X, XI & XII nervein the neck

AN35.9 Describe theclinical features ofcompression ofsubclavian artery andlower trunk of brachialplexus by cervical rib

10-11AM

Demo- Pterygopalatineregion with normallateralis

AN26.2b Describe the

Batch A- histologyBatch B & C- demo:Pterygopalatine regionwith normal lateralis

Interactive session/SDL

Diss- Submandibularregion

AN34.1 Describe &demonstrate the

BI7.4 Describe theprocesses involved inreplication & repair ofDNA & thetranscription &

Lec- vestibularapparatus

PY10.4 Describe &discuss vestibular

features of normafrontalis, verticalis,occipitalis, lateralis andbasalis.

AN26.2b Describe thefeatures of normafrontalis, verticalis,occipitalis, lateralis andbasalis

morphology, relationsand nerve supply ofsubmandibular salivarygland & submandibularganglion

translation mechanism apparatus(Horizontalintegration-Anatomy)

11-12PM

Lec no 15: Describe &discuss spinal cord, itsfunctions, lesion &sensory disturbances

PY10.6 Describe &discuss spinal cord, itsfunctions, lesion &sensory disturbances(Horizontal integration-anatomy)

Lec Physiology ofhearing (Contd...)Auditory pathways

PY10.15 Describe &discuss functionalanatomy of ear &auditory pathways &physiology of hearing(Vertical integrationENT)

Batch B-histoBatch A & C- demo:Pterygopalatine regionwith normal lateralis


Batch C-histoBatch A & B- demo:Pterygopalatine regionwith normal lateralis


Experimental lab-Batch A2 Effect ofexercise on bloodpressure & heart rate

PY3.15

Haematology lab-Batch A1Determination ofplatelet count(demonstration)

PY2.13

Experimental lab-Batch B2 Effect ofexercise on bloodpressure & heart rate

PY3.15

Haematology lab-Batch B1Determination ofplatelet count(demonstration)

PY2.13

12-1PM

BI7.3 Describe thestructure and functionsof DNA and RNA AETCOM

Batch B2


B1 SGD with FA

Batch A2


A1 SGD with FA

1-2PM LUNCH

2-4PM

PSM:2.3 Describe anddemonstrate ina simulatedenvironment theassessment of barriersto good health andhealth seekingbehaviour

Experimental LabBatch A1Effect of exercise onblood pressure andHeart rate

PY3.15Haematology labBatch A2Determination ofPlatelet count

Experimental LabBatch B1Effect of exercise onblood pressure andHeart rate

PY3.15Haematology labBatch B2Determination ofPlatelet count

Small groupdiscussion/Tutorial/Integrated Learning/Self directedlearningEarly clinical exposure

PY 10.19Describe anddiscuss auditory

Diss: Thyroid glandand neck

AN35.2(Vertical integrationGeneral Surgery)

(Demonstration)

PY2.13

(Demonstration)

PY2.13

and visual evokepotentials

Batch B1


B2 SGD

Batch A1

BI11.16 and 11.19Observe use ofcommonly usedequipments/techniques in biochemistrylaboratory including:•pH meter •Paperchromatography ofamino acid •Proteinelectrophoresis •TLCPAGE •Electrolyteanalysis by ISE •ABGanalyzer •ELISA•Immunodiffusion•Autoanalyser •Qualitycontrol •DNA isolationfrom blood/ tissue

Batch A2Outline the basicprinciples involved inthe functioning ofinstruments commonlyused in a biochemistrylaboratory and theirapplications.

TIME MONDAY10.02.20

TUESDAY11.02.20

WEDNESDAY12.02.20

THURSDAY13.02.20

FRIDAY14.02.20

SATURDAY15.02.20

8-9AM

Lec: Histology - EyeBall (Cornea &Retina)

AN43.26 Identify,describe and

Lec: Oral Cavitytonsil & tongue

AN36.1 Describe the1) morphology,

PY10.7.2 Describe &discuss functions ofcerebral cortex, basalganglia, thalamus,hypothalamus,

PY10.13Describe and discussperception of smell andtaste sensation

Lec: Pharynx-I

AN 36.5 Describethe clinicalsignificance of

BI7.5 Describe genemutation & basicmechanism ofregulation of geneexpression.

draw themicroanatomy ofcornea

AN43.25 Identify,describe anddraw themicroanatomy ofretina

AN43.4 Identify,describe and drawmicroanatomy ofolfactoryepithelium, eyelid, lip,sclero-cornealjunction, optic nerve,cochlea- organ ofcorti, pinealgland

relations, bloodsupply and appliedanatomy of palatinetonsil2) Composition of softpalate

AN36.2Describe thecomponents andfunctions of Waldeyer’slymphatic ring

AN36.3Describe theboundaries and clinicalsignificance of pyriformfossa

AN36.4Describe theanatomical basis oftonsillitis,tonsillectomy,adenoids and peri-tonsillar abscess

AN39.1Describe &demonstratemorphology, nervesupply, embryologicalbasis of nerve supply ,blood supply,lymphatic drainageand actions of extrinsic& intrinsic muscles oftongue

AN39.2

cerebellum & limbicsystem & theirabnormalities.

Lec: 2 Describe &discuss abnormalitiesof basal ganglia(Vertical integration-Psychiatry)

PY10.14Describe and discusspathophysiology ofaltered smell andtaste sensationLec: Perception oftaste sensationpathophysiology ofaltered tastesensation(Vertical Integration-ENT)

Killian’s dehiscence

AN36.2 Describe thecomponents andfunctions of Waldeyer’slymphatic ring

Explain theanatomical basis ofhypoglossal nervePalsy(Vertical integrationENT)

9-10AM

BATCH A: HistoBatch B & CDiss/demo: Sagittalsections of head &neck

AN 43.4

AN36.1

AN36.3

AN39.1

BATCH B: HistoBatch A & CDiss/demo: Sagittalsections of head &neck

AN 43.4

AN36.1

AN36.3

AN39.1

BI7.4 Describe theprocess involved inreplication & repair ofDNA & thetranscription &translation mechanismSGD

Lec- Soft palate

AN36.1 Describe the1) morphology,relations, bloodsupply and appliedanatomy of palatinetonsil2) Composition of softpalate

Lec: Describe &discuss abnormalitiesof basal ganglia(Cont..)

PY10.7.3 Describe &discuss functions ofcerebral cortex, basalganglia, thalamus,hypothalamus,cerebellum & limbicsystem & theirabnormalities.(Vertical integration-Psychiatry)

Lec: Pharynx-II

AN36.5 Describethe clinicalsignificance ofKillian’s dehiscence

AN36.2 Describe thecomponents andfunctions ofWaldeyer’s lymphaticring

10-11AM

BATCH A: HistoBatch B & CDiss/demo: Sagittalsections of head &neck

AN 43.4

AN36.1

AN36.3

AN39.1

BATCH B: HistoBatch A & CDiss/demo: Sagittalsections of head &neck

AN 43.4

AN36.1

AN36.3

AN39.1

Lec: Dental anatomy Diss/ Demo: Larynx

AN38.1 Describe themorphology, identifystructure of the wall,nerve supply, bloodsupply and actions ofintrinsic and extrinsicmuscles of the larynx

AN38.2 Describe theanatomical aspects oflaryngitis

AN38.3 Describeanatomical basis ofrecurrent laryngealnerve injury

BI7.5 Describe genemutation & basicmechanism ofregulation of geneexpression.

PY10.13 Describeand discussperception of smelland tasteSensation

PY 10.14Describe andDiscusspathophysiology ofaltered smell andtaste sensationLec: Perception oftaste sensationpathophysiology ofaltered tastesensation(Vertical Integration-ENT)

11-12PM Lec- vestibular Lec: Describe & BATCH C: Histo Digital displayer- Experimental lab- Experimental lab-

apparatus ( Cont..)

PY10.4 Describe &discuss vestibularapparatus(Horizontal integration-Anatomy)

discuss abnormalitiesof basal ganglia(Cont..)

PY10.7.1 Describe &discuss functions ofcerebral cortex, basalganglia, thalamus,hypothalamus,cerebellum & limbicsystem & theirabnormalities.(Vertical integration-Psychiatry)

Batch A & BDiss/demo: Sagittalsections of head &neck

AN 43.4

AN36.1

AN36.3

AN39.1

Prosections Batch A2 Effect ofposture on bloodpressure & heart rate

PY3.15

Haematology lab-Batch A1 Anintroduction to generalclinical examination

PY11.13

Batch B2 Effect ofposture on bloodpressure & heart rate

PY3.15

Haematology lab-Batch B1 Anintroduction togeneral clinicalexamination

PY11.13

12-1PM

BI7.4 Describe theprocess involved inreplication & repair ofDNA & thetranscription &translation mechanism

AETCOM

Batch B2

BI 11.16 and 11.19Observe use ofcommonly usedequipments/techniques in biochemistrylaboratory including:•pH meter •Paperchromatography ofamino acid •Proteinelectrophoresis •TLCPAGE •Electrolyteanalysis by ISE •ABGanalyzer •ELISA•Immunodiffusion•Autoanalyser •Qualitycontrol •DNA isolationfrom blood/ tissue

Batch B1Outline the basicprinciples involved inthe functioning ofinstruments commonlyused in a biochemistrylaboratory and their

Batch A2


Batch A1Outline the basicprinciples involved inthe functioning ofinstrumentscommonly

applications. used in abiochemistrylaboratory and theirapplications.

1-2PM LUNCH

2-4PM SPORTS

Experimental lab-Batch A1 Effect ofposture on bloodpressure & heart rate

PY3.15

Haematology lab-Batch A2 Anintroduction to generalclinical examination

PY11.13

Experimental lab-Batch B1 Effect ofposture on bloodpressure & heart rate

PY3.15

Haematology lab-Batch B2 Anintroduction to generalclinical examination

PY11.13

Small groupdiscussion/Tutorial/Integrated Learning/Self directedlearningEarly clinical exposure

Demo: Diss/demo:Sagittalsections of head &neck

AN36.1

AN38.1

Batch B1


Batch A

BI11.17 Explain thebasis and rationaleof biochemical testsdone in the followingconditions: - diabetesmellitus, -dyslipidemia, -myocardial infarction- renal failure, gout, -proteinuria, -nephrotic syndrome,- edema, - jaundice, -liver diseases,disorders of acid-pancreatitis,base balance, -thyroid disorders

Batch B2Outline the basicprinciples involved inthe functioning ofinstruments commonlyused in a biochemistrylaboratory and theirapplications.

TIME MONDAY17.02.20

TUESDAY18.02.20

WEDNESDAY19.02.20

THURSDAY20.02.20

FRIDAY21.02.20

SATURDAY22.02.20

8-9AM

Lec :Nose and paranasalsinuses- I

AN37.1 Describe anddemonstrate featuresof nasal septum, lateralwall of nose, theirblood supply and nervesupply

AN37.2 Describelocation and functionalanatomy of Paranasalsinuses(Vertical integration –ENT)

Lec: Histology –Eyeball II

AN43.4 Identify,describe and drawmicroanatomy ofolfactory epithelium,eyelid, lip, sclero-corneal junction, opticnerve, cochlea- organof corti, pineal gland

Lec 1- Mechanism ofhormone action

PY8.6 Describe anddifferentiate themechanism of action ofsteroid, protein andamine hormones

Lec – Describe anddiscuss abnormalitiesof cerebellum

PY10.7.5 Describeand discuss functionsof cerebral cortex,basal ganglia,hypothalamus,cerebellum and limbicsystem and theirabnormalities(Vertical integration –Psychiatry)

HOLIDAY

BI7.6 Describeprotein folding andtargeting along withits associateddisorders

9-10AM

Batch A – HistoBatch B and C –Sagittal sections andSDL (Nose andLarynx)

AN43.4 Identify,describe and drawmicroanatomy ofolfactory epithelium,eyelid, lip, sclero-

Batch B – HistoBatch A and C –Sagittal sections andSDL (Nose andLarynx)

AN43.4

AN37.1 Describe anddemonstrate featuresof nasal septum, lateral

BI7.6 Describe proteinfolding and targetingalong with itsassociated disorders

Lec: Larynx

AN38.1 Describe themorphology, identifystructure of the wall,nerve supply,blood supply andactions of intrinsic andextrinsic muscles of thelarynx

Lec: Ear

AN40.1 Describe andidentify the parts,blood supply andnerve supply ofexternal ear

AN40.2 Describeand demonstrate theboundaries, contents,

corneal junction, opticnerve, cochlea- organof corti, pineal gland

AN37.1

AN37.2



wall of nose, theirblood supply and nervesupply

AN37.2 Describelocation and functionalanatomy of Paranasalsinuses




AN38.3 Describeanatomical basis ofrecurrent laryngealnerve injury

relations andfunctional anatomyof middle ear andauditory tube

AN40.3 Describethe features ofinternal ear

AN40.4 Explainanatomical basis ofotitis externa andotitis media

AN40.5 Explainanatomical basis ofMyringotomy(Vertical integration –ENT)

10-11AM

Lec: Nose andparanasal sinuses II


AN37.3 Describeanatomical basis ofsinusitis and maxillarysinus tumors

Prac: All batches –Genetics

AN73.1 Describe thestructure ofchromosomes withclassification

AN73.2 Describetechnique ofkaryotyping with itsapplications

AN73.3 Describe theLyon's hypothesis

AN74.1 Describe thevarious modes ofinheritance withexamples

Lec: Describe anddiscuss function ofHypothalamus

PY10.7.6 Describeand discuss functionsof cerebral cortex,basal ganglia,hypothalamus,cerebellum andlimbic system andtheir abnormalities(Vertical integration –Psychiatry)

11-12PM

Lec 1- Mechanism ofhormone action

PY8.6.1 Describe anddifferentiate themechanism of action of

Lec: Describe anddiscuss function ofCerebellum

PY10.7.4 Describeand discuss functions

Batch C- HistoBatch A and B –Sagittal section andSDL ( Nose andLarynx)

Experimental Lab-Batch B2 Mosso’sErgograph and handgrip Dynamometer

PY3.14

AN74.2 Drawpedigree charts for thevarious types ofinheritance & giveexamplesof diseases of eachmode of inheritance

AN74.3 Describemultifactorialinheritance withexamples

AN74.4 Describe thegenetic basis & clinicalfeatures ofAchondroplasia, CysticFibrosis, Vitamin Dresistant rickets,Haemophilia,Duchene’s musculardystrophy & Sickle cellanaemia

AN75.1 Describe thestructural andnumericalchromosomalaberrations

AN75.2 Explain theterms mosaics andchimeras with example

AN75.3 Describe thegenetic basis & clinicalfeatures of Prader Willisyndrome,Edward syndrome &

steroid, protein andamine hormones

of cerebral cortex,basal ganglia,hypothalamus,cerebellum and limbicsystem and theirabnormalities(Vertical integration –Psychiatry)

AN43.4 Identify,describe and drawmicroanatomy ofolfactory epithelium,eyelid, lip, sclero-corneal junction, opticnerve, cochlea- organof corti, pineal gland

AN37.1 Describe anddemonstrate featuresof nasal septum, lateralwall of nose, theirblood supply and nervesupply




Haematology LabBatch B1 Clinicalexamination –Respiratory system

PY6.9

12-1PM

BI7.5 Describe genemutation and basicmechanism ofregulation of geneexpression

AETCOM

Batch A1 and A2:Small groupdiscussion/ Tutorial/integrated learning/self directed learning/Early clinicalexposure

Patau syndrome

AN75.4 Describegenetic basis ofvariation:polymorphism andmutation

AN75.5 Describe theprinciples of geneticcounselling

1-2PM LUNCH

2-4PM

PSM2.4 Describesocial, psychology,community behaviourand communityrelationship and theirimpact on health anddiseases.

Experimental Lab-Batch A1 Mosso’sErgograph and handgrip Dynamometer

PY3.14

Haematology LabBatch A2 Clinicalexamination –Respiratory system

PY6.9

Experimental Lab-Batch B1 Mosso’sErgograph and handgrip Dynamometer

PY3.14

Haematology LabBatch B2 Clinicalexamination –Respiratory system

PY6.9

Small groupdiscussion/

Tutorial/

integrated learning/

self directed learning/

Early clinical exposure

Batch B

BI11.17 Explain thebasis and rationale ofBiochemical test donein the followingconditions:- Diabetesmellitus, - dyslipidemia,- myocardial infarction,- renal failure,- gout, -proteinuria, - nephriticsyndrome, - oedema,jaundice,- liver

Batch A1

BI11.1 Describe anddiscuss thecomposition of CSF.

A2 SGD

diseases, -pancreatitis,- disordersof acid-base balance, -thyroid disorders.

TIME MONDAY24.02.20

TUESDAY25.02.20

WEDNESDAY26.02.20

THURSDAY27.02.20

FRIDAY28.02.20

SATURDAY29.02.20

8-9AM

Lec: EmbryologyPharyngeal Arches

AN43.4 Describe thedevelopment anddevelopmentalbasis of congenitalanomalies of face,palate, tongue,branchial apparatus,pituitary gland, thyroidgland & eye

Lec: Embryology: Facenose and palate

AN43.4 Describe thedevelopment anddevelopmentalbasis of congenitalanomalies of face,palate, tongue,branchial apparatus,pituitary gland, thyroidgland & eye

Lecture Describe anddiscuss functionsof limbic system

PY10.7.8 Describe anddiscuss functions ofcerebral cortex,basal ganglia,thalamus,hypothalamus,cerebellum, and limbicsystem and theirabnormalities(Vertical integrationPsychiatry)

Lecture 3 Hormones ofAnterior pituitary

PY8.2.2 Describe thesynthesis, secretion,transport, physiologicalaction, regulation andeffect of altered (hypoand hyper) secretion ofpituitary gland,thyroid gland,parathyroid gland,adrenal gland,pancreas andhypothalamus

Lec: Introduction toNervous System &Meninges

AN56.1 Describe &identify various layersof meninges with itsextent & modifications

AN56.2 Describecirculation of CSFwith its appliedanatomy, Syndrome(Vertical integrationGeneral Medicine)(Horizontal integrationwith Physiology)

Bl7.7 Describe theapplications ofmoleculetechniques likerecombinant DNAtechnology, PCR inthe diagnosis andtreatment ofdiseases withgenetic basis

9-10AM

Practical: EmbryologyBatch B

Demo: Joints of headand neckBatch C

Surface anatomy &Radiology Head andneckBatch A


Practical: EmbryologyBatch A

Demo: Joints of headand neckBatch B

Surface anatomy &Radiology Head andneckBatch C


Bl7.7 Describe theapplications ofmoleculetechniques likerecombinant DNAtechnology, PCR inthe diagnosis andtreatment ofdiseases withgenetic basis

Formative assessment Lecture Describe anddiscuss functionsof limbic system

PY10.7.8 Describe anddiscuss functions ofcerebral cortex,basal ganglia,thalamus,hypothalamus,cerebellum, and limbicsystem and theirabnormalities(Vertical integrationPsychiatry)

Demo: Bloodsupply of Brain

AN62.6 Describe &identify formation,branches & majorareas of distributionof circle of Willis

movements withmuscles producing themovements ofatlantooccipital joint &atlantoaxial joint

AN43.4 Describe thedevelopment anddevelopmental basis ofcongenital anomaliesof face, palate, tongue,branchial apparatus,pituitary gland thyroidgland & eye

AN43.7 Identify theanatomical structuresin 1) Plain x-ray skull,2) AP view and lateralview 3) Plain x-raycervical spine-AP andlateral view 4) Plain x-rayof paranasal sinuses

AN43.8 Describe theanatomical route usedfor carotid angiogramand vertebralangiogram.

AN43.9 Identifyanatomical structuresin carotid angiogramand vertebralangiogram

AN 43.5 Demonstrate-1) Testing of musclesof facial expression,

movements withmuscles producing themovements ofatlantooccipital joint &atlantoaxial joint



AN43.8 Describe theanatomical route usedfor carotid angiogramand vertebralangiogram.


AN 43.5 Demonstrate-1) Testing of musclesof facial expression,

10-11AM

Lecture:Parasympatheticganglia of Head &Neck

AN35.7 Describe thecourse and branchesof IX, X, XI & XII nervein the neck

Formative assessment BI7.7 Describe theapplications ofmolecular techniqueslike recombinant DNAtechnology PCR in thediagnosis & treatmentof diseases withgenetic basisSGD

Lecture 4: Growthhormone

PY8.2.3 Describe thesynthesis, secretion,transport,physiological action,regulation and effectof altered (hypo andhyper) secretion ofpituitary gland,thyroid gland,parathyroid gland,adrenal gland,pancreas andhypothalamus.

Extraocular muscles,muscles of mastication,2) Palpation of carotidarteries, facial artery,superficial temporalartery, 3) Location ofinternal and externaljugular veins, 4)Location of hyoid bone,thyroid cartilage andcricoids cartilage withtheir vertebral levels

AN 43.6 Demonstratesurface projection of-Thyroid gland, Parotidgland and duct,Pterion, Commoncarotid artery, Internaljugular vein,Subclavian vein,External jugular vein,Facial artery in the face& accessory nerve(Vertical integration-General Surgery,Radio diagnosis)

Extraocular muscles,muscles of mastication,2) Palpation of carotidarteries, facial artery,superficial temporalartery, 3) Location ofinternal and externaljugular veins, 4)Location of hyoid bone,thyroid cartilage andcricoids cartilage withtheir vertebral levels

AN 43.6 Demonstratesurface projection of-Thyroid gland, Parotidgland and duct,Pterion, Commoncarotid artery, Internaljugular vein,Subclavian vein,External jugular vein,Facial artery in the face& accessory nerve(Vertical integration-General Surgery,Radio diagnosis)

11-12PM

PY10.7.7 Describe &discuss functions ofcerebral cortex, basalganglia, thalamus,hypothalamus,cerebellum & limbicsystem & theirabnormalitiesLecture: Describe &discuss abnormalitiesof hypothalamus(Vertical integration-Psychiatry)

PY8.2.1 Describe thesynthesis, secretion,transport, physiologicalaction, regulation andeffect of altered (hypoand hyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus.Lecture2:Hypothalamus & hypo-

Practical embryologyBatch CDemo: Joints of headand neckBatch A

Surface anatomy &Radiology Head andneckBatch B

AN 43.1 Describe &

Formative assessment Experimental lab BatchA2Mosso’s Ergographand Hand Gripdynamometer

PY3.14

Haematology lab BatchA1Clinical examinationrespiratory system

Experimental labBatch B2Mosso’s Ergographand Hand Gripdynamometer

PY3.14

Haematology labBatch B1Clinical examinationrespiratory system

thalamo-pituitary axis demonstrate themovements withmuscles producing themovements ofatlantooccipital joint &atlantoaxial joint



AN43.8 Describe theanatomical route usedfor carotid angiogramand vertebralangiogram.Demo:


PY6.9 PY6.9

12-1PM

BI 7.7 Describe theapplications ofmolecular techniqueslike recombinant DNAtechnology PCR in thediagnosis & treatmentof diseases withgenetic basis

AETCOM

Batch B

BI11.17 Explain thebasis and rationale ofBiochemical test donein the followingconditions:- Diabetesmellitus, - dyslipidemia,- myocardial infarction,- renal failure,- gout, -proteinuria, - nephriticsyndrome, - oedema,jaundice,- liverdiseases, -pancreatitis,- disordersof acid-base balance, -thyroid disorders.

Batch A

BI 11.17 Explain thebasis and rationale ofBiochemical testdone in the followingconditions:- Diabetesmellitus, -dyslipidemia, -myocardial infarction,- renal failure,- gout, -proteinuria, -nephritic syndrome, -oedema, jaundice,-liver diseases, -pancreatitis,-disorders of acid-base balance, -thyroid disorders.

AN43.5 Demonstrate-1) Testing of musclesof facial expression,Extraocular muscles,muscles of mastication,2) Palpation of carotidarteries, facial artery,superficial temporalartery, 3) Location ofinternal and externaljugular veins, 4)Location of hyoid bone,thyroid cartilage andcricoids cartilage withtheir vertebral levels

AN43.6 Demonstratesurface projection of-Thyroid gland, Parotidgland and duct,Pterion, Commoncarotid artery, Internaljugular vein,Subclavian vein,External jugular vein,Facial artery in the face& accessory nerve

1-2PM LUNCH

2-4PM SPORTS

Experimental lab BatchA1Mosso’s Ergographand Hand Gripdynamometer

PY3.14

Haematology lab BatchA2Clinical examination

Experimental lab BatchB1Mosso’s Ergographand Hand Gripdynamometer

PY3.14

Haematology lab BatchB2Clinical examination

Small groupdiscussion/ tutorial/integrated learning/SDL/ early clinicalexposure

Demo: CraniocerebralrelationsDemo: Externalsurface of Brain &meninges

AN56 Describe &identify various layersof meninges with itsextent & modifications

respiratory system respiratory system

Batch B1

BI11.15 Describe &discuss thecomposition of CSF

B2 SGD with FA

Batch A1

BI11.33 Calculateenergy content ofdifferent food items,identify food items withhigh & low glycemicindex & explain theimportance of these inthe diet


TIME MONDAY02.03.20

TUESDAY03.03.20

WEDNESDAY04.03.20

THURSDAY05.03.20

FRIDAY06.03.20

SATURDAY07.03.20

8-9AM

Lec: Spinal Cord

AN57.1 Identifyexternal features ofspinal cord.AN57.2 Describeextent of Spinal Cord inchild and adult with itsclinical implication.

AN 57.3 Draw andlabel transversesection of Spinal Cordat mid cervical and midthoracic level

AN57.4 Enumerateascending anddescending tracts atmid-thoracic level ofSpinal Cord

Lec: Histology Nervoussystem I

AN68.1Describe andidentify multipolar andunipolar neurons,ganglia, peripheralnerve

AN68.2 Describe thestructure- functioncorrelation of neuron

AN68.3 Describe theultrastructure ofnervous tissue.

AN64.1 Describe andidentify the micro-anatomical features ofSpinal Cord(Horizontal integration

Lecture 6 Thyroidhormone.PY8.2.5 Describe thesynthesis, secretion,transport, physiologicalaction, regulation andeffect of altered (hypoand hyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus.

Lecture: Describe anddiscuss behaviouraland EEGcharacteristics duringsleep

PY10.8.1 Describe anddiscuss behaviouraland EEGcharacteristics duringsleep and mechanismresponsible for itsproduction.(Vertical integration-Psychiatry)

Lec: Cranial nervenuclei

AN62.1 Enumeratecranial nerve nucleiwith its functionalcomponent.

BI10.2 Describe anddiscuss humoral andcellular immuneresponses, self / non-self-recognition andthe central role of T-helper cells inimmune response.

AN57.5 Describeanatomical basis ofSyringomeliasyndrome.(Vertical integration-General Medicine)(Horizontal integrationwith Physiology)

with Physiology)

9-10AM

Demo: Spinal Cord

AN 57.1

AN 57.2

AN57.3

AN57.4

AN57.5

Demo: Medulla

AN58.1 Identifyexternal features ofMedulla oblongata.

BI10.1 Describeimmune system and itsdifferent components,namely in it andadaptive immuneresponse.

Lec: Pons & Midbrain

AN59.1 Identifyexternal features ofPons

AN59.2 Draw and labeltransverse section ofPons at the upper andlower level.

AN59.3 Enumeratecranial nerve nuclei inPons with theirfunctional group.

AN 61.1 Identifyexternal and internalfeatures of Midbrain

AN61.2 Describeinternal features ofMidbrain at the level ofsuperior and inferiorcolliculus.

AN61.3 Describe theanatomical basis andeffects of Benedikt’sand Weber’s

Lecture 7 Thyroidhormone (contd.)

PY8.2.6 Describe thesynthesis, secretion,transport, physiologicalaction and effect ofaltered (hypo andhyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus.

Demo: Midbrain

AN 61.1

AN 61.2

AN61.3

syndrome.(Vertical integration-General Medicine)(Horizontal integrationwith Physiology)

10-11AM

Demo: Spinal Cord

AN57.1

AN57.2

AN57.3

AN57.4

AN57.5

Demo: Medulla

AN58.1

Lec: Medulla

AN58.2 Describe thetransverse section ofmedulla oblongata atthe level of1)Pyramidaldecussation 2)Sensorydecussation 3) ION

AN58.3 Enumeratecranial nerve nuclei inmedulla oblongata withtheir functional group.

AN58.4 Describe theanatomical basis andeffects of medial andlateral medullarysyndromes.(Vertical integration-General medicine)(Horizontal integrationwith Physiology)

Demo: Pons

AN59.1

AN59.2

AN59.3

BI10.1 Describeimmune system and itsdifferent components,namely innate andadaptive immuneresponse.

Lecture : Describeand discussmechanismresponsible for sleepproduction

PY10.8.2 Describeand discussbehavioural and EEGcharacteristics duringsleep andmechanismresponsible for itsproduction.(Vertical integration-Psychiatry)

11-12PM

Lec 5- Growthhormone (cont..)

PY8.2.4 Describe thesynthesis, secretion,transport, physiologicalaction and effect ofaltered (hypo andhyper) secretion ofpituitary gland, thyroidgland, parathyroid

Lec- Describe &discuss abnormalitiesof limbic system (cont.)

PY10.7.10 Describe &discuss functions ofcerebral cortex, basalganglia, thalamus,hypothalamus,cerebellum & limbicsystem & their

Batch B & C- Demo:Medulla/ Pons

AN58.1-58.4

AN59.1-59.3

Batch A- Histology

AN64.1

Batch A & C- Demo:Medulla/ Pons

AN58.1-58.4

AN59.1-59.3

Batch B- Histology

AN64.1

Experimental labBatch A2- Recording oflung volumes &capacities

PY6.8 & PY6.10

Haematology labBatch A1- Clinicalexamination CVS

Experimental labBatch B2- Recordingof lung volumes &capacities

PY6.8 & PY6.10

Haematology labBatch B1- Clinicalexamination CVS

gland, adrenal gland,pancreas andhypothalamus.

abnormalities(Vertical integrationpsychiatry)

PY5.15 PY5.15

12-1PM

BI10.1 Describeimmune system and itsdifferent components,namely innate andadaptive immuneresponse.

AETCOM

BI11.23Batch B2Calculate energycontent of differentfood items, identifyfood items with high &low glycemic index &explain the importanceof these in the diet


BI11.23Batch A2Calculate energycontent of differentfood items, identifyfood items with high& low glycemic index& explain theimportance of thesein the diet

Batch A1 SGD withFA

1-2PM LUNCH

2-4PM

PSM2.5 Describepoverty & socialsecurity measures & itsrelationship to health &disease.

Experimental labBatch A1- Recording oflung volumes &capacities

PY6.8 & PY6.10

Haematology labBatch A2- Clinicalexamination CVS

PY5.15

Experimental labBatch B1- Recording oflung volumes &capacities

PY6.8 & PY6.10

Haematology labBatch B2- Clinicalexamination CVS

PY5.15


Batch A & B- Demo:Medulla/ Pons

AN58.1-58.4

AN59.1-59.3

Batch C- Histology

AN64.1

Batch B1

BI11.23 Calculateenergy content ofdifferent food items,identify food items withhigh & low glycemicindex & explain the

Batch A1

BI11.24 Enumerateadvantages and/ordisadvantages of useof unsaturated,saturated & trans fatsin food

importance of these inthe diet



TIME MONDAY09.03.20

TUESDAY10.03.20

WEDNESDAY11.03.20

THURSDAY12.03.20

FRIDAY13.03.20

SATURDAY14.03.20

8-9AM

Lec: Histology -Nervous SystemII

AN64.1 Describe andidentify themicroanatomicalfeatures ofcerebellum

HOLIDAY

PY10.5.1 Describe anddiscuss structureand function ofreticular activationsystem, autonomicnervous systemLectureDescribe anddiscuss structureand function ofreticular activationsystem(Horizontal integration-Anatomy)

Lec 8- Parathyroidhormone

PY 8.2.7 Describe thesynthesis, secretion,transport, physiologicalaction and effect ofaltered (hypo andhyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus.

Lec- cerebrum I

AN62.2 Describe &demonstrate surface,sulci, gyri, poles &functional areas ofcerebral hemisphere

BI10.2 Describeand discusshumoral andcellular immuneresponses,self/non-self-recognition & thecentral role of T-helper cells inimmune response

9-10AM

Demo- Cerebellum

AN60.1 Describe &demonstrate external &internal features ofcerebellum

AN60.2 Describeconnections ofcerebellar cortex andintracerebellar nuclei

AN60.3 Describeanatomical basis ofcerebellar dysfunction


Lec- Thalamus

AN62.5 Describeboundaries, parts,gross relations, majornuclei and connectionsof dorsal thalamus,hypothalamus,epithalamus,metathalamus andsubthalamus.(Vertical integration-General medicine)(Horizontal integration-Physiology)

PY10.5.2Describe anddiscuss structureand function ofreticular activationsystem, autonomicnervous systemLectureDescribe anddiscuss structureand function ofautonomic nervoussystem(Horizontal integration-Anatomy)

Lec- Ascending &descending tracts

AN57.4 Enumerateascending anddescending tracts atmid-thoracic level ofSpinal Cord

10-11AM

Demo: fourth ventricle

AN63.1 Describe &demonstrate parts,boundaries & featuresof IIIrd, IVth & lateralventricle

AN63.2 Describeanatomical basis ofcongenitalhydrocephalus(Vertical integration-pediatrics)(Horizontal integration-Physiology)

Lec- Cerebellum

AN60.1 Describe &demonstrate external &internal features ofcerebellum

AN60.2 Describeconnections ofcerebellar cortex andintracerebellar nuclei

AN60.3 Describeanatomical basis ofcerebellar dysfunction(Vertical integration-General medicine)(Horizontal integration-Physiology)

Demo- Third ventricle

AN63.1


Lec 9: Parathyroidhormone (cont..)

PY8.2.8Describe thesynthesis, secretion,transport,physiological actionand effect of altered(hypo and hyper)secretion of pituitarygland, thyroid gland,parathyroid gland,adrenal gland,pancreas andhypothalamus.

11-12PM

PY11.1 Describe anddiscuss mechanism oftemperature regulation

PY11.2 Describe anddiscuss adaptation toaltered temperature(heat and cold)

PY11.3 Describe anddiscuss mechanism offever, cold injuries andheat stroke

Lec- Describe anddiscuss mechanism oftemperature regulation.Describe and discussadaptation to alteredtemperature (heat andcold). Describe and

Batch A- HistoBatch B & C- Demodiencephalon

AN62.5

Batch B- HistoBatch A & C- Demodiencephalon

AN62.5

Experimental labBatch A2- Recording oflung volumes &capacities (revision)

PY6.8 & PY6.10

Haematology labBatch A1- Clinicalexamination CVS(revision)

PY5.15

Experimental labBatch B2- Recordingof lung volumes &capacities (revision)

PY6.8 & PY6.10

Haematology labBatch B1- Clinicalexamination CVS(revision)

PY5.15

discuss mechanism offever, cold injuries andheat stroke

12-1PM


Batch B2



Batch A2


Batch A1 SGD withFA

1-2PM LUNCH

2-4PM SPORTS

Experimental labBatch B1- Recording oflung volumes &capacities (revision)

PY6.8 & PY6.10

Haematology labBatch B2- Clinicalexamination CVS(revision)

PY5.15


Batch C- HistoBatch A & B- Demodiencephalon

AN62.5

Revision- Practical

TIME MONDAY16.03.20

TUESDAY17.03.20

WEDNESDAY18.03.20

THURSDAY19.03.20

FRIDAY20.03.20

SATURDAY21.03.20

8-9AM

Lec: Cerebrum -II

AN62.3 Describe thewhite matter ofcerebrum

Lec: Histology -Nervous System II

AN64.1 Describe andidentify themicroanatomical

Lecture 12 Adrenalcortex:

PY8.2.9 Describe thesynthesis, secretion,transport, physiological

Lecture: Describe anddiscuss mechanism ofmaintenance oftone, control of bodymovements, Postureand equilibrium and

Lec: Special senses BI10.3 Describeantigens,autoimmunity andconcepts involved invaccinedevelopment.

features of cerebrum action, regulation andeffect of altered (hypoand hyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus

vestibular apparatus

PY10.4.4 Describe anddiscuss motor tract,mechanism ofmaintenance of tone,control of bodymovements, Postureand equilibrium andvestibular apparatus(Vertical Integration-Psychiatry)

9-10AM

Demo: Cerebrum

AN62.2-62.3

(Vertical integrationGeneral Medicine)(Horizontal integrationPhysiology)

Demo: Lateralventricles

AN63.1

Bl10.2 Describe anddiscusshumoral and cellularimmune responses,self/non-self-recognition and thecentral role of T-helpercells in immuneresponse (SGD)

Lec: Limbic System

AN62.4Enumerate parts &major connections ofbasal ganglia & limbiclobe(Horizontal integrationwith Physiology)

Lecture 12 Adrenalcortex (contd.)

PY8.2.10Describe the synthesis,secretion, transport,physiological action,regulation and effect ofaltered (hypo andhyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus)

Lec: Blood Supply ofBrain

AN62.6Describe & identifyformation, branches& major areas ofdistribution of Circleof Willis(Vertical integrationGeneral Medicine)(Horizontalintegration withPhysiology)

10-11AM

Demo: Cerebrum

AN62.2

AN62.3

Demo- Brain sections Lec: Corpus Striatum

AN62.4 Enumerateparts & majorconnections of basalganglia & limbic lobe

Demo: Pathways ofspecial senses Cranialnerve I,II, VIII

BI10.2 Describe anddiscusshumoral and cellularimmune responses,self/non-selfrecognition and thecentral role of T-helpercells in immuneresponse (SGD)

Lecture: Describeand discussmechanism ofmaintenance of tone,control of bodymovements, Postureand equilibrium(contd.)

PY10.4.5Describe and discuss

motor tract,mechanism ofmaintenance of tone,control of bodymovements, Postureand equilibrium andvestibular apparatus(Horizontalintegration -Anatomy)

11-12PM

PY8.1 Describe thephysiology of bone andcalcium metabolism

Lecture: Describe anddiscuss structure andfunction of autonomicnervous system(contd.)

PY10.5.3 Describe anddiscuss structure andfunction of reticularactivation system,autonomic nervoussystem

Histo Batch A Demo:Batch B & CVentricular System

AN63.1-2

Histo batch BDemo Batch A & C :Ventricular System

AN63.1-2

Experimental LabBatch A2 Vitalography

PY 6.8Haematology lab BatchA1

Recording of ECG

PY5.13

Experimental LabBatch B2 Vitalography

PY 6.8Haematology labBatch B1

Recording of ECG

PY5.13

12-1PM

Bl10.2 Describeand discusshumoral andcellular immuneresponses,self/non-self-recognition and thecentral role of T-helper cells inimmune response

AETCOM

Small groupdiscussion/ Tutorial/Integrated Learning/Self directed learning/Early clinical exposure:Batch B1, B2

Small groupdiscussion/ Tutorial/Integrated Learning/Self directed learning/Early clinical exposureBatch B1, B2

1-2PM LUNCH

2-4PMPSM:3.1 Describe thehealth hazards of air,water, noise, radiationand pollution

Experimental LabBatch A1 Vitalography

PY6.8Haematology lab:

Experimental LabBatch B1 Vitalography

PY6.8Haematology lab:

Small groupdiscussion/ Tutorial/IntegratedLearning/Self directedlearning Early clinical

Histo batch CDemo Batch A & B:Ventricular System

AN63.1-2

Batch A2Recording of ECG

PY5.13

Batch B2Recording of ECG

PY5.13

exposureHisto batch C DemoBatch A & BVentricular System

AN63.1-2Batch B1

BI11.16 Observe useof commonly usedequipments/techniquesin biochemistrylaboratory including:Protein electrophoresisPAGE

SGD plasma proteinBatch B2

Batch A2

BI11.16 Observe useof commonly usedequipments/techniquesin biochemistrylaboratory including:Protein electrophoresisPAGE

SGD plasma proteinBatch A1

TIME MONDAY23.03.20

TUESDAY24.03.20

WEDNESDAY25.03.20

THURSDAY26.03.20

FRIDAY27.03.20

SATURDAY28.03.20

8-9AM

Lec- Development ofCNS I

AN64.2 Describe thedevelopment of neuraltube, spinal cord,medulla oblongata,pons, midbrain,cerebral hemisphere &cerebellum

Lec- Development ofCNS II

AN64.3 Describevarious types of openneural tube defectswith its embryologicalbasis

Lec- Speech

PY10.9 Describe &discuss thephysiological basis ofmemory, Learning &speech.(Vertical integration-Psychiatry)

Lec 14- Adrenalmedulla

PY8.2.14 Describe thesynthesis, secretion,transport, physiologicalaction, regulation andeffect of altered (hypoand hyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus)

Lec- Introduction tolower limb & anteriorcompartment of thigh I

AN15.2 Describe &demonstrate majormuscles with theirattachment, nervesupply & actions.

BI10.3 Describeantigens,autoimmunity andconcepts involved invaccinedevelopment.

9-10AM

Batch A- Embryo

AN64.2-64.3

Batch B- Radio

Batch B- Embryo

AN64.2-64.3

Batch C- Radio

BI10.3 Describeantigens, autoimmunityand concepts involvedin vaccinedevelopment.

Formative assessment PY7.1 Describestructure & function ofkidney

Demo- Generalfeatures of hip bone

AN14.2

Batch C- Demo: Brainsections

Batch A- Demo: Brainsections

AN20.7

10-11AM

Batch A- Embryo

AN64.2-64.3

Batch B- Radio

Batch C- Demo: Brainsections

Batch B- Embryo

AN64.2-64.3

Batch C- Radio

Batch A- Demo: Brainsections

Lec-Radiology Formative assessment BI10.3 Describeantigens, autoimmunityand concepts involvedin vaccinedevelopment.

Lec 15- Endocrine-pancreas

PY8.2.15 Describethe synthesis,secretion, transport,physiological action,regulation and effectof altered (hypo andhyper) secretion ofpituitary gland,thyroid gland,parathyroid gland,adrenal gland,pancreas andhypothalamus)

11-12PM

Lec- Memory &learning

PY10.9 Describe &discuss thephysiological basis ofmemory, Learning &speech.

Lec 13- Adrenal cortex(cont..)

PY8.2.15 Describe thesynthesis, secretion,transport, physiologicalaction, regulation andeffect of altered (hypoand hyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus)

Batch C- Embryo

AN64.2-64.3

Batch A- Radio

Batch B- Demo: Brainsections

Formative assessment Experimental LabBatch A2 Stethography

PY 6.9

Haematology lab BatchA1

Recording of ECG(revision)

PY5.13

Experimental LabBatch B2Stethography

PY 6.9

Haematology labBatch B1


PY5.13

12-1PM

BI10.3 Describeantigens, autoimmunityand concepts involvedin vaccinedevelopment.

AETCOM

Batch B2

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistry laboratoriesincluding DNA isolationfrom blood/ tissue

Batch B1- SGDDNA mutations &repair

Batch A2

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistrylaboratories includingDNA isolation fromblood/ tissue

Batch A1- SGDDNA mutations &repair

1-2PM LUNCH

2-4PM SPORTS

Experimental LabBatch A1 Stethography

PY 6.9



PY5.13

Experimental LabBatch B1 Stethography

PY 6.9

Haematology lab BatchB2


PY5.13

Small groupdiscussion/ Tutorial/IntegratedLearning/Self directedlearning Early clinicalexposure

Demo- Generalfeatures of femur

AN14.1 Identify thegiven bone, its side,important features &keep it in anatomicalposition.

Batch B2

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistry laboratoriesincluding proteinelectrophoresis

Batch A2

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistry laboratoriesincluding proteinelectrophoresis

Demo- Hip bone inrelation to lower limband land marks oflower limb

AN14.2 Identify &describe joints formedby the given bone

AN20.7 Identify &

Batch B1- SGDPlasma protein

Batch A1- SGDPlasma protein

demonstrate importantbony landmarks oflower limb: -Vertebrallevels of highest pointof iliac crest, posteriorsuperior iliac spines,iliac tubercle, pubictubercle, ischialtuberosity, adductortubercle,-Medial and lateralmalleoli, Condyles offemur and tibia,-Tibial tuberosity, Headof fibula sustentaculumtali, tuberosity of fifthmetatarsal, tuberosityof the navicular

TIME MONDAY30.03.20

TUESDAY31.03.20

WEDNESDAY01.04.20

THURSDAY02.04.20

FRIDAY03.04.20

SATURDAY04.04.20

8-9AM

Lec- Anteriorcompartment of thigh II( Femoral triangle &muscles)

AN15.2 Describe anddemonstrate majormuscles with theirattachment, nervesupply & action

AN15.3 Describe anddemonstrateboundaries, floor, roofand contents offemoral triangle

AN15.4 Explain

Lec- Anteriorcompartment of thighIII (nerves & vessels)

AN15.1 Describe anddemonstrate origin,course, relations,branches (ortributaries), terminationof important nervesand vessels of anteriorthigh.

AN15.5 Describe anddemonstrate adductorcanal with its content

PY8.4 Describefunction test Thyroidgland, Adrenal gland,Adrenal medulla andpancreas(Horizontal Integration-biochemistry)

PY7.3.1 DescribeGlomerular filtrationrate (GFR), filtrationbarrier, Factorsaffecting GFR

Lec: Posteriorcompartment ofthigh

AN16.4 Describe anddemonstrate thehamstring group ofmuscles with theirattachment, nervesupply and actions

Formativeassessment

anatomical basis ofPsoas abscess &Femoral hernia

9-10AM

Demo- Specialfeatures of femur

AN14.2 Identify &describe joints formedby the given bone

AN14.3 Describe theimportance ofossification of lowerend of femur & upperend of tibia

Demo- Femoraltriangle & contents

AN15.3

AN15.4

BI2.4 Describe &discuss the clinicalutility of various serumenzymes asbiochemical markers ofcommon pathologicalconditionsHepato-biliary systemc) Pancreatitisd) evaluate digestiveprocessStudent seminar

Lec- Gluteal region

AN16.1 Describe anddemonstrate origin,course, relations,branches (ortributaries), terminationof important nervesand vessels of glutealregion

AN16.2 Describeanatomical basis ofsciatic nerve injuryduring glutealintramuscularinjections

AN16.3 Explain theanatomical basis ofTrendelenburg sign

PY8.5 Describe themetabolic & endocrineconsequences ofobesity & metabolicsyndromes, stressresponseOutline the psychiatrycomponent pertainingto metabolic syndrome

Demo- patella

AN14.1

AN14.2

10-11AM

Diss- Anteriorcompartment of thigh

AN15.2

AN15.3

Femoral triangle &contents

AN15.3

AN15.4

Lec- Medialcompartment of thigh

AN15.2

Diss- Medialcompartment of thigh

AN15.2

BI2.4 Describe &discuss the clinicalutility of various serumenzymes asbiochemical markers ofcommon pathologicalconditionsBone disease- Chatwith ortho dept

PY7.3.2 Describeautoregulation ofGFR & renal bloodflow ( RBF)

11-12PM

Lec 16- Endocrinepancreas (cont...)

PY8.2.14 Describe thesynthesis, secretion,transport, physiologicalaction, regulation and

PY7.2 Describe thestructure & function ofjuxta glomerularapparatus & role ofrennin-angiotensinsystem

Demo- Specialfeatures of hip bone

AN14.2

Diss- Medialcompartment of thigh

AN15.2

Experimental LabBatch A2 Stethography(revision)

PY 6.9

Haematology lab Batch

Experimental LabBatch B2Stethography(revision)

PY 6.9

effect of altered (hypoand hyper) secretion ofpituitary gland, thyroidgland, parathyroidgland, adrenal gland,pancreas andhypothalamus)

A1

Examination of sensorysystem

PY10.11


Examination ofsensory system

PY10.11

12-1PM

BI2.4 Describe &discuss the clinicalutility of various serumenzymes asbiochemical markers ofcommon pathologicalconditionsa)Myocardialinfarction , Chat withclinician/ Cardiologist

AETCOM

Batch B2

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistry laboratoriesincluding ELISA,immune diffusion

Batch B1- SGDVaccine production,humoral immunity &HIV

Batch A2

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistrylaboratories includingELISA, immunediffusion

Batch A1- SGDVaccine production,humoral immunity &HIV

1-2PM LUNCH

2-4PM

PSM3.2 Describeconcepts ofsafe andwholesomewatersanitarysources of water, waterpurificationprocess, water qualitystandards,concepts ofwater conservation &rainwater harvesting

Experimental LabBatch A1 Stethography(revision)

PY 6.9



PY10.11

Experimental LabBatch B1 Stethography(revision)

PY 6.9



PY10.11

Small groupdiscussion/ Tutorial/IntegratedLearning/Self directedlearning Early clinicalexposure

Diss-Gluteal region

AN16.1

AN16.2

Batch B1 Batch B1

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistry laboratoriesincluding: DNAisolation fromblood/tissue.

Batch B2BI SGD DNA mutation& repair

BI11.16 Observe useof commonly usedequipments/techniques in bio-chemistry laboratoriesincluding: DNAisolation fromblood/tissue.

Batch B2BI SGD DNA mutation& repair

TIME MONDAY06.04.20

TUESDAY07.04.20

WEDNESDAY08.04.20

THURSDAY09.04.20

FRIDAY10.04.20

SATURDAY11.04.20

8-9AM

HOLIDAYLecture: Poplitealfossa

AN16.6 Describe anddemonstrate theboundaries, roof, floor,contents and relationsof popliteal fossa

PY7.3.3 Describe thetubular reabsorptionand secretion

PY4.1 Describe thestructure and functionsof digestive system(Horizontal integrationwith Anatomy)

HOLIDAYSelf direction learning

BI2.3 Poison and drugin enzymes inhibition

9-10AM

Demo: Generalfeatures of tibia &fibula

AN14.1

AN14.2

BI3.2 Describe thefunction ofcarbohydrate asenergy fuel, structuralelement and storage inthe human body

BI SLO B3.2.1 Shouldbe able to describerole of carbohydrate asenergy fuel in differentcells/organ and indifferent state (like wellfed/ fasting/ exercise/cancer etc)

Lecture: Hip Joint

AN17.1 Describe anddemonstrate the type,articular surfaces,capsule, synovialmembrane, ligaments,relations, movementsand muscles involved,blood and nervesupply, bursa aroundthe hip joint

AN17.2 Describeanatomical basis ofcomplications of

Dissection/ Demo:Popliteal fossa

AN16.6 Dissection:Posterior compartmentof thigh

AN16.4

Clinical casediscussion

fracture neck of femur

AN17.3 Describedislocation of hip jointand surgical hipreplacement

10-11AM

Dissection/ Demo:Popliteal fossa

AN16.6 Posteriortriangle of thigh

AN16.4

Diss/Demo: Hip joint

AN17.1

AN17.2

AN17.3

PY9.1.2 Describe anddiscuss sexdetermination ;sexdifferentiation and theirabnormalities andoutline psychiatry andpractical implication ofsex determination(Horizontal Integration-Anatomy)

11-12PM

PY9.1.1:Describe and discusssex determination ;sexdifferentiation and theirabnormalities andoutline psychiatry andpractical implication ofsex determination(Horizontal Integration-Anatomy)

Diss: Posteriorcompartment of thigh

AN16.4

Experimental LabBatch B2PerimetryPY 10.20Haematology lab BatchB1Examination of MotorsystemPY 10.11

12-1PM AETCOM BI: Seminar/ DebateVaccine

1-2PM LUNCH

2-4PMExperimental LabBatch A1Perimetry

Haematology labBatch B1 Examinationof Motor system

Small groupdiscussion/ Tutorial/Integrated Learning/

PY 10.20Haematology labBatch A2Examination of Motorsystem

PY 10.11

PY 10.11

Experimental LabBatch B1 Perimetry

PY 10.20


Examination of Motorsystem

PY 10.11

Self directed learningEarly clinical exposure

Batch B1

BI11.16 Observe useof commonly usedequipments/techniquesin biochemistrylaboratory including:ELISAImmunodiffusion

Batch B2SGD: Vaccineproduction, Humoralimmunity and HIV

Batch A1

BI11.16 Observe useof commonly usedequipments/techniquesin biochemistrylaboratory including:ELISAImmunodiffusion

Batch A2SGD: Vaccineproduction, Humoralimmunity and HIV

TIME MONDAY13.04.2020

TUESDAY14.04.2020

WEDNESDAY15.04.2020

THURSDAY16.04.2020

FRIDAY17.04.2020

SATURDAY18.04.2020

8-9AM

Lec: Knee joint

AN18.4 Describe anddemonstrate the type,articular surfaces,capsule, synovial

Lec: Front of leg &dorsum of foot

AN18.1 Describe anddemonstrate majormuscles of

PY9.2.1 Describe anddiscusspuberty: onset,progression,stages; early anddelayed puberty and

PY7.3.5 Describe therenal regulation ofpotassium, calcium,phosphate andmagnesium

Lec: Arches of foot

AN19.5 Describefactors maintainingimportance archesof the foot with its

Self-directed learning

BI5.5 Inborn errors ofmetabolism

membrane, ligaments,relations, movementsand muscles involved,blood and nerve supply,bursa around the kneejoint

AN18.5 Explain theanatomicalbasis of locking andunlocking of the kneejoint

AN18.6 Describe kneejoint injuries withits applied anatomy

AN18.7 Explainanatomicalbasis of Osteoarthritis

anterolateralcompartment of legwith their attachment,nerve supply andactions

AN18.2 Describe anddemonstrate origin,course, relations,branches (ortributaries),termination ofimportant nervesand vessels of anteriorcompartment of leg

AN18.3 Explain theanatomical basis offoot drop

outlineadolescent clinical andpsychologicalassociation

importance

AN19.6 Explain theanatomical basis ofFlat foot & Club foot

9-10AM

Diss/Demo: Knee joint

AN 18.4

AN 18.5

AN 18.6

AN 18.7

Demo: Articulated footIAN20.1 Describe anddemonstrate the type,articular surfaces,capsule, synovialmembrane, ligaments,relations, movementsand muscles involved,blood and nervesupply of tibiofibularand ankle jointAN20.2 Describe thesubtalar andtransverse tarsal joints

AN19.5 Describefactors maintainingimportance arches of

BI3.9 Discuss andinterpretlaboratory results ofanalytes associatedwith metabolism ofCarbohydrates anddisorder ofcarbohydratemetabolismGTT/OGTT and GDM(Vertical integrationsession with OBG)

Lec: Sole of foot

AN19.4 Explain theanatomical basis ofrupture of calcanealTendon

AN19.7 Explain theanatomical basis ofMetatarsalgia &Plantar fasciitis

AN20.7 Identify anddemonstratesustentaculum tali,tuberosity of fifthmetatarsal, tuberosityof the Navicular

PY4.2.2 Describe thecomposition,mechanism ofsecretion, functions,and regulation ofsaliva, gastric,pancreatic, intestinaljuices andbile secretion(Horizontal Integration-Biochemistry)

Dissection/ demo:Popliteal fossa

AN16.6 Dissection:Posteriorcompartment of thigh

AN16.4

the foot with itsimportance


AN20.2 Describe thesubtalar andtransverse tarsal joints

AN19.4 Explain theanatomical basis ofrupture of calcanealtendon

AN20.1 Describe anddemonstrate the type,articular surfaces, andmuscles involved,blood and nervesupply of tibiofibularand ankle jointcapsule, synovialmembrane, ligaments,relations, movements

10-11AM

Diss/Demo: Knee joint

AN 18.4

AN 18.5

AN 18.6

AN 18.7

Diss: Front of leg &dorsum of foot

AN18.1

AN18.2

AN18.3

Lec: Medial, lateral &posterior compartmentof leg

AN19.1 Describe anddemonstrate the majormuscles of back of legwith their attachment,nerve supply andactions

AN19.2 Describe anddemonstrate the origin,course, relations,branches/tributaries,termination ofimportant nerves andvessels of back of leg

AN19.3 Explain theconcept of “Peripheral

Diss: Lateral &posterior compartmentof leg


AN19.2 Describe anddemonstrate the origin,course, relations,branches (ortributaries), terminationof important nervesand vessels of back ofleg

AN19.3 Explain the

BI5.5 Interpretlaboratory results ifanalytes associatedwith metabolism ofamino acids & proteinsIn born errors ofmetabolismSGD(Vertical integration-medicine/paediatricsgenetics)

PY7.3.6 Describe thereabsorption ofglucose & proteins

heart”



concept of “Peripheralheart”


11-12PM

PY4.2.1 Describe thecomposition,mechanism of secretion,functions & regulation ofsaliva, gastric,pancreatic, intestinaljuices & bile secretion

PY9.2.2 Describe &discuss puberty: onset,progression, stages;early & delayed puberty& outline adolescentclinical & psychologicalassociation

PY7.3.4 Describe thereabsorption ofsodium, chloride, urea& water

Demo: Talus &calcaneum

AN20.7 Identify &demonstratesustentaculum tali,tuberosity of fifthmetatarsal, tuberosityof the navicular

Dissection: Front of leg& dorsum of foot

AN18.1 Describe anddemonstrate majormuscles ofanterolateralcompartment of legwith their attachment,nerve supply andactions

AN18.2 Describe anddemonstrate origin,course, relations,branches (ortributaries),termination ofimportant nervesand vessels of anterior

Dissection: Lateral &posterior compartmentof leg



AN19.3 Explain theconcept of “Peripheralheart”


Experimental lab-Batch A2: Perimetry

PY10.20Haematology lab-Batch A1: Examinationof motor system

PY10.11

Experimental lab-Batch B2: Perimetry(Revision)

PY10.20Haematology lab-Batch B1:Examination ofSensory & motorsystem (Revision)

PY10.11

12-1PM

BI3.9 Discuss &interpret laboratoryresults of analytesassociated withmetabolism ofcarbohydrates &disorder of carbohydratemetabolism(Vertical integration withMedicine/Endocrinology)

AETCOM

Batch B2

BI11.16 Observe useof commonly usedequipment/ techniquesin biochemistrylaboratory includingelectrolyte analysis byISE ABG analyser

BI11.17: SGDElectrolyte imbalance& compensatorymechanism of acidbalance Batch B1

Batch A2

BI11.16 Observe useof commonly usedequipment/techniques inbiochemistrylaboratory includingelectrolyte analysisby ISE ABG analyser

BI11.17: SGDElectrolyte imbalance& compensatorymechanism of acid

compartment of leg


balance Batch A1

1-2PM LUNCH

2-4PM

PSM3.3 Describe theetiology and basis ofwater borne diseases,jaundice, hepatitis,diarrheal disease

Experimental lab-Batch A1: Perimetry(Revision)

PY10.20Haematology lab-Batch A2: Examinationof Sensory & motorsystem (Revision)

PY10.11

Experimental lab-Batch B1: Perimetry(Revision)

PY10.20Haematology lab-Batch B2: Examinationof Sensory & motorsystem (Revision)

PY10.11


Demo: Arches of foot

AN19.5 Describefactors maintainingimportant arches of thefoot with its importance

AN19.6 Explain theanatomical basis of flatfoot & club foot

Dissection: Sole of foot


AN19.5

AN19.6

AN19.7 Explain theanatomical basis ofmetatarsalgia & plantarfasciitis

Batch B1

BI 11.16 Observe useof commonly usedequipment/ techniquesin biochemistrylaboratory includingelectrolyte analysis byISE ABG analyser

BI11.17: SGDElectrolyte imbalance& compensatorymechanism of acidbalance Batch B2

Batch A1

BI 11.16 Observe useof commonly usedequipment/ techniquesin biochemistrylaboratory includingelectrolyte analysis byISE ABG analyser

BI11.17: SGDElectrolyte imbalance& compensatorymechanism of acidbalance Batch A2

TIME MONDAY20.04.20

TUESDAY21.04.20

WEDNESDAY22.04.20

THURSDAY23.04.20

FRIDAY24.04.20

SATURDAY25.04.20

8-9AM

Lec- Demo: Overviewof nerves of lower limb

AN18.2 Describe and

Lec- Demo: Overviewof arteries, veins &lymphatic drainage oflower limb

PY7.3.8 Describe thecounter-currentmechanism: multiplier& exchanger

PY4.3.1 Describe GITmovement, regulation& functions. Describedefecation reflex.

Revision: soft parts(Lower limb)

Revision

demonstrate origin,course, relations,branches (ortributaries),termination ofimportant nervesand vessels of anteriorcompartment of leg



AN18.3Explain the anatomicalbasis of foot

AN20.5 Explainanatomical basis ofvaricose veins anddeep vein thrombosis

AN20.8 Identify &demonstrate palpationof femoral, popliteal,post tibial, anti tibial& dorsalis pedis bloodvessels in a simulatedenvironment

AN20.9 Identify &demonstrate Palpationof vessels (femoral,popliteal,dorsalis pedis,post tibial), Midinguinal point, Surfaceprojection of: femoralnerve, Saphenousopening, Sciatic, tibial,common peroneal &deep peroneal nerve,Great and smallsaphenous veins

AN20.4 Explainanatomical basis ofenlarged inguinallymph nodes

AN20.3Describe anddemonstrate Fascialata, Venous drainage,Lymphatic drainage,Retinacula &Dermatomes of lowerlimb

Explain role of dietaryfibres

9-10AM

Digital Displayer:Below Knee

Demo: Small joints offoot


AN19.7 Explain theanatomical basis ofMetatarsalgia & Plantarfasciitis

AN18.7 Explainanatomical basis ofOsteoarthritis

BI4.6 Interpretlaboratory resultsassociated with lipidmetabolism Debate onrole of cholesterol inhealth and disease

Demo: SurfaceAnatomy andRadiology

AN20.6 Identify thebones and joints oflower limb seen inanteroposterior andlateral viewradiographs of variousregions of lower limb

AN20.7 Identify &demonstrateimportant bonylandmarks of lowerlimb: Vertebral levels ofhighest point of iliaccrest, posteriorsuperior iliac spines,iliac tubercle, pubictubercle, ischialtuberosity, adductortubercle, -Tibialtuberosity, head offibula, -Medial andlateral malleoli,Condyles of femur andtibia, sustentaculumtali, tuberosity of fifthmetatarsal, tuberosityof the navicular

PY7.3.9 DescribeQuantification of urine:concentration anddilution. Disorders ofurinary concentratingability

Revision: Hard parts(Lower Limb)

10-11AM

Diss: Sole of foot


Revision: Soft parts(Lower Limb)

Lec: Radiology&Surface Anatomy

AN20.6 Identify thebones andjoints of lower limbseen in

Demo: SurfaceAnatomy andRadiology

AN20.6 Identify thebones and joints oflower limb seen in

Biochemistry Revision PY9.3.1 Describemale reproductivesystem: functions oftestis and control ofspermatogenesis &factors modifying itand outline its

AN19.5 Describefactors maintainingimportance arches ofthe foot with itsimportance


AN19.7 Explain theanatomical basis ofMetatarsalgia & Plantarfasciitis

anteroposterior andlateral viewradiographs of variousregions of lower limb

AN20.7 Identify &demonstrateimportant bonylandmarks of lowerlimb: Vertebral levelsof highest point of iliaccrest, posteriorsuperior iliac spines,iliac tubercle, pubictubercle, ischialtuberosity, adductortubercle, Tibialtuberosity, head offibula, - Medial andlateral malleoliCondyles of femur andtibia, sustentacu lumtali, tuberosity of fifthmetatarsal, tuberosityof the navicular

anteroposterior andlateral viewradiographs of variousregions of lower limb

AN20.7 Identify &demonstrate importantbony landmarks oflower limb: -Vertebrallevels of highest pointof iliac crest, posteriorsuperior iliac spines,iliac tubercle, pubictubercle, ischialtuberosity, adductortubercle, -Tibialtuberosity, head offibula, Medial andlateral malleoli,Condyles of femur andtibia, sustentaculumtali, tuberosity of fifthmetatarsal, tuberosityof the navicula

association withpsychiatric illness

11-12PM

PY7.3.7 Describe theRegulation oftubular reabsorption

PY9.2.2 Describe anddiscusspuberty: onset,progression, stages;early and delayedpuberty and outlineadolescent clinical andpsychologicalassociation

Revision: Joints oflower Limb

Revision: Soft parts(Lower Limb)

Experimental Lab-Batch A2- Revision

Haematology labBatch A1- Revision

Experimental Lab-Batch B2- Revision

Haematology labBatch B1- Revision

12-1PM

BI4.6 Interpretlaboratory resultsassociated with lipidmetabolism(Vertical integration-Medicine/ cardiology)

AETCOM

BI11.17 Explain thebasis & rationale ofbio-chemical testsdone in the followingconditions- DM & GTTBatch B2

BI11.17 Explain thebasis & rationale ofbio-chemical testsdone in the followingconditions- DM & GTTBatch A2

SGD- Batch B1Case discussion-integration ofmetabolism

SGD- Batch A1Case discussion-integration ofmetabolism

1-2PM LUNCH

2-4PM SPORTS

Experimental Lab-Batch A1- Revision

Haematology labBatch A2- Revision

Experimental Lab-Batch B1- Revision

Haematology labBatch B2- Revision


Revision:Hard parts (LowerLimb)

Batch B1

BI 11.17 Explain thebasis & rationale ofbio-chemical testsdone in the followingconditions- DM & GTT

SGD- Batch B2Case discussion-integration ofmetabolism

Batch A1

BI 11.17 Explain thebasis & rationale ofbio-chemical testsdone in the followingconditions- DM & GTT

SGD- Batch A2Case discussion-integration ofmetabolism

TIME MONDAY27.04.20

TUESDAY28.04.20

WEDNESDAY29.04.20

THURSDAY30.04.20

FRIDAY1.05.20

SATURDAY2.05.20

Mid Term – II: 27th April-7thMay 2020

TIME MONDAY04.05.20

TUESDAY05.05.20

WEDNESDAY06.05.20

THURSDAY07.05.20

FRIDAY08.05.20

SATURDAY09.05.20

8-9AM

MID- TERMINAL-II EXAMINATION27th April-7thMay 2020

9-10AM10-11AM11-12PM

12-1PM

1-2PM LUNCH

SUMMER VACATION

2-4PM

MID- TERMINAL-II EXAMINATION27th April-7thMay 2020

TIME MONDAY11.05.20

TUESDAY12.05.20

WEDNESDAY13.05.20

THURSDAY14.05.20

FRIDAY15.05.20

SATURDAY16.05.20

8-9AM

SUMMER VACATION

9-10AM10-11AM11-12PM12-1PM

1-2PM

2-4PM

TIME MONDAY18.05.20

TUESDAY19.05.20

WEDNESDAY20.05.20

THURSDAY21.05.20

FRIDAY22.05.20

SATURDAY23.05.20

8-9AM

Lec- Introduction toabdomen, Insiturelations of abdominalviscera

AN44.1 Describe &demonstrate thePlanes (transpyloric,transtubercular,subcostal, lateral

Lec- Histology(stomach)

AN52.1 Describe &identify themicroanatomicalfeatures of fundus &pylorus of stomach.

PY7.5.1 Describe therenal regulation of ECFvolume

PY4.4.1 Describe thephysiology of digestion& absorption ofnutrients(Horizontal integration-Biochemistry)

Lec- Peritoneum

AN47.1 Describe &identify boundaries andrecesses of Lesser &Greater sac

HOLIDAY(EID-UL-FITR)

vertical, linea alba,linea semilunaris),regions & Quadrants ofabdomen(Vertical integration-General surgery)

9-10AM

Demo- Bonylandmarks, Planes,abdominal quadrants

AN44.1 Describe &demonstrate thePlanes (transpyloric,transtubercular,subcostal, lateralvertical, linea alba,linea semilunaris),regions & Quadrants ofabdomen

Lec- Anteriorabdominal wall I

AN44.2 Describe &identify the Fascia,nerves & blood vesselsof anterior abdominalwall

AN44.3 Describe theformation of rectussheath and its contents

AN44.6 Describe &demonstrateattachments ofmuscles of anteriorabdominal wall

SGD Lec- Inguinal Region &Testis.

AN44.4 Describe &demonstrate extent,boundaries, contentsof inguinal canalincluding Hasselbach’striangle

AN46.1 Describe &demonstrate coverings,internal structure, sidedetermination, bloodsupply, nerve supply,lymphatic drainage &descent of testis withits applied anatomy

AN46.2 Describe partsof Epididymis

AN46.3 Describe Penisunder followingheadings: parts,components, bloodsupply and lymphaticdrainage

AN46.4 Explain theanatomical basis ofVaricocele

AN46.5 Explain the

PY7.5.2 Describe therenal regulation ofosmolality

anatomical basis ofPhimosis &Circumcision.

AN44.5 Explain theanatomical basis ofinguinal Hernia(Vertical integrationGeneral Surgery)

10-11AM

Demo: Lumbarvertebrae

Diss: AnteriorAbdominal Wall.

AN44.2

AN44.3

AN44.6

Lec: Anterior

Abdominal Wall- II.

AN44.2

AN44.3

AN44.6

SDL: Hip Bone, lumbarvertebrae and anteriorabdominal wall

SGD

BI8.6 Summarize thenutritional importanceof commonly useditems of food includingfruits and vegetables(macro-molecules & itsimportance)(Vertical integrationwith PSM department)

11-12PM

PY7.4.2 Describe anddiscuss thesignificance andimplications of renalclearance.

PY9.3.2 Describe malereproductive system:functions of testis andcontrol ofspermatogenesis andfactors modifying it andoutline its associationwith psychiatric illness

Prac: Histo (Batch A)/Diss: AnteriorAbdominal Wall andDemo- Hip bone(Relevant to abdomen)(Batch B & C)

AN44.2

AN44.3

AN44.6

AN53.1

Histo: AN52.13

Prac: Histo (Batch B)/Diss: AnteriorAbdominal Wall (BatchA & C)

Diss:

AN44.2

AN44.3

AN44.6

Histo: AN52.13

Experimental LabBatch A2 CPCR(Revision)

PY 11.14

Haematology lab BatchA1 Reflexes (Revision)

PY 10.11

12-1PM

SGD

AETCOM

1-2PM LUNCH

2-4PM PSM3.4. Describe theconcept of solid waste,

Experimental LabBatch A1 CPCR

Experimental LabBatch B1 CPCR

Small groupdiscussion/ Tutorial/

Prac: Histo (Batch C),Diss: Anterior

human excreta andsewage disposal PY 11.14

Haematology lab BatchA2 Reflexes

PY 10.11

PY 11.14

Haematology lab BatchB2 Reflexes

PY 10.11

Integrated Learning/Self directed learningEarly clinical exposure

Abdominal Wall andDemo- Hip bone(Relevant to abdomen)(Batch B & A)

AN44.2

AN44.3

AN44.6

AN53.1

Histo: AN52.13

BI 11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese with pathologicalstates. Batch B1

BI 11.17

Batch B2 studentseminar on jaundice

BI 11.20 Identifyabnormal constituentsin urine interpret thefindings and correlatethese with pathologicalstates. Batch A1

BI 11.17

Batch A2 studentseminar on jaundice

TIME MONDAY25.05.20

TUESDAY26.05.20

WEDNESDAY27.05.20

THURSDAY28.05.20

FRIDAY29.05.20

SATURDAY30.05.20

8-9AM

Lec: Stomach &coeliac axis

AN47.5

AN47.6.1 Explain theanatomical basis ofDifferent types ofvagotomy & Lymphaticspread in carcinomastomach(Vertical integration-General surgery)

Lec: Histology (smallintestine & largeintestine)

AN52.14 Describe &identify themicroanatomicalfeatures of duodenum

AN52.15 Describe &identify themicroanatomicalfeatures of jejunum

AN52.16 Describe &identify themicroanatomicalfeatures of ileum

PY9.4.2 Describefemale reproductivesystem: (a) functions ofovary and its control;(b) menstrual cycle-hormonal, uterine andovarian changes

PY7.5.4 Describe theclinical causes of acidbase balance

Lec: Colon & appendix

AN47.5

AN47.6.8 Explain theanatomical basis ofReferred pain aroundumbilicus

AN52.17 Describe &identify themicroanatomicalfeatures of largeintestine

AN52.18 Describe &identify themicroanatomicalfeatures of appendix

9-10AM

Demo: Testis

AN47.5 Describe &demonstrate majorviscera of abdomenunder followingheadings: Anatomicalposition, external andinternal features,important peritonealand other relations,blood supply, nervesupply, lymphaticdrainage and appliedaspects

Diss: Stomach &coeliac axis

AN47.5

AN47.6.1

BI9.1 Describe thehormones synthesisedfrom kidney, thyroid,pituitary and adrenalglandsSGD with PBL/ casediscussion

Lec- Small intestine II

AN47.5

PY4.5.1 Describe thesource of GIThormones, theirregulation & functions

Diss- Intestine

AN47.5

10-11AM

Demo: Peritoneum

AN47.1 Describe &identify boundaries andrecesses of Lesser &Greater sac(Vertical integration-General surgery)

Diss: Stomach &coeliac axis

AN47.5

AN47.6.1

Lec- Small intestine I(duodenum)

AN47.5

Demo: Colon &appendix

AN47.5

AN47.6.7 Explain theanatomical basis ofReferred pain aroundumbilicus


11-12PM

PY4.4.2 Describe thephysiology of digestion& absorption ofnutrients(Horizontal integration-

PY7.5.3 Describe theclinical causes of acidbase balance

Batch A- Histology

AN52.14-52.18

Batch B & C- Diss-

Batch B- Histology

AN52.14-52.18

Batch A & C- Diss-

Experimental LabBatch A2 Examinationof cranial nerves ( I &V)

Biochemistry) Intestine

AN47.5

Intestine

AN47.5

PY10.11, PY10.20

Haematology labBatch A1 Examinationof cranial nerves (II, III,IV & VI)PY 10.11 & PY10.20

12-1PM


AETCOM

Batch B

BI11.17 Seminar onthyroid disorder &calcium homeostasis

1-2PM LUNCH

2-4PM SPORTS

Experimental LabBatch A1 Examinationof cranial nerves ( I &V)

PY 10.11, PY10.20

Haematology labBatch A2 Examinationof cranial nerves (II, III,IV & VI)

PY 10.11 & PY10.20

Experimental LabBatch B1 Examinationof cranial nerves ( I &V)

PY 10.11, PY10.20

Haematology labBatch B2 Examinationof cranial nerves (II, III,IV & VI)

PY 10.11 & PY10.20


Batch C- Histology

AN52.14-52.18

Batch A & B- Diss-Intestine

AN47.5

Batch B2

BI 11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese with pathologicalstates

Batch B1

Batch A2

BI 11.20 Identifyabnormal constituentsin urine, interpret thefindings and correlatethese with pathologicalstates

Batch A1

BI11.17 Studentseminar on jaundice

BI11.17 Studentseminar on jaundice

TIME MONDAY01.06.20

TUESDAY02.06.20

WEDNESDAY03.06.20

THURSDAY04.06.20

FRIDAY05.06.20

SATURDAY06.06.20

8-9AM

Lec- Spleen

AN47.5

Lec: Histology (Liver,Pancreas & gallbladder)

AN52.19 Describe &identify themicroanatomicalfeatures of Liver

AN52.110 Describe &identify themicroanatomicalfeatures of pancreas

AN52.111 Describe &identify themicroanatomicalfeatures of gall bladder

PY7.7 Describeartificial kidney, dialysis& renal transplantation(Vertical integration-General medicine)

PY4.5.2 Describe thesource of GIThormones, theirregulation & functions

Lec- Blood supply ofGIT

AN47.9 Describe &identify the origin,course, importantrelations and branchesof Abdominal aorta,Coeliac trunk, Superiormesenteric, Inferiormesenteric & Commoniliac artery

Student seminar onimmunology

9-10AM

Diss/ Demo- Spleen

AN47.5

Lec: Liver

AN47.5

AN47.6.3 Explain theanatomical basis ofLiver biopsy (site ofneedle puncture),Referred pain incholecystitis,Obstructive jaundice

BI9.7 SGD Describethe role of oxidativestress in thepathogenesis ofconditions such ascancer, complicationsof DM &atherosclerosis(Vertical integration-Pathology)

Lec- Gall bladder,Pancreas & extrahepatic billiaryapparatus

AN47.5

AN47.6.5

AN47.7

PY7.8 Describe &discuss renal functiontest(Horizontal integration-Biochemistry)

SDL- Colon, liver,spleen, pancreas &extra hepatic billiaryapparatus

10-11AM

SDL- Stomach, celiacaxis & small intestine

Demo- Liver

AN47.5

AN47.6.3

Demo- Liver

AN47.5

AN47.6.3

Demo- Gall bladder,Pancreas & extrahepatic billiaryapparatus

AN47.5

AN47.6.5

AN47.7

Student seminar onimmunology

PY9.6 Enumerate thecontraceptive methodof male & female.Discuss theiradvantages &Disadvantages

11-12PM

PY7.6 Describe theinnervations of urinarybladder, physiology ofmicturation & itsabnormalities

PY9.5 Describe &discuss thephysiological effects ofsex hormones

Batch A- Histology

AN52.19

AN52.110

AN52.111

Batch B & C- Diss:Intestine liver & extrahepatic billiaryapparatus

AN47.5

AN47.6.3

AN47.6.5

AN47.7 Mention theclinical importance ofCalot’s triangle

Batch B- Histology

AN52.19

AN52.110

AN52.111

Batch A & C- Diss:Intestine liver & extrahepatic billiaryapparatus

AN47.5

AN47.6.3

AN47.6.5

Experimental LabBatch A2 Examinationof cranial nerves ( I &V) (revision)

PY10.11, PY10.20Haematology labBatch A1 Examinationof cranial nerves (II, III,IV & VI) (revision)

PY 10.11 & PY10.20

Experimental LabBatch B2Examination ofcranial nerves ( I & V)

PY10.11, PY10.20Haematology labBatch B1Examination ofcranial nerves (II, III,IV & VI)

PY 10.11 & PY10.20

12-1PM

SGD

BI9.4 Describe variousbiochemical tumormarkers & thebiochemical basis ofcancer therapy(Vertical integration-Radiotherapy)

AETCOM

Batch B2

BI11.17 Estimation ofuric acid

Batch B1

BI11.17 PBL on gout &hyperuricemia

Batch A2


Batch A1

BI11.17 PBL on gout& hyperuricemia

1-2PM LUNCH

2-4PM

PSM3.5 Describe thestandards of housing &effects of housing onhealth.

Experimental LabBatch A1 Examinationof cranial nerves ( I &V) (revision)

PY 10.11, PY10.20

Experimental LabBatch B1 Examinationof cranial nerves ( I &V) (revision)


Batch C- Histology

AN52.19

AN52.110

Haematology labBatch A2 Examinationof cranial nerves (II, III,IV & VI) (revision)

PY 10.11 & PY10.20

PY 10.11, PY10.20

Haematology labBatch B2 Examinationof cranial nerves (II, III,IV & VI) (revision)

PY 10.11 & PY10.20

AN52.111

Batch A & B- Diss:Intestine liver & extrahepatic billiaryapparatus

AN47.5

AN47.6.3

AN47.6.5

Batch B1


Batch B2


Batch A1


Batch A2


TIME MONDAY08.06.20

TUESDAY09.06.20

WEDNESDAY10.06.20

THURSDAY11.06.20

FRIDAY12.06.20

SATURDAY13.06.20

8-9AM

Lec: Kidney & Ureter

AN47.5

AN47.6.9 Explain theanatomical basis ofradiating pain ofKidney to groin

Lec: Histology (Kidney,Ureter & Bladder)

AN52.21 Describe andidentify themicroanatomicalfeatures of kidney

AN52.22 Describe andidentify themicroanatomicalfeatures of Ureter

AN52.23 Describe andidentify themicroanatomicalfeatures of Urinarybladder

PY9.7 Describe anddiscuss the effects ofremoval of gonads onphysiological functions

PY4.7 Describe anddiscuss the structureand functions of liverand gall bladder.( HorizontalIntegration –Biochemistry)

Lec: PosteriorAbdominal Wall

AN47.9 Describe &identify the origin,course, importantrelations and branchesof Abdominal aorta,Coeliac trunk, Superiormesenteric, Inferiormesenteric & commoniliac artery.

AN45.1 DescribeThoracolumbar fascia

AN45.2 Describe &demonstrate Lumbarplexus for its root

SGD

BI8.2 Describe thetypes and causes ofprotein energymalnutrition and itseffects.(Vertical Integration-Paediatrics and earlyclinical exposure)

value, formation &branches

AN45.3 Mention themajor subgroups ofback muscles, nervesupply and action

AN47.12 Describeimportant nerveplexuses of posteriorabdominal wall

9-10AM

Demo: Kidney, Ureter& Suprarenal gland

AN47.5


Lec: Embryology GIT –I

AN52.6 Describe thedevelopment andcongenital anomaliesof Foregut, Midgut andHindgut.(Vertical Integration-General Surgery)

SGD

BI8.2 Describe thetypes and causes ofprotein energymalnutrition and itseffects.(Vertical Integration-Paediatrics) and earlyclinical exposure

Lec: Embryology GIT –III

AN52.6

PY9.8 Describe anddiscuss the physiologyof pregnancy,parturition &associated with it.lactation and outlinethe psychology andpsychiatry-disorders

SDL: Kidney, Ureter,Posterior Abdominalwall.

AN47.5

AN47.6

10-11AM

Demo: Kidney, ureter &Suprarenal gland

AN47.5


Demo: Lymphaticdrainage and bloodsupply of Abdomen

AN47.9

Lec: Embryology GIT –II

AN52.6

Diss: Kidney, Ureter,Posterior Abdominalwall.

AN47.5

AN47.6

SGD

BI8.2 Describe thetypes and causes ofprotein energymalnutrition and itseffects.(Vertical Integration-Paediatrics) and earlyclinical exposure

PY4.8.1: Describeand Discuss gastricfunction tests,pancreatic exocrinefunction tests andLiver function test.( HorizontalIntegration –Biochemistry)

11-12PM

PY4.6: Describe theGut- Brain Axis

PY7.9 Describecystometry and discussthe normalcystometrogram.

Prac: Histo ( Batch A),Embryology ( Batch B),Diss: PosteriorAbdominal Wall (BatchC)

Diss:

Prac: Histo ( Batch B),Embryology ( Batch C)Diss: PosteriorAbdominal Wall (BatchA)

Diss:

Experimental lab-Batch A2Examination of Cranialnerves (VII&VIII)

PY10.11

PY10.16

Experimental lab-Batch B2Examination ofCranial nerves(VII&VIII)

PY10.11

AN45.1

AN45.2

AN45.3

AN47.9

AN47.12

Histo:AN52.21

AN52.22

AN52.23

Embryo:

AN52.6

AN45.1

AN45.2

AN45.3

AN47.9

AN47.12

Histo:AN52.21

AN52.22

AN52.23

Embryo:

AN52.6

PY10.20

Haematology lab:Batch A1Examination of Cranialnerves (IX-XII)PY10.11PY10.20

PY10.16

PY10.20

Haematology lab:Batch B1Examination ofCranial nerves (IX-XII)PY10.11

PY10.20

12-1PM

BI8.2 SGDDescribe the types andcauses of proteinenergy malnutritionand its effects.(Vertical Integration-Paediatrics) and earlyclinical exposure

AETCOM

Batch B2

BI11.17 Explain thebasis and rationale ofbiochemical tests donein the followingconditions: renal failureproteinuria, - nephriticsyndrome,- oedema

Batch B1 PBL on renaldisorders

Batch A2

BI11.21, BI11.22Biochemistryrevision:Glucose/Protein/creatinine/ urea

BI11.17 Explain thebasis and rationale ofbiochemical testsdone in the followingconditions: renalfailure proteinuria, -nephritic syndrome,-oedema

Batch A1 PBL onrenal disorders

1-2PM LUNCH

2-4PM SPORTS

Experimental lab-Batch A1Examination of Cranialnerves (VII&VIII)

PY 10.11

Experimental lab-Batch B1Examination of Cranialnerves (VII&VIII)

PY 10.11

Small groupdiscussion/tutorial/integratedlearning/self directedlearning/early clinicalexposure

Prac: Histo ( Batch C),Embryology ( Batch A)Diss: PosteriorAbdominal Wall (BatchB)Diss:

PY 10.16

PY 10.20

Haematology lab:Batch A2Examination of Cranialnerves (IX-XII)

PY 10.11

PY 10.20

PY 10.16

PY 10.20

Haematology lab:Batch B2Examination of Cranialnerves (IX-XII)

PY 10.11

PY 10.20

AN45.1

AN45.2

AN45.3

AN47.9

AN47.12

Histo:

AN52.21

AN52.22

AN52.23

Embryo:

AN52.6

Batch B1

BI11.21, BI11.22Biochemistry revision:Glucose/Protein/creatinine/ urea


Batch B2 PBL on renaldisorders

Batch A1

BI11.21, BI11.22Biochemistry revision:Glucose/Protein/creatinine/ urea


Batch A2 PBL on renaldisorders

TIME MONDAY08.06.20

TUESDAY09.06.20

WEDNESDAY10.06.20

THURSDAY11.06.20

FRIDAY12.06.20

SATURDAY13.06.20

8-9AM

Lecture: Surfaceanatomy & radiology ofabdomen

AN55.1 Demonstratethe surface marking of;

Lecture: Histology(Male reproductivesystem)

AN52.24 Describe &identify the

PY9.9 Interpret anormal semen analysisreport including a)Sperm count, b)Spermmorphology andc)Sperm motility as per

PY4.9.1 Discuss thephysiological aspectsof: Peptic ulcer,gastroesophagealreflux disease,vomiting, diarrhoea,

Lecture: Introduction ofpelvis & pelvisperitoneum

AN50.1 Describe thecurvatures of the

BI6.3 SGD Discuss &interpret results ofarterial- blood- gasanalysis (ABG) invarious disorders.

Regions and planes ofabdomen,Superficial inguinalring, Deep inguinal ring,Mc-Burney’s point,RenalAngle & Murphy’s point

AN55.2 Demonstratethe surface projectionsof: Stomach, Liver,Fundus of gallbladder, Spleen,Duodenum, Pancreas,Ileocaecal junction,Kidneys &Root of mesentery

AN54.1Describe &identify features of plainX ray abdomen

AN54.2 Describe &identify the specialradiographs ofabdominopelvic region(contrast X ray Bariumswallow, Barium meal,Barium enema,Cholecystography,Intravenouspyelography &Hysterosalpingography)

AN54.3 Describe roleof ERCP, CT abdomen,MRI, Arteriography inradiodiagnosis ofabdomen

microanatomicalfeatures of testis

AN52.25 Describe &identify themicroanatomicalfeatures of epididymis

AN52.26 Describe &identify themicroanatomicalfeatures of vasdeferens

AN52.27 Describe &identify themicroanatomicalfeatures of prostate

WHO guidelines anddiscuss the results

constipation, adynamicileus, Hirchsprungdisease

PY4.10 Demonstratethe correct clinicalexamination ofabdomen in a normalvolunteer in astimulated environment(Horizontal integrationwith biochemistry)

vertebral column

AN50.3 Describelumbar puncture (site,direction of the needle,structures piercedduring the lumbarpuncture)

AN50.4 Explain theanatomical basis ofScoliosis, Lordosis,Prolapsed disc,Spondylolisthesis &Spina bifida

AN53.3 Define truepelvis and false pelvisand demonstrate sexdetermination inmale & female bonypelvis

AN53.4 Explain anddemonstrate clinicalimportance of bones ofabdominopelvicregion (sacralization oflumbar vertebra,Lumbarization of 1stsacralvertebra, types of bonypelvis & Coccyx)(Vertical integrationwith General Medicine,Orthopedics)

Early clinicalexposure with labvisit(Vertical integrationwith Medicine/Anaesthesia/ ICU)

AN25.8 Identify anddescribe in brief abarium swallow(Vertical integrationwith General Surgery)

9-10AM

Demo: Surfaceanatomy and radiologyof abdomen

AN55.1

AN55.2

AN54.1

AN54.2

AN54.3

AN25.8(Vertical integrationwith Radiodiagnosis)

Practical: Batch A-Histology

AN52.24

AN52.25

AN52.26

AN52.27

Batch B & C:DissectionSectional anatomy ofabdomen

SGD

BI6.3 Discuss &interpret results ofarterial- blood- gasanalysis (ABG) invarious disorders.

Early clinical exposurewith lab visit(Vertical integrationwith Medicine/Anaesthesia/ ICU)

ABDOMEN STAGE PY9.10 Discuss thephysiological basis ofvarious pregnancytests.

Lec: Pelvic walls andPelvic diaphragm

AN53.3

AN53.4

10-11AM

Lecture: Surgicalanatomy of abdomen

AN44.7 Enumeratecommon abdominalincisions

SGD



PY4.9.2 Discuss thephysiological aspectsof: Peptic ulcer,gastroesophagealreflux disease,vomiting, diarrhoea,constipation,adynamic ileus,Hirchsprung disease

11-12PM

PY9.8.2 Describe &discuss the physiologyof pregnancy,parturition & lactation &outline the psychology& psychiatry- disordersassociated with it

PY4.8.2 Describe &discuss gastric functiontests, pancreaticexocrine function tests& liver function tests

Practical: Batch B-HistologyBatch A & C:DissectionSectional anatomy ofabdomen

AN51.1 Describe &identify the cross-

Experimental lab-Batch A2 Reactiontime (Auditory &Visual)

PY10.11Haematology labBatch A1 Examinationof abdomen

Experimental lab-Batch B2 Reactiontime (Auditory &Visual)

PY10.11Haematology labBatch B1Examination of

section at the level ofT8, T10 & T11

AN51.2 Describe &identify the mid-sagittalsection of male &female pelvis(Vertical integrationwith Radiodiagnosis)

PY4.10abdomen

PY4.10

12-1PM

SGD



AETCOM

Batch B

BI11.16 Describe theprinciples ofcolorimetry/spectrophotometer

VISIT TO THECENTRALBIOCHEMISTRYLABOURATORY INLN HOSPITAL todiscuss total qualitymanagement (TQM),preanalytical error andautomation

Batch A

BI11.16 Describe theprinciples ofcolorimetry/spectrophotometer

VISIT TO THECENTRALBIOCHEMISTRYLABOURATORY INLN HOSPITAL todiscuss total qualitymanagement (TQM),preanalytical errorand automation

1-2PM LUNCH

2-4PM

PSM3.6 Describe therole of vectors in thecausation of diseases

PSM3.7Identify & describe theidentifying features &life cycles of vectors ofpublic healthimportance & theircontrol measures

PSM3.8 Describe themode of action,application ofcommonly usedinsecticides &rodenticides

Experimental lab-Batch A1 Reactiontime (Auditory &Visual)

PY10.11Haematology lab BatchA2 Examination ofabdomen

PY4.10

Experimental lab-Batch B1 Reactiontime (Auditory &Visual)

PY10.11Haematology lab BatchB2 Examination ofabdomen

PY4.10


Demo: Bony pelvis

AN50.1

AN53.1 Identify & holdbone in anatomicalposition. Describe thesalient features,articulation &demonstrate theattachments of musclegroups

AN53.2 Demonstratethe anatomicalpositions of bony pelvis& show boundaries ofpelvic inlet, pelviccavity, pelvic outlet

SGDBATCH B

BI11.17 Explain thebasis & rationale ofbiochemical test donein the followingcondition-

SGDBATCH A

BI11.17 Explain thebasis & rationale ofbiochemical test donein the followingcondition-

AN53.3

AN53.4(Vertical integrationwith Obstetrics &Gynaecology, GeneralSurgery)

dyslipidemia,myocardial infarction.

dyslipidemia,myocardial infarction.

TIME MONDAY22.06.20

TUESDAY23.06.20

WEDNESDAY24.06.20

THURSDAY25.06.20

FRIDAY26.06.20

SATURDAY27.06.20

8-9AM

Lec: Introduction toperineum & perineum I

AN48.1 Describe &identify the muscles ofPelvic diaphragm

AN48.2 Describe &demonstrate the(position, features,important peritonealand other relations,blood supply, nervesupply, lymphaticdrainage and clinicalaspects of) importantmale & female pelvicviscera

AN49.1 Describe &demonstrate thesuperficial & deepperineal pouch(boundaries andcontents)

AN49.2 Describe &identify Perineal body(Vertical integration-

Lec: Histology- Femalereproductive system I

AN52.28 Describe &identify themicroanatomicalfeatures of ovary

AN52.29 Describe &identify themicroanatomicalfeatures of fallopiantube

Discussion & summaryof general physiology

Discussion andsummary of Blood I

Lec: Embryology-Urinary system

AN52.7 Describe thedevelopment of urinarysystem.(Vertical integration-General surgery)

SGD

BI9.2 Describe thetest that arecommonly done inclinical practice toassess the functionsof kidney(Vertical integration-Medicine ECE withvisits to dialysis unit)

Obstetrics &gynaecology)

9-10AM

Demo: Bony pelvis &pelvic diaphragm

AN48.1

AN50.1 Describe thecurvatures of thevertebral column

AN53.1 Identify & holdthe bone in theanatomical position,Describe the salientfeatures, articulations& demonstrate theattachments of musclegroups

AN53.2

AN53.3

AN53.4

Demo: Pelvicperitoneum &disposition of viscera &walls of pelvis

AN48.2 Describe &demonstrate the(position, features,important peritonealand other relations,blood supply, nervesupply, lymphaticdrainage and clinicalaspects of) importantmale & female pelvicviscera

AN48.4 Explain anddemonstrate clinicalimportance of bones ofabdominopelvic region(sacralization of lumbarvertebra,Lumbarization of 1stsacral vertebra, typesof bony pelvis &Coccyx)

SGD

BI9.2 Describe the testthat are commonlydone in clinical practiceto assess the functionsof kidney(Vertical integration-MedicineECE with visits todialysis unit)

Lec: Urinary bladder

AN48.2

AN48.5.1 Explain theanatomical basis ofsuprapubiccystostomy, Urinaryobstruction in benignprostatic hypertrophy,

AN48.6 Describe theneurological basis ofAutomatic bladder

Discussion andsummary of Blood II

Lec: Embryology-Urinary system

AN52.7 Describe thedevelopment ofurinary system.(Vertical integration-General surgery)

10-11AM

Demo: Bony pelvis &pelvic diaphragm

AN48.1

AN50.1 Describe thecurvatures of thevertebral column

AN53.1 Identify & holdthe bone in the

Demo: Pelvicperitoneum &disposition of viscera &walls of pelvis

AN48.2 Describe &demonstrate the(position, features,important peritonealand other relations,blood supply, nerve

Lec: Perineum II-Ischiorectal fossa

AN49.3 Describe &demonstrate Perinealmembrane in male &female

AN49.4 Describe &demonstrateboundaries, content &

Demo: Urinary bladder

AN48.2

SGD

BI9.2 Describe the testthat are commonlydone in clinical practiceto assess the functionsof kidney(Vertical integration-MedicineECE with visits todialysis unit)

Discussion andsummary of nervemuscle physiology

anatomical position,Describe the salientfeatures, articulations& demonstrate theattachments of musclegroups

AN53.2

AN53.3

AN53.4

supply, lymphaticdrainage and clinicalaspects of) importantmale & female pelvicviscera

AN48.4 Explain anddemonstrate clinicalimportance of bones ofabdominopelvic region(sacralization of lumbarvertebra,Lumbarization of 1stsacral vertebra, typesof bony pelvis &Coccyx)

applied anatomy ofischiorectal fossa(Vertical integration-General surgery)

11-12PM

PY9.11 Discuss thehormonal changes &their effects duringperimenopause &menopause

PY9.12 Discuss thecommon causes ofinfertility in a couple &role of IVF in managinga case of infertility

Batch A: Histo

Batch B & C:Dissection- Ischiorectalfossa & perineum


AN49.2

AN49.3

Batch B: Histo

Batch A & C:Dissection- Ischiorectalfossa & perineum


AN49.2

AN49.3

Experimental lab-Batch A2 Demonstratethe Harvard step test &describe the impact oninduced physiologicalparameters in asimulated environment

PY3.16Haematology lab BatchA1 Pregnancydiagnostic test

PY9.10

Experimental lab-Batch B2Demonstrate theHarvard step test &describe the impacton inducedphysiologicalparameters in asimulatedenvironment

PY3.16Haematology labBatch B1 Pregnancydiagnostic test

PY9.10

12-1PM

SGD

BI9.2 Describe the testthat are commonlydone in clinical practiceto assess the functions

AETCOM



of kidney(Vertical integration-Medicine ECE withvisits to dialysis unit)

1-2PM LUNCH

2-4PM SPORTS

Experimental lab-Batch A1 Demonstratethe Harvard step test &describe the impact oninduced physiologicalparameters in asimulated environment

PY3.16Haematology lab BatchA2 Pregnancydiagnostic test

PY9.10

Experimental lab-Batch B1 Demonstratethe Harvard step test &describe the impact oninduced physiologicalparameters in asimulated environment

PY3.16Haematology lab BatchB2 Pregnancydiagnostic test

PY9.10


Batch C: Histo

Batch A & B:Dissection- Ischiorectalfossa & perineum


AN49.2

AN49.3Batch B

BI11.16 Describe theprinciples ofcolorimetry/spectrophotometerVisit to the centralbiochemistry laboratoryin LN hospital todiscuss total qualitymanagement (TQM),preanalytical error &automation

Batch A

BI11.16 Describe theprinciples ofcolorimetry/spectrophotometerVisit to the centralbiochemistry laboratoryin LN hospital todiscuss total qualitymanagement (TQM),preanalytical error &automation

TIME MONDAY29.06.20

TUESDAY30.06.20

WEDNESDAY01.07.20

THURSDAY02.07.20

FRIDAY03.07.20

SATURDAY04.07.20

8-9AMLec: MaleReproductive System

Lec: Histology- Femalereproductive system II

Discussion andsummary ofneurophysiology I

Discussion andsummary ofneurophysiology II

Lec: FemaleReproductive System I

BiochemistryRevision

AN48.2

AN48.5.1

AN.48.7:Mention thelobes involved onbenign prostatichypertrophy andprostatic cancer

AN52.210 Describe &identify themicroanatomicalfeatures of uterus

AN52.211 Describe &identify themicroanatomicalfeatures of placenta

AN52.212 Describe &identify themicroanatomicalfeatures of umbilicalcord

AN52.213 Describe &identify themicroanatomicalfeatures of mammarygland

AN48.2

AN48.5

9-10AM

Demo : Male pelvicviscera

AN50.1

AN53.4

Diss: perineum

AN49.1

AN49.2

Biochemistry Revision Digital displayernerves, vessels,viscera

Discussion andsummary ofneurophysiology III

Demo: joints of pelvis

AN50.2 Describe &demonstrate thetype, articular ends,ligaments andmovements ofIntervertebral joints,Sacroiliac joints &Pubic symphysis

10-11AM

Demo : sacrum

AN50.1

AN53.4

Diss: perineum

AN49.1

AN49.2

Lec: embryology- Malereproductive system

AN52.8.1 Describe thedevelopment of malereproductive system(Vertical integration-Obstetrics &gynaecology)

Lec: embryology-Gonads & femaleductal system

AN52.8.2

Biochemistry Revision Discussion andsummary ofneurophysiology IV

11-12PM

Discussion andsummary of respiratoryphysiology

Discussion andsummary of cardiovascular physiology

Batch A: Histo

AN52.2.10

AN52.2.11

AN52.2.12

AN52.2.13

Batch B: Embryo

Batch C: Dissection/SDL- Perineum

AN49.1

AN49.2

Batch B: Histo

AN52.2.10

AN52.2.11

AN52.2.12

AN52.2.13

Batch C: Embryo

Batch A: Dissection/SDL- Perineum

AN49.1

AN49.2

Experimental lab-Batch A2 Recordarterial pulse tracingusing fingerplethysmography in avolunteer or simulatedenvironment

PY 5.16

Haematology labBatch A1Observe cardiovascular autonomicfunction tests in avolunteer or simulatedenvironment

PY 5.14

Experimental lab-Batch B2 Recordarterial pulse tracingusing fingerplethysmography in avolunteer orsimulatedenvironment

PY 5.16

Haematology labBatch B1Observe cardiovascular autonomicfunction tests in avolunteer orsimulatedenvironment

PY 5.14

12-1PM Biochemistry Revision AETCOM Practical RevisionBatch B

Practical RevisionBatch A

1-2PM LUNCH

2-4PM

PSM4.1 Describevarious methods ofHealth education withTheir advantages &limitations

PSM4.2 Describe themethod of organizingHealth promotion andeducation andcounselling activities atindividual, family andcommunity settings

Experimental lab-Batch A1 Recordarterial pulse tracingusing fingerplethysmography in avolunteer or simulatedenvironment

PY 5.16

Haematology labBatch A2Observe cardio

Experimental lab-Batch B1 Recordarterial pulse tracingusing fingerplethysmography in avolunteer or simulatedenvironment

PY 5.16

Haematology labBatch B2Observe cardio


Batch C: Histo

AN52.2.10

AN52.2.11

AN52.2.12

AN52.2.13

Batch A: Embryo

vascular autonomicfunction tests in avolunteer or simulatedenvironment

PY 5.14

vascular autonomicfunction tests in avolunteer or simulatedenvironment

PY 5.14

Batch B: Dissection/SDL- Perineum

AN49.1

AN49.2Practical RevisionBatch B

Practical RevisionBatch A

TIME MONDAY06.07.20

TUESDAY07.07.20

WEDNESDAY08.07.20

THURSDAY09.07.20

FRIDAY10.07.20

SATURDAY11.07.20

8-9AM

Lec: FemaleReproductive System I

AN48.2

AN48.5

AN48.8 Mention thestructures palpableduring vaginal & rectalexamination(Vertical integration-General surgery &Obstetrics &gynaecology)

Lec: Rectum & analcanal

AN48.2

AN48.5

AN49.5 Explain theanatomical basis ofPerineal tear,Episiotomy, Perianalabscess and Analfissure(Vertical integration-Obstetrics &gynaecology)

Discussion andsummary of endocrinephysiology I

Discussion andsummary of endocrinephysiology II

Revision BiochemistryRevision

9-10AM

Demo- Male & femalepelvic viscera

AN48.2

Batch A: Embryo

Batch B & C: surfaceanatomy & radiology(abdomen & pelvis)

AN54.2 Describe &identify the specialradiographs ofabdominopelvic region(contrast X ray Barium

Biochemistry Revision Lec: Nerves & vessels

AN48.3 Describe &demonstrate the origin,course, importantrelations and branchesof internal iliac artery

AN48.4

Discussion andsummary ofreproductivephysiology V

Revision

swallow, Barium meal,Barium enema,Cholecystography,Intravenouspyelography &Hysterosalpingography)

10-11AM

Demo- Male & femalepelvic viscera

AN48.2

Batch A: Embryo

Batch B & C: surfaceanatomy & radiology(abdomen & pelvis)


Lec: Radiology-Abdomen & pelvis

AN54.2

Demo: Nerves &vessels

AN48.3

Biochemistry Revision Discussion andsummary of gastrointestinal physiology

11-12PMDiscussion andsummary of neurophysiology V

Discussion andsummary of renalphysiology

Batch B: Embryo

Batch A & C: surfaceanatomy & radiology(abdomen & pelvis)


Batch C: Embryo

Batch A & B: surfaceanatomy & radiology(abdomen & pelvis)


Experimental lab-Batch A2 Revision

PY5.16

Haematology labBatch A1 Revision

Experimental lab-Batch B2 Revision

PY5.16

Haematology labBatch B1 Revision

12-1PM

Biochemistry Revision

AETCOM

1-2PM LUNCH

2-4PM SPORTS

Experimental lab-Batch A1 Revision

PY5.16

Haematology labBatch A2 Revision

Experimental lab-Batch B1 Revision

PY5.16

Haematology labBatch B2 Revision

Small group discussion/tutorial/integratedlearning/self directedlearning/early clinicalexposure

Revision

Biochemistry Revision Biochemistry Revision

TIME MONDAY13.07.20

TUESDAY14.07.20

WEDNESDAY15.07.20

THURSDAY16.07.20

FRIDAY17.07.20

SATURDAY18.07.20

Integrated revision teaching for anatomy, physiology andbiochemistry:13th to 18th July 2020

TIME MONDAY20.07.20

TUESDAY21.07.20

WEDNESDAY22.07.20

THURSDAY23.07.20

FRIDAY24.07.20

SATURDAY25.07.20

Sent-up Examination: 20th July to 6th August 2020

TIME MONDAY27.07.20

TUESDAY28.07.20

WEDNESDAY29.07.20

THURSDAY30.07.20

FRIDAY31.07.20

SATURDAY1.08.20


TIME MONDAY3.08.20

TUESDAY4.08.20

WEDNESDAY5.08.20

THURSDAY6.08.20

FRIDAY7.08.20

SATURDAY8.08.20

Sent-up Examination: 20th July to 6th August 2020 Revision Classes: 7thAugust to 24th August

2020

TIME MONDAY10.08.20

TUESDAY11.08.20

WEDNESDAY12.08.20

THURSDAY13.08.20

FRIDAY14.08.20

SATURDAY15.08.20

Revision Classes: 7thAugust to 24th August 2020

TIME MONDAY17.08.20

TUESDAY18.08.20

WEDNESDAY19.08.20

THURSDAY20.08.20

FRIDAY21.08.20

SATURDAY22.08.20


TIME MONDAY24.08.20

TUESDAY25.08.20

WEDNESDAY26.08.20

THURSDAY27.08.20

FRIDAY28.08.20

SATURDAY29.08.20

RevisionClasses: 7thAugust to24th August

2020

Integrated revision teaching for anatomy, physiology andbiochemistry:13th to 18th July 2020


aspermciguidelines,mamc

Documents