schedule from september 2019 august, 2020 teaching … news/academics/mbbs/master... ·...

SCHEDULE FROM SEPTEMBER 2019 – AUGUST, 2020

Teaching schedule for the month of September. 2019

DAY 1

02.09.19(Mon)

DAY 2

03.09.19(Tues)

DAY 3

04.09.19(wed)

DAY 4

05.09.19(Thurs)

DAY 5

06.09.19(fri)

DAY 6

07.09.19(sat)

8-9 am Introduction to

Physiology

Describe the structure and

functions of various

subcellular

componentsB.11.1,Lectures

Describe parts,

blood and nerve

supply of a long

boneAN 2.1

Define and Describe

the concept of

public health, define

health, holistic

health, determinants

of health CM 1.1,

1.2; Lecture

SDL- Physiology Concept of

disease, agent ,

host and

environment in

disease, Multi

factorial causation

CM1.3, Lecture

9-10 am Introduction to

Anatomy,

demonstrate normal

anatomical position,

various planes,

relation,

comparison,

laterality &

movement in our

bodyAN1.1

Describe composition of

bone and bone marrow/

Classification of Bone

Enumerate special features

of a sesamoid bone

AN 1.2, 2.3

Joints type and

subtype, nerve

supply and Hilton’s

lawAN2.5 &2.6

Describe the

structure and

components of

Biological cell

membrane

B.11.1,Lectures

Introduction to histology –

microscope and tissue

processing (not included in

original Module)

Distinguish

between different

types of transport

mechanism of

biomolecules

across cell

membrane

B.11.1

Horizontal

Integration- PY

1.3

FA- 1hr

10-11am

ECE (Anatomy)


function of Mammalian

cells

PY. 1.1,

TM- Lecture

Alignment – BI 1.1

Describe the

composition and

function on Blood

component

PY. 2.1

TM- Lecture

Alignment – AN 1.2

+ 2.3

Describe and

discuss the

principles of

Homeostasis

PY. 1.1

TM- Lecture

SDL

(Osteomalacia/osteoporosis)

11- 12 pm

Orientation and

introduction of Microscope

(A+B)

TM- DOAP

Handling of

Microscope (A)

TM- DOAP

Describe commonly

used laboratory

Handling of

Microscope (B)

TM- DOAP

Describe commonly

used laboratory

Histology practical on

microscope and tissue

processing (not included in

original Module)

Preparation of

blood smear

(A+B)

12-1 pm

apparatus and

equipments, good

safe laboratory

practice and waste

disposal(Lectures/

Demonstration)

( GROUPB)

B.111.1

apparatus and

equipments, good

safe laboratory

practice and waste

disposal(Lectures/

Demonstration)

( GROUPA )

B.111.1

TM- DOAP

1-2 pm LUNCH BREAK

2-4 pm Cadaveric oath,

Demonstrate respect

and follow the

correct procedure

when handling

cadavers and other

biologic

tissueAN82.1

Demonstration ( human

skeleton)

Demonstration of

human Skeleton &

joints

Demonstration on

human Joints

Describe and discuss

transport across the cell

membrane

PY. 1.5

TM- Lecture

Sports and

extracurricular

activities

DAY 7

09.09.19

DAY 8

10.09.19

DAY 9

11.09.19

DAY 10

12.09.19

DAY 11

13.09.19

DAY 12

14.09.19

8-9 am Describe the

Intercellular

communication

PY 1.3

TM- Lecture

HO

LID

AY

Introduction to general

embryology – stages of

human life and

explanation of terms –

ontogeny, phylogeny,

trimester, viabilityAN

76.1, 76.2

Natural history of

disease, levels of

prevention CM1.4,

Lecture

SDL-

Biochemicalrole of

co enzymesB12.1

Interventions at each

level of prevention

with examples.

CM1.5, Small group

discussion

9-10 am

General anatomy of

muscle - Parts of a

Describe the structure of

chromosomes with

classification

Explain fundamental

concepts of enzyme,

isoenzyme, alloenzyme,

Describe the types of

epithelium and

glands. AN65.2

Enumerate the main

classes of IUBMB

nomenclature

skeletal muscle, shunt

and spurt muscle (N)

and difference

between tendon, fascia

and aponeurosisAN

3.2 & 3.3

Describe technique of

karyotyping with its

applications

Describe the Lyon's

hypothesisAN73.1,

73.2,73.3

coenzyme & co-factors.

B12.1, Lectures

B12.1, Lectures

Describe the

Kinetics of enzyme

activity

(MichaelisMenton

model & Allosteric

enzymes B12.3

Lectures

10-11am

ECE- (Physiology)

Describe the different type

of Muscle fiber and their

structure

PY 3.7

TM- Lecture

AN 3.1

Describe and discuss the

Molecular Basis of RMP

and action potential in

excitable tissues

PY 1.8

TM- Lecture

SDL

11- 12 pm Staining of smear and

DLC (A)

PY 2.11

DOAP

Describe the preparation

of buffers and estimation

of PhB111.2

( GROUP B)

Small group discussions

Staining of smear and

DLC (B)

PY 2.11

DOAP

Describe the preparation

of buffers and estimation

of Ph B111.2

( GROUPA )

Small group discussions

Microanatomy of

Epithelium &

Glands

Practical Revision

12-1 pm Histology practical

1-2 pm LUNCH BREAK LUNCH BREAK

2-4 pm Demonstration of

various groups of

muscles in the body in

Dissection Hall

Dissection Dissection SGT (Tutorial on

intercellular

communication)

Sports and

extracurricular

activities

DAY 13

16.09.19

DAY 14

17.09.19

DAY 15

18.09.19

DAY 16

19.09.19

DAY 17

20.09.19

DAY 18

21.09.19

8-9 am Describe and discuss

skin & cutaneous

circulation

PY 5.10

Enumerate are the

factors influencing

enzymatic catalyses

B12.1Lectures

Describe

spermatogenesis AN

Concept of IEC, BCC ,

principles of Health

promotion, IEC: practical

examples CM 1.6 Lecture

SDL- Physiology Enumerate and

describe different

health indicators

CM 1.7 Lecture

TM- Lecture

Alignment- AN

77.3 Small group discussion

9-10 am General features of

skin and fascia

Describe different

types of skin &

dermatomes in body

Describe structure &

function of skin with

its appendages

Describe superficial

fascia along with fat

distribution in body

Describe,

modifications of deep

fascia with its

functions

Explain principles of

skin incisionsAN4.1

AN4.2 AN4.3AN4.4

AN4.5

Differentiate

between blood

vascular and

lymphatic system

Describe the concept

of anastomoses and

collateral circulation

with significance of

end-arteries

Explain function of

meta-arterioles,

precapillary

sphincters, arterio-

venous anastomoses

Differentiate

between pulmonary

and systemic

circulation

Describe portal

system giving

examples AN 5.1,

AN 5.2

Topic:

PatternsofInheritance

Describe the various

modes of inheritance

with examples

Draw pedigree charts

for the various types of

inheritance & give

examples of diseases of

each mode of

inheritance

Describe multifactorial

inheritance with

examples

Describe the genetic

basis & clinical

features of

Achondroplasia, Cystic

Fibrosis, Vitamin D

resistant rickets,

Haemophilia,

Duchene’s muscular

dystrophy & Sickle cell

anaemia AN 74.1 AN

74.2, AN 74.3, AN

74.4

Discuss the mechanism of

enzyme catalysis

B12.3,

Lectures

Describe & identify

various types of

connective tissue

with functional

correlation

Describe the

ultrastructure/Histol

ogy of connective

tissue

AN 66.1,AN66.2

Discuss the role of

activators and

inhibitors in enzyme

activity

B12.4,Small group

discussions

FA- 1hr

10-11am ECE (Biochemistry) Describe RBC

formation, regulation

and its function

PY 2.4

TM- Lecture

Describe Functional

Anatomy of heart and

circulatory system

PY 5.10

TM- Lecture

Alignment- AN.5

Lymphatic circutlation

PY 5.10

TM- Lecture

Alignment- AN.6

SDL –

PatternsofInheritanc

e

11- 12 pm

RBC count

demonstration

PY 2.11

DOAP

RBC Count (A)

PY 2.11DOAP

Observe the estimation

of SGOT & SGPT

( GROUP B)

B12.2Demonstration

RBC Count (B)

PY 2.11DOAP

Observe the estimation of

SGOT & SGPT

( GROUP A)

B12.2 Demonstration

Microanatomy of

Connective tissue

followed by

Practical Revision

12-1 pm DOAP under

microscope

1-2 pm LUNCH BREAK

2-4 pm Dissection Dissection Demonstration of Models

of Gametogenesis

Dissection Tutorial on Body

Fluid Compartment

Sports and

extracurricular

activities

DAY 19

23.09.19

DAY 20

24.09.19

DAY 21

25.09.19

DAY 22

26.09.19

DAY 23

27.09.19

DAY 24

28.09.19

DAY 26

30.09.19

8-9 am Excitable tissues of

molecular basis of AP

(A + B)

PY 1.8

TM- Lecture

Alignment- AN 7

Discuss about

allosteric enzymes

and their kinetics.

B12.3,lectures

Describe

oogenesis along

with

diagramsAN.77.

3

Describe the

demographic

profile of India

and its health

impact CM1.8

SDL

SDL-

Describe

and discuss

the clinical

utility of

various

serum

enzymes as

markers of

pathological

conditions

B12.5

Describe the

demographic

profile of India and

its health impact

CM1.8 Small group

teaching

Describe the fluid

compartments of

the body, its ionic

composition and

measurements

PY 1.6

TM- Lecture

9-10 am Introduction to upper

limb and cutaneous

nerves and veins of the

upper limb and

development of upper

limb

Topic: Introduction

to the nervous

system

Describe general

plan of nervous

system with

components of

central, peripheral &

autonomic nervous

systems.

Describe structure of

a typical spinal

nerve.

List components of

nervous tissue and

their functions.

Describe differences

between sympathetic

and spinal ganglia.

Describe concept of

loss of innervation of

a muscle with its

applied anatomy. AN

7.1, AN 7.2, AN 7.3,

AN 7.4, AN 7.5, AN

7.6.

Topic: Principle

of Genetics,

Chromosomal

Aberrations

&ClinicalGeneti

cs

Describe the

structural and

numerical

chromosomal

aberrations

Explain the

terms mosaics

and chimeras

with example

AN75.1 AN75.2

Discuss about

mechanism of

enzyme

regulationB12.

3,Lectures

Describe &

identify

various

types of

muscle

under the

microscope

Classify

muscle and

describe the

structure-

function

correlation

of the same

Describe the

ultrastructur

e of

muscular

tissue

AN67.1

AN67.2

AN67.3

Discuss use of

enzymes in

laboratory

investigations

(Enzyme based

assays)B12.6 ,

Interpret

laboratory results

of enzyme activities

& describe the

clinical utility of

various enzymes as

markers of

pathological

conditionsB12.7

SGT/IL- Pathology,

General Medicine

Pectoral region:

Describe

attachment, nerve

supply & action

of pectoralis

major and

pectoralis minor

Clavipectoral

fascia

AN 9.1

10-11am AETCOM in

Dissection Hall

Discuss the

organization of the

nervous system

PY 3.14

TM- Lecture

Alignment- AN

Describe action

potential and its

properties in

different muscle

types

PY 3.8

TM- Lecture

RBC formation

and regulation

PY 2.4

TM- Lecture

SDL

Demonstrati

on of

embryology

model of

Uterine

changes

during

menstrual

cycle.

ECE- Anatomy

11- 12 pm AETCOM Demonstration of

Mosso Ergography

(A + B)

PY 3.14

MossoErgograph

y (A)

PY 3.14

DOAP

Describe the

MossoErgograp

hy (B)

PY 3.14

DOAP

Describe the

Lab

activity:

Histology/ul

trastructure

of muscular

Practical Revision

(A+B)

DOAP (1 hr)

Formative

assessment

1 hr

chemical

components of

normal urine.

( GROUP

B)B111.3,

Lecture

chemical

components of

normal urine.

( GROUPA )

B111.3, Lecture

tissue

ECE - Anatomy

12-1 pm Lab

activity:

Histology/ul

trastructure

of muscular

tissue AN

67.3

1-2 pm LUNCH BREAK

2-4 pm Demonstration

Identify the clavicle

&Humerus, its side,

important features &

keep it in anatomical

position

Enumerate

peculiarities of

clavicle

Demonstrate

important muscle

attachment on the

given

boneAN8.1AN8.3AN

8.4

Demonstration

Identify the Scapula,

Radius, important

features & keep it in

anatomical position

Demonstrate

important muscle

attachment on the

given bone. AN8.4

Dissection Demonstration

Identify the

Ulna &

articulated

hands, its side,

important

features & keep

it in anatomical

position

Demonstrate

important

muscle

attachment on

the given bone

AN 8.4

SGT

(Anatomy)

Sports &

Extracurricular

Activity

Dissection of

Pectoral Region

Teaching schedule for the month of October. 2019

DAY 1

01.10.19(Tue)

DAY 2

03.10.19 (Thur)

DAY 3

04.10.19(fri)

DAY 4

05.10.19(sat)

DAY 5

09.10.19(wed)

DAY 6

10.10.19(thur)

8-9 am Function and

classification of

Proteins ,physical and

chemical properties of

proteinStructural

Role of effective

communication skills in

health CM 1.9;

SDL - Physiology Effective

communication

skills in a simulated

environment CM 1.9

Small group

Describe the uterine

changes occurring

during the menstrual

cycle

Important aspects of

doctor patient

relationship CM1.10

Lectures( with

General Medicine)

organization of

proteins

B15.1,Lectures

Small group teaching teaching Describe the

synchrony between

the ovarian and

menstrual cyclesAN

77.1, AN77.2

9-10 am Breast: Describe the

location, extent, deep

relations, structure,

age changes, blood

supply, lymphatic

drainage,

microanatomy and

applied anatomy of

breast AN 9.2


functions of proteins and

structure-function

relationships in relevant

areas e.g., hemoglobin and

selected

hemoglobinopathies

B15.1,Lectures

Nervoustissuehistology

Describe & Identify

multipolar & unipolar

neuron, ganglia,

peripheral nerve

Describe the structure-

function correlation of

neuronAN68.1AN68.2

Discuss the function

and classification of

carbohydrates

Describe the

stereoisomerism of

monosaccharide’s,

Physical &

Chemical properties

of Monosaccharide’s

B13.1 ,SGT

FA- 1hr

Describe the genetic

basis & clinical

features of Down’s

syndrome,

klenfelter’s

syndrome,

PraderWilli

syndrome, Edward

syndrome &Patau

syndrome

AN 75.3

Discuss

Disaccharides and

Polysaccharides

B13.1,Lectures

10-11am Discuss the origin,

forms, variations and

functions of plasma

proteins

PY 2.2

TM- Lecture

Alignment – Bio

(B15)


synthesis and functions of

Hb

PY 2.3

TM- Lecture

Alignment – Bio (B16)

SDL – Fracture neck

humerus Describe the

structure and

functions of

neuron and

neuroglia

PY 2.3

TM- Lecture

Describe and

discuss Breakdown

of Hb and Hb

variants

PY 2.3

TM- Lecture

11- 12 pm

Hb estimation

PY 2.11

DOAP

Hb estimation

PY 2.11

DOAP

Lab activity on

Nervoustissuehistology

Practical Revision

Describe and discus

breakdown of Hb

and Hb variation

PY 2.11

DOAP

Perform urine

analysis to estimate

and determine

normal and

abnormal

Hb estimation

PY 2.11

DOAP

Perform urine


and determine

normal and

abnormal

12-1 pm

constituents

(GROUP B)

B111.4, DOAP

constituents

(GROUP A)

B111.4, DOAP

1-2 pm HOLIDAY

2-4 pm Dissection Dissection Tutorial on cellular

Transport

Sports and

extracurricular

activities

Demonstration of

model on uterine

changes & menstrual

cycles

Dissection

DAY 7

11.10.19(fri)

DAY 8

12.10.199Sat)

DAY 9

14.10.19(Mon)

DAY 10

15.10.19(Tue)

DAY 11

16.10.19(wed)

DAY 12

17.10.19(thur)

8-9 am Describe the structure

and functions of

different types of

glycosaminoglycans

B13.1,Lectures

CM :

FA: 1 hour Describe different

types of Anemia

and Jaundice

(Physiology

PY 2.5

Hb estimation

PY 2.11 Pathways of glucose

metabolism:

glycolysis

B13.4,Lectures

Describe the stages

and consequences of

fertilization

AN 77.4

Concept of safe and

wholesome water,

water sources and

requirements.

CM3.2 Lecture

9-10 am BloodVessels

Histology of Blood

vessels

List general

differences between

arteries & veins

Explain functional

difference between

elastic, muscular

arteries and arterioles

Describe portal

system giving

examples Explain

function of meta-

arterioles, precapillary

sphincters, arterio-

Describe the processes

involved in digestion and

assimilation of

carbohydrates and storage


digestion and assimilation

of carbohydrates from food

B13.2,B13.3,SGT

Identify & describe

boundaries and

contents of axilla

AN 10.1

Identify, describe

and demonstrate the

origin, extent,

course, parts,

relations and

branches of axillary

artery & tributaries

of vein

AN 10.2

Enumerate and

describe the

anatomical

principles

underlying

contraception

AN 77.5

Pathways of glucose

metabolism:

glycolysis

B13.4,Lectures

venous anastomoses

Define thrombosis,

infarction &aneurysm

AN 5.3, AN 5.4, AN

5.5, AN 5.7, AN 5.8

10-11am Self directed learning

– Claw hand, wrist

drop

Describe WBC

formation and

regulation

PY 2.6

TM- Lecture

Discus Nerve growth

factors and other

factors.

PY 3.1

TM- Lecture 11- 12 pm Identify elastic &

muscular blood

vessels, capillaries

under the microscope

Describe the various

types and structure-

function correlation of

blood vessel AN 69.1,

AN 69.2

Practical Revision ECE-case of anemia

and Jaundice

(Physiology)

WBC count

(Demonstration)

PY 2.11

DOAP (1 hr)

Formative

Assessment

(1 hr)

WBC count

PY 2.11

DOAP

Perform urine


and determine

normal and

abnormal

constituents

(GROUP B)

B111.4,DOAP

WBC count

PY 2.11

DOAP

Perform urine


and determine

normal and

abnormal

constituents

(GROUP A)

B111.4,DOAP

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Tutorial on Plasma

Proteins

Sports and extracurricular

activities

Dissection Dissection Demonstration of

models of

Fertilization &

Female reproductive

organs

Dissection

DAY 13

18.10.19(fri)

DAY 14

19.10.19(sat)

DAY 15

21.10.19(Mon)

DAY 16

22.10.19(tue)

DAY 17

23.10.19(wed)

DAY 18

24.10.19(thur)

8-9 am SDL-Physiology Water borne diseases,

Water purification process

CM3.2;3.3; Lecture

Describe the types,

functions &

properties of nerve

fiber

PY 3.2

TM- Lecture

Pathways of glucose

metabolism: HMP

shunt

B13.4,Lectures

Describe teratogenic

influences; fertility

and sterility,

surrogate

motherhood, social

significance of “sex-

ratio”. AN77.6

Water Quality standards;

Indicators of water

Quality CM3.2 Lecture

9-10 am Lymphoidtissue

List the components

and functions of the

lymphatic system

with Histology

Describe structure of

lymph capillaries &

mechanism of lymph

circulation

describe

microanatomy of

lymph node

AN 6.1, AN 6.2, AN

70.2

Pathways of glucose

metabolism:

gluconeogenesis

B13.4,Lectures

FA- 1hr

Explain formation

& variations of

brachial plexus

Explain the

anatomical basis of

clinical features of

Erb’s palsy and

Klumpke’s

paralysis

AN 10.5, AN 10.6

Describe the

anatomical groups

of axillary lymph

nodes and specify

their areas of

drainage

Explain anatomical

basis of enlarged

axillary lymph

nodes

AN 10.4, AN 10.7

Describe the

muscles of Back &

Scapular region

Describe and

identify the

intermuscular spaces

in the scapular

region

AN 10.8

Pathways of glucose

metabolism: Galactose

and fructose

metabolism, uronic acid

pathway

B13.4,Lectures

10-11am SDL – Claw hand,

wrist drop

ECE-Biochemistry Describe the

functional anatomy

of heart including

chambers, sound,

and pacemaker

tissue & conducting

system

PY 5.1

TM- Lecture

Describe the

molecular basis of

muscle contraction

in skeletal &

smooth muscles

PY 3.8

Describe the properties

of the cardiac muscle

including it

mornophology,electrical,

Mechanical and

metabolic function

PY 5.2

TM- Lecture

11- 12 pm Lab activity on

Identification of

lymphoid tissue

under the microscope

& describe

microanatomy of

lymph node

AN 70.2

Practical Revision ECE-Biochemistry Examination of the

Radial pulse

(Demonstration) &

BP Recording

PY 5.12

Record blood

pressure and pulse at

rest

PY 5.12

DOAP

Describe the

principles of

colorimetry

,Demonstrate the

estimation of serum

creatinine and

creatinine

clearance(GROUP

B)

B111.6, Lectures

/Practical

Record blood pressure

and pulse at rest

PY 5.12

DOAP

Describe the principles

of colorimetry

,Demonstrate the

estimation of serum

creatinine and

creatinine

clearance(GROUP A)

B111.6, Lectures

/Practical

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Tutorial on RBC

formation &

Regulation

Sports and extracurricular

activities

Dissection Dissection Dissection Dissection

DAY 19

25.10.19(Fri)

DAY 20

26.10.19(sat)

DAY 21

28.10.19(Mon)

DAY 22

29.10.19(Tue)

DAY23

30.10.19(wed)

DAY 24

31.10.19(Thur)

8-9

am

Describe and

discuss the

concept of

TCA cycle as a

amphibolic

pathway and

its regulation

B13.6,SDL

Rain water

harvesting and

conservation CM3.2;

Lecture

Describe the properties

of the cardiac muscle

including it

mornophology,electrical,

Mechanical and

metabolic function

PY 5.2

TM- Lecture

Role of insulin

& Glucagon in

maintenance of

blood glucose

level B13.9,

LECTURES

Describe cleavage and

formation of blastocyst

Describe the development of

trophoblast

Describe the process of

implantation & common

abnormal sites of implantation

Health hazards of air pollution,

noise and radiation pollution;

prevention CM 3.1, Small

group teaching

AN 78.1, AN 78.2, AN 78.3

9-10

am

Describe the

arterial

anastomosis

around the

scapula and

mention the

boundaries of

triangle of

auscultation

Describe and

identify the

deltoid and

rotator cuff

muscles.

AN 10.9, AN

10.10

Describe the common

poisons that inhibit

crucial enzymes of

carbohydrate

metabolism (eg;

fluoride, arsenate)

B13.7,SGT

Describe, identify and

demonstrate the

position, attachment,

nerve supply and actions

of trapezius,

latissimusdorsi&serratus

anterior

AN 10.8, AN 10.11

Describe and

demonstrate

shoulder joint

for– type,

articular surfaces,

capsule, synovial

membrane,

ligaments,

relations,

movements,

muscles involved,

blood supply,

nerve supply and

applied anatomy

AN 10.2

Describe genetic basis of

variation: polymorphism and

mutation

Describe the principles of

genetic counseling

AN 75.4, AN 75.5

Discuss Diabetes Mellitus,

etiology, Biochemical basis of

symptoms & ComplicationB13.9,

LECTURES

10-

11am

SDL

(Anatomy)

AETCOM

Describe the

structure of NMJ

and Transmission

of Impulse

PY 3.4

TM- Lecture

Describe the events

occurring during the cardiac

cycle

PY 5.3

TM- Lecture

Describe the formation of

platelets and functions

PY 2.7

TM- Lecture

11- 12

pm

Describe

microanatomy

of lymph node,

spleen,

thymus, tonsil

and correlate

the structure

with function

Lab activity:

Identify the

lymphoid

tissue under

the

microscope.

AN 70.2

Practical Revision Observe with

CAL on nerve

muscle

experiment

(A+B)

PY 3.18

DOAP

Observe with CAL on nerve

muscle experiment

(A)

PY 3.18

DOAP

Estimate the blood

glucose

levelB13.8,DOAP(GROU

PB)

Observe with CAL on Nerve

muscle experiment (B)

PY 3.18

DOAP

Estimate the blood glucose

levelB13.8,DOAP(GROUPB)

12-1

pm

1-2

pm

LUNCH BREAK

2-4

pm

SGT-

Anatomy

Sports/extracurricular

activities

Dissection Dissection Demonstration of embryology

models: blastocysts,

implantation

Dissection

Teaching schedule for the month of November 2019.

DAY 1

01.11.19(fri)

DAY 2

02.11.19(sat)

DAY 3

04.11.19(Mon)

DAY 4

05.11.19tues

DAY 5

06.11.19 wed

DAY 6

07.11.19thurs

8-9 am SDL-Physiology

CM

FA: 1 hour

Describe the concept

of pH and Buffer

systems in Body

PY 1.7

TM- Lecture

Discuss the

disorders of

carbohydrate

metabolismB13.10,

lectures

Describe the

formation of extra-

embryonic

mesoderm and

coelom, bilaminar

disc and prochordal

plate

Describe in brief

abortion; decidual

reaction, pregnancy

test

Concept of solid

waste disposal,

sanitary latrine and

its types. CM3.4;

Small group

teaching

AN 78.4, AN 78.5

9-10 am Describe and

demonstrate muscle

groups of upper arm

with emphasis on

biceps and triceps

brachii(Muscles of

Arm- Front & Back)

AN 11.1

Discuss and interpret

laboratory results of

analytes associated with

metabolism of

carbohydrates.-Blood

glucose level ,Glycated

hemoglobin Glucose

tolerance test,

B13.8SGT/ILPathology&

General Medicine

Identify & describe

origin, course,

relations, branches

(or tributaries),

termination of

important nerves

and vessels in arm

(Nerves & Blood

Vessels of Arm)

Describe the

anatomical basis of

Saturday night

paralysis AN11.2,

AN 11.4

Identify & describe boundaries and contents of cubital fossa

Describe the anatomical basis of Venepuncture of cubital veins AN 11.5, AN 11.3

Describe the type,

articular surfaces,

capsule, synovial

membrane,

ligaments, relations,

movements, blood

and nerve supply of

elbow joint.

Anastomosis around

elbow joint

AN 13.3, AN 11.6

Discuss chemistry of

lipids. B14.1,lectures

10-11am Self directed learning

(Anatomy)

Early clinical

exposure (Anatomy)

Describe the

formation of

platelets, functions

and variations PY 2.7

TM- Lecture

Describe the

physiological basis

of Hemostasis and

anticoagulants PY 2.8

TM- Lecture

Describe the

physiological basis

of Hemostasis and

anticoagulants PY 2.8

TM- Lecture

11- 12 pm Describe the

histological

classification of

various types bone and

structure-function

correlation of the same

AN 71.1

Practical revision

Bleeding Time &

clotting time

(A+B) PY 2.11

DOAP (1 hr)

Formative

Assessment (1 hr)

Bleeding time &

Clotting Time

A PY 2.11

DOAP

Demonstrate the

estimation of serum

total cholesterol

B111.9,Practical

GROUP B

Bleeding time &

Clotting Time

B PY 2.11

DOAP

Demonstrate the

estimation of serum

total cholesterol

B111.9,Practical

GROUP A

12-1 pm 12-1.00pm

Lab activity: Identify

bone under the

microscope;

1-2 pm LUNCH BREAK

2-4 pm Tutorial on Resting

Membrane Potential

and action potential


activities

Dissection Dissection Demonstration of

embryology model:

bilaminar germ disc

Dissection

PY 1.8

SGT

DAY 7

08.11.19fri

DAY 8

09.11.19 sat

DAY 9

11.11.19mon

DAY 10

13.11.19 wed

DAY 11

14.11.19thurs

DAY 12

15.11.19fri

8-9 am SDL- Different

types of graphs &

Interpretation of

glucose B13.8

Describe standards of

housing and its effect

on health ;CM 3.5,

Lecture

Describe

Bleeding &

clotting disorder PY 2.8

TM- Lecture

Describe the formation &

fate of the primitive streak

Describe formation & fate of

notochord AN 79.1, AN 79.2

Demonstrate the functioning

and structure of STP; CM3.4;

Field visit

SDL-Physiology


demonstrate

important muscle

groups of ventral

forearm with

attachments, nerve

supply and actions

(Muscles of Front

of Forearm)

Describe the

biosynthesis

degradation of fatty

acids

B14.2, SGT/IL-

General medicine

FA- 1hr

Identify &

describe origin,

course, relations,

branches (or

tributaries),

termination of

important nerves

and vessels of

forearm

AN 12.2

Describe the type, articular

surfaces, capsule, synovial

membrane, ligaments,

relations, movements, blood

and nerve supply of

proximal, middle and distal

radio-ulnar joints,

AN 13.3

Ketone bodies: their

synthesis, utilization and

conditions leading to

ketoacidosisB14.2,Lectures

Describe flexor

retinaculum with

its attachments

Explain

anatomical basis

of carpal tunnel

syndrome

AN 12.3, AN 12.4

10-11am SDL- osteoarthritis

ECE Physiology

Describe different Blood

group and discuss the clinical

imporatance of blood

grouping, blood banking and

transfusion.

PY 2.9

TM- Lecture

Blood banking &

Transfusion

PY 2.9

SDL (Anatomy)

11- 12

pm

Describe the

microscopic

structure of

cartilage &

describe various

types and structure-

function correlation

of the same

AN 71.2

Practical Revision

Blood grouping & Typing

PY 2.11

DOAP

Demonstrate the estimation

of serum

triglyceridesB111.9,Practical

GROUP B

Blood grouping & typing

PY 2.11

DOAP


of serum

triglyceridesB111.9,Practical

GROUP A

Describe the

histological

structure of skin

and its appendage

and correlate the

structure with

function

AN 72.1 12-1 pm

Identify the skin

and its

appendages under

the microscope Lab activity:

Identify cartilage

under the

microscope

1-2 pm LUNCH BREAK

2-4 pm Tutorial on NMJ

and Impulse

Transmission PY 3.4

SGT

Sports and

extracurricular

activities

Dissection Dissection Identify & demonstrate

important bony landmarks of

upper limb: Jugular notch,

sternal angle, acromial angle,

spine of the scapula,

vertebral level of the medial

end, Inferior angle of the

scapula, Identify the bones

and joints of upper limb seen

in anteroposterior and lateral

view radiographs of shoulder

region, arm, elbow, forearm

and hand

AN 13.6, AN 13.5

Tutorial on

Physiological

Basis of

Haemostasis

PY 2.8

SGT

DAY 13

16.11.19 sat

DAY 14

18.11.19mon

DAY 15

19.11.19tues

DAY 16

20.11.19 wed

DAY 17

21.11.19thurs

DAY 18

22.11.19fri

8-9 am Role of vectors in

disease causation ;CM

3.6; Small group

teaching

Describe the action of

Neuromuscular Blocking

agents & pathophysiology

of myasthenia gravis

PY 3.5, PY3.6

TM- Lecture

Metabolism of

phospholipids and

triacylglycerols-

B14.2,Lecture

Describe the process

of neurulation

Describe the

development of

somites and intra-

embryonic coelom

AN 79.3, AN 79.4

Life cycle and

Identifying features of

important vectors ;CM

3.7; Practical

Describe the

structure and

functions of

lipoproteins.

B14.4,SDL

9-10 am Describe the

metabolism of

cholesterol and

Describe and demonstrate

important muscle groups

of dorsal forearm with

Describe origin,

course, relations,

branches (or

Identify & describe

compartments deep

to extensor

Describe small

muscles of hand

along with nerve

compounds formed

from

cholesterolB14.2, IL-

G.Medicine

attachments, nerve supply

and actions (Back of

Forearm) AN 12.11

tributaries),

termination of

important nerves

and vessels of back

of forearm (Nerves

& Vessels of Back

of Forearm)

Describe the

anatomical basis of

Wrist drop AN

12.12

retinaculum

Identify & describe

extensor expansion

formation

AN 12.14, 12.15

supply. Also

describe movements

of thumb and

muscles involved.

AN 12.5

10-11am

ECE on Diabetic

Ketoacisdosis (Bio)

B14.2

Describe the mode

of muscle

contraction in

skeletal & smooth

muscles PY 3.9

TM- Lecture

Describe

generation,

conductions of

cardiac impulse

PY 5.4

TM- Lecture

Describe generation

& conduction of

cardiac impulse

PY 5.4

TM- Lecture

SDL (Anatomy)

11- 12 pm Practical revision-

Visit to Blood Bank

Effect of exercise

on

Cardiorespiratory

parameter PY 3.15

DOAP (1 hr)

Formative

Assessment (1 hr)

Effects of exercise

on

Cardiopulmonary

parameters PY 3.15

DOAP

Explain the basis

and rationale of

biochemical tests

done in:

- dyslipidemia

(GROUP B)

B111.17,Lectures

,SGD

Effects of exercise on

cardiopulmonary

parameters PY 3.15

DOAP

Explain the basis and

rationale of

biochemical tests done

in:

dyslipidemia(GROUPA)

B111.17,Lectures ,SGD

Dissection

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Sports/ extracurricular

activities

Dissection Dissection Dissection Dissection Anatomy (SGT)

DAY 19

23.11.19 sat

DAY 20

25.11.19mon

DAY 21

26.11.19tues

DAY 22

27.11.19 wed

DAY 23

28.11.19thurs

DAY 24

29.11.19fri

DAY 25

30.11.19 sat

8-9 am Understand

life cycle of

vectors ;

CM3.7; SDL

Describe the

functional

Anatomy of the

Respiratory Tract PY 6.1

TM- Lecture

Alignment- AN 24

1-5

Explain the regulation of

lipoprotein metabolism &

associated disorders

B14.3Lectures

Explain embryological

basis of congenital

malformations, nucleus

pulposus,

sacrococcygealteratomas,

neural tube defects

Describe the diagnosis of

pregnancy in first trimester

and role of teratogens,

alpha-fetoprotein

AN 79.5, AN 79.6

CM

FA : 1 hour

SDL-

Physiology

Insecticides

for vectors of

public

importance;

mode of

action;

CM3.8;

Lecture

9-10 am Describe

functions,

interrelations

& relations

OF

lipoproteins

with

atheroscleros

is

B14.4,

IL/SGT

Describe course and

branches of

important blood

vessels and nerves in

hand (Nerves &

blood vessels of

Palm)

Describe anatomical

basis of Claw hand

AN 12.7, AN 12.8

Describe fibrous flexor

sheaths, ulnar bursa, radial

bursa and digital synovial

sheaths

Explain infection of

fascialspaces of palm

AN 12.9, AN 12.10

Describe the type, articular

surfaces, capsule, synovial


relations, movements,

blood and nerve supply of

wrist joint & first

carpometacarpal joint

AN 13.3

Introduction

to Lower limb

& Describe

and

demonstrate

origin, course,

relations,

branches (or

tributaries),

termination of

important

nerves and

vessels of

anterior thigh

AN 15.1

Interpret

laboratory

results of

analytes

associated

with

metabolism of

lipids

B14.5,B14.7,

SGT

10-11am

AETCOM

Describe the mechanics

of Normal Respiration,

pressure changes during

ventilation, lungvolume

and capacities, alveolar

surface tension,

compliance, airway

Describe the mechanics

of Normal Respiration,


ventilation, lungvolume


surface tension,

compliance, airway

Describe the

Physiology of

ECG, its

applications and

the cardiac axis

PY 5.5

SDL

(Anatomy)

resistance, ventilation,

V/P ratio, diffusion

capacity of lungs PY 6.2

TM- Lecture

Alignment- AN 24 1-5



capacity of lungs PY 6.2

TM- Lecture

Alignment- AN 24 1-5

11- 12 pm Practical

Revision

Demonstrate the correct

technique to perform 7

interpret spirometry PY 6.8

DOAP (1 hr)

Formative Assessment

(1 hr)


technique to perform 7

interpret spirometry PY 6.8

DOAP

Demonstrate estimation of

serum proteins, albumin

and A:G ratio(GROUP B)

B111.8, Practical

Demonstrate the

correct technique

to perform 7

interpret

spirometry PY 6.8

DOAP

Demonstrate

estimation of serum

proteins, albumin

and A:G

ratio(GROUP

A)B111.8Practical

Demonstration

of Hip bone &

Femur

Revision

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Sports and

extracurricula

r activity

Dissection FA 1 (anatomy-theory) FA 1 (anatomy-practical)) Identify &

demonstrate

surface projection

of:

Cephalic and

basilic vein,

Palpation of

Brachial artery,

Radial artery,

Testing of muscles:

Trapezius,

pectoralis major,

serratus anterior,

latissimusdorsi,

deltoid, biceps

brachii,

Brachioradialis

(Demo) AN 13.7

SGT on Blood

grouping &

Transfusion

PY 3.9

Sports and

extracurricular

activity

Teaching schedule for the month of December 2019

DAY 1

02.12.19(mon)

DAY 2

03.12.19(tues)

DAY 3

04.12.19(wed

DAY 4

13.12.19(fri)

DAY 5

14.12.19(sat)

8-9 am Describe &

differentiate the

mechanism of

action of steroid,

protein and

amine hormones

PY 8.6

Lecture

Describe the

therapeutic uses of

prostaglandins and

inhibitors of

eicosanoid synthesis

B14.6

Lectures

Describe formation,

functions & fate of-

chorion: amnion;

yolk sac; allantois

&deciduas

Describe formation

& structure of

umbilical cord

AN 80.1, AN 80.2

1st Trimester Exam

from 5th to 12

th

Dec, 2019

SDL -

Physiology

CM: FA: 1

hour

Vacation

From

15th

Dec, 2019

To

31st January, 2020


demonstrate

boundaries, floor,

roof and contents

of femoral triangle

Describe and

demonstrate Fascia

lata, Venous

drainage,

Lymphatic

drainage,

Retinacula &

Dermatomes of

lower limb

AN 15.3, AN 20.3

Anterior compartment

of thigh

Describe adductor

canal with its content

AN 15.5

Describe and

demonstrate origin,

course, relations,

branches/ tributaries,

termination of

important nerves and

vessels of Gluteal

region.

& Describe

anatomical basis of

sciatic nerve injury

during gluteal

intramuscular

injections

AN 16.1, AN 16.2

Muscles of

Gluteal

region,

Structures

under Gluteus

Maximus (Not

mention in

original

Module)

Explain the

anatomical

basis of

Trendelenburg

sign

AN 16.3

Question

paper

discussion of

1st internal

assessment-

Biochemistry

10-11am Describe and

discuss sex

determination; sex

differentiation and

their abnormities

Describe and

discuss sex

determination; sex

differentiation and

their abnormities

SDL (Explain

anatomical

basis of Psoas

abscess &

Femoral

hernia)

and outline

psychiatry and

practical

implication of sex

determination

PY 9.1

Lecture

and outline

psychiatry and

practical

implication of sex

determination

PY 9.1

Lecture

11- 12 pm ECE- Anatomy Record and

interpret normal

ECG in a volunteer

or stimulated

environment

PY 5.13

Demonstration

Record and

interpret normal

ECG in a volunteer

or stimulated

environment

PY 5.13

Demonstration

Perform urine


and determine

abnormal

constituentsB111.4,

DOAP(GROUPB)

Dissection

(Gluteal

Region)

Practical

revision

12-1 pm Dissection

(Gluteal

Region)

1-2 pm

2-4 pm

Dissection

Dissection Dissection SGT- Tutorial

on ECG

Teaching schedule for the month of January 2020

DAY 1

01.01.20 wed

DAY 2

02.01.20thurs

DAY 3

03.01.20fri

DAY 4

04.01.20 sat

DAY 5

06.01.20mon

DAY 6

07.01.20tues

8-9 am Describe formation of

placenta, its

physiological functions,

foetomaternal

circulation & placental

barrier

AN 80.3

Vectors of biological

importance, mode of action

and application cycle of

insecticides; CM 3.8; Small

group teaching

SDL – Physiology Health education and

Communication,

types and channels

of communication;

CM 4.1; Lecture

Describe the Mode

of muscle

contraction

(Isometric and

isotonic)

PY 3.10

Physical & chemical

properties of amino

acids. B15.1,

lectures


demonstrate the

hamstrings group of

muscles with their

attachment, nerve

supply and actions

(back of Thigh)

AN 16.4

Classification

Stereoisomerism and

chemistry of amino acids

B15.1, lectures

Describe and

demonstrate the

boundaries, roof,

floor, contents and

relations of popliteal

fossa

Nerves & blood

vessels of Back of

Thigh

AN 16.5, AN 16.6

Function and

classification of

Proteins ,physical

and chemical

properties of protein

B15.1, SGT

FA- 1hr

Describe and

demonstrate major

muscles of anterior

compartment of leg

with their

attachment, nerve

supply and actions

Describe and

demonstrate origin,

course, relations,

branches (or

tributaries),

termination of


vessels of anterior

compartment of leg Explain the anatomical basis of foot drop Retinacula (Not mention in original module) AN 18.1, AN 18.2, An 18.3

Describe and

demonstrate the

type, articular

surfaces, capsule,

synovial membrane,


movements and

muscles involved,

blood and nerve

supply, bursae

around the knee joint

Explain the

anatomical basis of

locking and

unlocking of the

knee joint

Describe knee joint

injuries with its

applied anatomy

AN 18.4, AN 18.5,

AN 18.6

10-11am Define and classify

different types of

immunity. Describe the

development of

immunity and its

regulation

PY 2.10

TM- Lecture

Define and classify different

types of immunity. Describe

the development of

immunity and its regulation

PY 2.10

TM- Lecture

SDL (Anatomy)

ECE-Physiology

Define and classify

different types of

immunity. Describe

the development of

immunity and its

regulation

PY 2.10

TM- Lecture

11- 12 pm ESR &Haematocrit

DOAP

Demonstrate the

estimation of alkaline

phosphatase(GROUPB)

B111.14, practical

ESR &Haematocrit

DOAP


of alkaline

phosphatase(GROUPA)

B111.14, practical

Describe and

demonstrate the

type, articular

surfaces, capsule,

synovial membrane,


movements and

muscles involved,

blood and nerve

supply, bursae

around the hip joint

Describe anatomical

basis of

complications of

fracture neck of

femur

Describe dislocation

of hip joint and

surgical hip

replacement

AN 17.1, AN 17.2,

An 17.3

Osmotive fragility

DOAP

Demonstrate

Harvard step test and

describe the impact

on induced

physiologic

parameters in a

simulated

environment

PY 3.16

DOAP (1 hr)

Formative

Assessment

(1 hr)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection Demonstrate the anatomical

position of bony pelvis &

show boundaries of pelvic

inlet, pelvic cavity, and

pelvic outlet. AN 53.2

Tutorial on

Molecular Basis of

Muscle contraction

Sports and Extra-

curricular activities

Dissection (Anterior

Compartment of

Leg)

Dissection (knee

Joint)

DAY 7

08.01.20 wed

DAY 8

09.01.20thurs

DAY 9

10.01.20fri

DAY 10

11.01.20 sat

DAY 11

13.01.20mon

DAY 12

14.01.20tues

8-9 am Describe embryological basis of twinning in monozygotic & dizygotic twins Describe role of placental hormones in uterine growth & parturition AN 80.4, AN 80.5

Uses of health education;

principles of health

education; CM 4.1; Small

group teaching

SDL- Biochemistry

Discuss about Structure-

function relationships of

proteins- e.g. hb,

haemoglobinopathiesB15.2

Health education

methods CM4.1;

SDL

Describe abnormal

ECG, arrhythmias,

heart block and

myocardial

infraction

PY 5.6

Lecture

Describe the

digestion and

absorption of dietary

proteins

B15.3, lectures


demonstrate the major

muscles of back of leg

with their attachment,

nerve supply and

actions (Back of Leg)

Describe and

demonstrate the

origin, course,

relations, branches (or

tributaries),

termination of


vessels of back of leg

Explain the concept of

“Peripheral heart”

Explain the anatomical

basis of rupture of

calcaneal tendon

AN 19.1, AN 19.2,

AN 19.3, AN 19.4

Structural organization of

proteins ,B15.1, lectures

Lateral compartment of

Leg &PeronealRetinacula

AN 19.6 (a)

Protein purification

& protein sequencing

B15.2 SGT

Describe factors

maintaining

importance arches of

the foot with its

importance

AN19.5

Explain the

anatomical basis of

Flat foot & Club

foot

Explain the

anatomical basis of

Metatarsalgia&

Plantar fasciitis

AN 19.6 (b)

AN 19.7

10-11am Explain the gradation

of muscular activity

PY 3.12

TM- Lecture

Describe abnormal ECG,

arrhythmias, heart block and

myocardial infraction

PY 5.6

Lecture

SDL (Explain anatomical

basis of Osteoarthritis)

AN 18.7

ECE-Biochemistry:

Case discussion on

haemoglobinopathies

Describe the

mechanics soft

normal respiration,

pressure changes

during ventilation,

lung volume and

capacities, alveolar

surface tension,

compliance, airway

resistance,

ventilation, V/P

ratio, diffusion

capacity of lungs

PY6.2

Lecture

11- 12 pm Demonstrate Harvard

step test and describe

the impact on induced

physiologic

parameters in a

simulated environment

PY 3.16

DOAP


rationale of

biochemical tests done

in the following

conditionsproteinuria,

- nephrotic syndrome,

- edema(GROUPB)

B111.17, SGT

Demonstrate Harvard step

test and describe the impact

on induced physiologic

parameters in a simulated

environment

PY 3.16

DOAP


rationale of biochemical

tests done in the following

conditions proteinuria,

- nephrotic syndrome,

- edema(GROUPA)

B111.17, SGT

Dissection (lateral

compartment of leg)

Practical Revision

Demonstrate the

correct clinical

examination of the

respiratory system in

a normal volunteers

or simulated

environment

PY 6.9

DOAP

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection (Back of

the Leg)

Dissection Tutorial on Immunity Sports/extracurricular

activities

Demonstration of

Articulated Foot

(Tarsals &

Metatarsals)

Dissection

DAY 13

15.01.20 wed

DAY 14

16.01.20thurs

DAY 15

17.01.20fri

DAY 16

18.01.20 sat

DAY 17

20.01.20mon

DAY 18

21.01.20tues

8-9 am Describe and

demonstrate the type,

articular surfaces,

capsule, synovial


relations, movements

and muscles involved,

blood and nerve supply

of tibiofibular and ankle

joint

AN 20.1

Health education methods;

advantages and

disadvantages; CM 4.2; Small

group teaching

SDL-Physiology Health

education

methods;

advantages

and

disadvantage

s; (contd)CM

4.2; Small

group

teaching

Describe the mechanics soft

normal respiration, pressure

changes during ventilation,

lung volume and capacities,

alveolar surface tension,

compliance, airway

resistance, ventilation, V/P

ratio, diffusion capacity of

lungs

PY6.2

Lecture

Disposal of amino acid

nitrogen and detoxication of

urea

B15.4,lectures



articular surfaces,

capsule, synovial




blood and nerve supply

of tibiofibular and ankle

joint

AN 20.1

Explain

anatomical basis

of enlarged

inguinal lymph

nodes

Explain

anatomical basis

of varicose veins

and deep vein

thrombosis

AN 20.4, AN

20.5

Describe

common

disorders

associated

with protein

metabolism

General

reactions,

transaminati

on, its

metabolic

and

diagnostic

significance.

B15.4,SGT

Describe the layers of Sole

(Not mentioned in the

original Module)

Describe basic concept of

development of lower limb

AN20.10 (a)AN 20.10 (b)

Identify and describe the

salient features of sternum,

typical rib, Ist rib and

typical thoracic vertebra

Identify & describe the

features of 2nd

, 11th and 12

th

ribs, 1st, 11

th and 12

th

thoracic vertebrae

Describe & demonstrate the

boundaries of thoracic inlet,

cavity and outlet AN 21.1,

AN 21.2, AN 21.3

10-11am Describe the mechanics

soft normal respiration,


ventilation, lung volume


Define and classify different

types of immunity. Describe

the development of immunity

and its regulation

PY 2.10

Describe the

subtalar and

transverse tarsal

joints (SDL)

AN 20.2

Describe the mechanics soft

normal respiration, pressure

changes during ventilation,

lung volume and capacities,

alveolar surface tension,

surface tension,

compliance, airway



capacity of lungs

PY6.2

Lecture

TM- Lecture compliance, airway

resistance, ventilation, V/P

ratio, diffusion capacity of

lungs

PY6.2

Lecture

11- 12 pm Demonstrate the correct

clinical examination of

the respiratory system in

a normal volunteers or

simulated environment

PY 6.9

DOAP

Discuss the principles of

spectrophotometryB111.

18, Lectures,Small

group discussions

(GROUPB)


clinical examination of the

respiratory system in a normal

volunteers or simulated

environment

PY 6.9

DOAP

Discuss the principles of

spectrophotometry

B111.18,

Lectures,Small group

discussions (GROUPA)

Identify &

demonstrate

palpation of

femoral,

popliteal, post

tibial, anti

tibial&dorsalisp

edis blood

vessels in a

simulated

environment

(Demo)

Identify &

demonstrate

Palpation of

vessels (femoral,

popliteal,dorsalis

pedis,posttibial),

Mid inguinal

point, Surface

projection of:

femoral nerve,

Saphenous

opening, Sciatic,

tibial, common

peroneal& deep

peroneal nerve,

Great and small

saphenous veins

(Demo) AN

20.8, AN 20.9

Practical

Revision

AETCOM


technique to perform

measurement of peak

expiratory in a normal

volunteer or in simulated

environment

PY 6.10

Demonstration (1 hr)


(1 hr)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Identify the bones and

joints of lower limb

seen in anteroposterior

and lateral view

radiographs of various

regions of lower limb

(Demo) 20.6

Identify & demonstrate

important bony landmarks of

lower limb: -Vertebral levels

of highest point of iliac crest,

posterior superior iliac spines,

iliac tubercle, pubic tubercle,

ischial tuberosity, adductor

tubercle, -Tibial tuberosity, head of fibula,

-Medial and lateral

malleoli, Condyles of

femur and tibia,

sustentaculumtali,

tuberosity of fifth

metatarsal, tuberosity

of the navicular

(Demo) AN 20.7

Tutorial

Anatomy

SGT

Sports/extrac

urricular

activities

Dissection (Sole) Dissection (Thorax)

DAY 19

22.01.20 wed

DAY 20

23.01.20thurs

DAY 21

24.01.20fri

DAY 22

25.01.20 sat

DAY 23

27.01.20mon

DAY 24

28.01.20tues

8-9 am Explain embryological basis of estimation of fetal age. Describe various types of umbilical cord attachments Describe abnormal position placenta with applied importance (not included in original manual) AN80.6, AN 80.7AN 80. 7 (a)

Organizing health promotion

and education at

family/community level ;

CM4.2; Small group teaching

SDL-Biochemistry

Discuss urea cycle

disordersB15.4

Demonstrate steps in

evaluation of health

education program;

CM 4.3; Small group

teaching

Describe and

discuss local and

systemic

cardiovascular

regulatory

mechanism

PY 5.8

Lecture

Metabolic fate of

amino acid

carbon skeleton

(aromatic)

B15.4,SGT

9-10 am Describe & demonstrate

extent, attachments,

direction of fibres, nerve

supply and actions of

Mention

boundaries and

contents of the

superior, anterior,

Metabolic fate of

amino acid carbon

skeleton (Sulphur

containing)

Describe &

demonstrate the

external

appearance,

Mention the

blood supply,

lymphatic

drainage and

intercostal muscles

Describe & demonstrate

origin, course, relations and

branches of a typical

intercostal nerve

Mention origin, course and branches/ tributaries of:

1) anterior & posterior

intercostalvessels

2) internal thoracic vessels

Mention the origin, course, relations and branches of

1) atypical intercostal nerve

superior intercostal artery,

2) subcostalartery

AN 21.4, AN 21.5, AN 21.6,

AN 21.7

middle and

posterior

mediastinum AN21.11

B15.4,SGT

relations, blood

supply, nerve

supply,lymphatic

drainage and

applied anatomy of

oesophagus

Describe &

demonstrate the

extent, relations

tributaries of

thoracic duct and

enumerate its

applied anatomy

AN 23.1, AN 23.2

nerve supply of

pleura, extent of

pleura and

describe the

pleural recesses

and their applied

anatomy.

AN 24.1

10-11am Describe and discuss

haemodynamics of

circulatory system

PY. 5.7

Lecture

Describe and discuss local

and systemic cardiovascular

regulatory mechanism

PY 5.8

Lecture

SDL ( Describe

costochondral and

interchondral

joints)

AN 21.10

Describe and

discuss the

functions and

properties of

synapse, reflex,

receptors

PY 10.2

Lecture

11- 12

pm



measurement of peak



environment

PY 6.10

Demonstration




measurement of peak



environment

PY 6.10

Demonstration


Describe &

demonstrate type,

articular surfaces

& movements of

manubriosternal,

costovertebral,

costotransverse

and xiphisternal

joints

Describe &

Practical Revision

DOAP

ECE- Anatomy

Effect of posture

on vital capacity

DOAP (1 hr)

Formative

Assessment (1 hr) 12-1 pm

DAY 25

29.01.20 wed

DAY 26

30.01.20thurs

DAY 27

31.01.20fri

8-9 am Describe various methods of prenatal diagnosis Describe indications, process and disadvantages of amniocentesis Describe indications, process and disadvantages of chorion villus biopsy AN 81.1, AN 81.2, AN 81.3

Basic Concepts of Sociology, Society,

Community, Acculturation. Scial

stress etc; CM 2.1; Lecture

SDL –Physiology

9-10 am Identify side, external features and relations of structures

which form root of lung & bronchial tree and their clinical

correlate

Describe a bronchopulmonary segment

Identify phrenic nerve & describe its formation & distribution

Mention the blood supply, lymphatic drainage and nerve

supply of lungs

Describe the extent, length, relations, blood supply,

lymphatic drainage and nerve supply of trachea

AN 24.2, AN 24.3, AN 24.4, AN 24.5, AN 24.6

Metabolic fate of amino acid carbon

skeleton (Branched chain)

B15.4,SGT

Histology of Trachea and Lung (not

included in the original module)

10-11am Describe and discuss the functions and properties of synapse,

reflex, receptors

PY 10.2

Lecture

Describe the mechanics soft normal

respiration, pressure changes during

ventilation, lung volume and

capacities, alveolar surface tension,

compliance, airway resistance,

ventilation, V/P ratio, diffusion

capacity of lungs

PY6.2

Lecture

Identify, draw and label a slide of

trachea and lung (SDL)

AN 25.1

calcium and phosphorous

B111.11,practical(GROUPB)

calcium and phosphorous

B111.11,practical9GROUPA)

demonstrate

mechanics and

types of respiration

AN 21.8, AN 21.8

1-2 pm LUNCH BREAK

2-4 pm Dissection (thorax) Dissection (thorax) Tutorial

compliance &

Airway Resistance

SGT


activities

Dissection

(Mediastinum)

Dissection

(Lung)

11- 12 pm Effect of posture on vital capacity

DOAP (A)

Describe & discuss the composition of CSF

B111.15, (GROUP B)

Effect of posture on vital capacity

DOAP (B)

Describe & discuss the composition of

CSF

B111.15, (GROUP A)

Demonstration of Trachea and Lung

under microscope (not included in the

original module)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm FA 2 (anatomy-theory) FA 2 (anatomy-practical) Describe and discuss local and

systemic cardiovascular regulatory

mechanism

PY 5.8

Lecture

Teaching schedule for the month of February, 2020

DAY 1

01.02.20(sat)

DAY 2

03.02.20(mon)

DAY 3

04.02.20(tues)

DAY 4

05.02.20(wed)

DAY 5

06.02.20(thurs)

DAY 6

07.02.20(fri)

8-9 am Concept of

family, family

types, role of

family in health

and disease;

CM2.2; Small

group teaching

Describe and

differentiate the

mechanism of

action of steroid,

protein and amine

hormones

PY 8.6

Lecture

Metabolic fate

of amino acid

carbon skeleton

B15.4,Lectures

Describe embryological basis of twinning in monozygotic & dizygotic twins Describe role of placental hormones in uterine growth & parturition AN 80.4, AN 80.5

Describe the steps and perform socio

cultural and demographic assessment

of individual, family and community;

CM 2.1; Small group teaching

SDL-Describe

common

inborn errors

associated

with amino

acid

metabolism

B15.4

9-10 am

Biochemsitry

Describe and

demonstrate major

muscles of anterior

compartment of leg

with their

attachment, nerve

supply and actions

Describe and

demonstrate origin,

Describe and

demonstrate the

type, articular

surfaces,

capsule,

synovial

membrane,

ligaments,

relations,

movements and

Describe and demonstrate the

major muscles of back of leg

with their attachment, nerve

supply and actions (Back of

Leg)

Describe and demonstrate the

origin, course, relations,

branches (or tributaries),

termination of important nerves

Describe common inborn errors

associated with amino acid

metabolism

B15.4, Lectures

Lateral

compartment

of Leg

&Peroneal

Retinacula

(not mention

in original

module)

AN 19.6

FA- 2hrs

course, relations,

branches (or

tributaries),

termination of

important nerves

and vessels of

anterior

compartment of leg Explain the anatomical basis of foot drop Retinacula (Not mention in original module) AN 18.1, AN 18.2, AN 18.3

muscles

involved, blood

and nerve

supply, bursae

around the knee

joint

Explain the

anatomical basis

of locking and

unlocking of the

knee joint

Describe knee

joint injuries

with its applied

anatomy AN

18.4, AN 18.5,

AN 18.6

and vessels of back of leg

Explain the concept of

“Peripheral heart”

Explain the anatomical basis of

rupture of calcaneal tendon

AN 19., AN 19.2AN 19.3

AN 19.4


discuss the

functions and

properties of

synapse, reflex,

receptors

PY 10.2

Lecture

Describe the factors affecting

heart rate, regulation or cardiac

output and blood pressure

PY. 5.9

Lecture

Describe and discuss the transport of

respiratory gases; oxygen and carbon

dioxide

PY 6.3

Lecture

SDL (Explain

anatomical

basis of

Osteoarthritis)

AN 18.7

11- 12

pm

Practical

Revision

PY 6.8

PY 6.9

ECE- Physiology

Basic science

correlates

Describe test for

ESR, note the

finding and

interpret the test

result etc.

PY 2.12

Demonstration

(1hr)

Formative

Assessement

(1 hr)

Describe test for ESR, note the

finding and interpret the test

result etc.

PY 2.12

Demonstration

Observe use of commonly used

equipments/techniques in

biochemistry

Laboratory

Protein electrophoresis

B111.16,Demosnatration(GRO

UPB)

Describe test for ESR, note the

finding and interpret the test result

etc.

PY 2.12

Demonstration



biochemistry

Laboratory

Protein electrophoresis

B111.16,Demosnatration(GROUPBA

Dissection

(lateral

compartment

of leg)

12-1 pm Dissection

(lateral

compartment

of leg)

1-2 pm LUNCH BREAK

2-4 pm Sports and

Extra- curricular

activities

Dissection (Anterior

Compartment of

Leg)

Dissection (knee

Joint)

Dissection (Back of the Leg) Dissection (Back of the Leg) SGT-Anatomy

DAY 7

08.02.20 (sat)

DAY 8

10.02.20 (mon)

DAY 9

11.02.20(tues)

DAY 10

12.02.20(wed)

DAY 11

13.02.20(thurs)

DAY 12

14.02.20(fri)

8-9 am Assessment of

barriers to good

health and health

seeking behavior;

CM 2.3; Lecture

Describe and

discuss the

transport of

respiratory

gases; oxygen

and carbon

dioxide

PY 6.3

Lecture

Discuss the metabolic

processes that take

place in specific

organs in the body in

the fed and fasting

states

B16.1,lectures

Describe and

demonstrate the

type, articular

surfaces, capsule,

synovial membrane,


movements and

muscles involved,

blood and nerve

supply of ankle

joint AN 20.1

Concepts of social

psychology and

community behavior ;

CM 2.4; Lecture

SDL-Physiology

9-10 m Discuss important

amino acid

derivatives.

B15.4,

SGT/IL- Pediatrics

Describe factors

maintaining

importance

arches of the foot

with its

importance

Explain the

anatomical basis

Describe and


articular surfaces,

capsule, synovial




Describe and

demonstrate the

type, articular

surfaces, capsule,

synovial membrane,


movements and

muscles involved,

Discuss the metabolic

processes that take place

in specific organs in the

body in the fed and

fasting states

B16.1,lectures

Explain anatomical basis of

enlarged inguinal lymph nodes

Explain anatomical basis of

varicose veins and deep vein

thrombosis

AN 20.4AN 20.5

of Flat foot &

Club foot

Explain the

anatomical basis

of

Metatarsalgia&

Plantar fasciitis

AN19.5AN 19.6

(b)AN 19.7

blood and nerve

supply of tibiofibular

joint

AN 20.1

blood and nerve

supply of ankle

joint AN 20.1

10-11am

ECE-

Interpret

laboratory

results of

analytes

associated with

metabolism of

proteins.

B15.5

Describe the synthesis,

secretion, transport,

physiological actions,

regulation and affect

of altered (hypo and

hyper) secretion of

pituitary gland, and

hypothalamus

PY 8.2

Lecture

Describe and

discuss the

physiology of high

altitude and deep

sea diving

PY 6.4

Lecture


somatic sensation and

sensory tracts

PY. 10.3

Lecture

Describe the subtalar and

transverse tarsal joints (SDL)

AN 20.2

11- 12

pm

Practical Revision

PY 2.12

Describe test for

haematocrit, note the

finding and interpret

the test result.

PY 2.12



(1 hr)

Describe test for

haematocrit, note

the finding and

interpret the test

result.

PY 2.12

Demonstration (A)

Observe use of

commonly used

equipments:

autoannalyzer,QC

B111.16(GROUPB),

Demonstration

Describe test for

haematocrit, note the

finding and interpret the

test result.

PY 2.12

Demonstration (B)

Observe use of

commonly used

equipments:

autoannalyzer,QC

B111.16(GROUPA),

Demonstration

Identify & demonstrate palpation

of femoral, popliteal, post tibial,

anti tibial&dorsalispedis blood

vessels in a simulated

environment (Demo)

Identify & demonstrate Palpation

of vessels (femoral,

popliteal,dorsalispedis,posttibial)

, Mid inguinal point, Surface

projection of: femoral nerve,

Saphenous opening, Sciatic,

tibial, common peroneal& deep

peroneal nerve, Great and small

saphenous veins (Demo)

AN 20.8, AN 20.9

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Sports/extracurricular

activities

Demonstration

of Articulated

Foot (Tarsals &

Metatarsals)

Dissection Identify the bones

and joints of

lower limb seen in

anteroposterior

and lateral view

radiographs of

various regions of

lower limb

(Demo)

Identify & demonstrate

important bony

landmarks of lower

limb: -Vertebral levels

of highest point of iliac

crest, posterior superior

iliac spines, iliac

tubercle, pubic tubercle,

ischial tuberosity,

adductor tubercle, Tibial tuberosity, head of fibula,

Medial and

lateral malleoli,

Condyles of

femur and tibia,

sustentaculumtali

, tuberosity of

fifth metatarsal,

tuberosity of the

navicular(Demo)

SGT- Tutorial on describe and

differentiate the mechanism of

action of steroid, protein and

amine hormones

PY 8.6

DAY 13

15.02.20(sat)

DAY 14

17.02.20(mon)

DAY 15

18.02.20(tues)

DAY 16

19.02.20(wed)

DAY 17

20.02.20(thurs)

DAY 18

21.02.20(fri)

8-9 am Demonstrate in a

simulated

environment correct

assessment of socio

economic status;

CM2.2; Small group

teaching




regulation and affect of

altered (hypo and hyper)

secretion of pituitary

gland,

PY 8.2

Lecture


the metabolic

processes in which

nucleotides are

involved

B16.2,lectures

Explain embryological basis of estimation of fetal age. Describe various types of umbilical cord attachments Describe abnormal position placenta with applied importance (not included in original manual) AN80.6AN 80.7AN 80. 7 (a)

Discuss various

social security

measures to

control poverty;

CM 2.5; SDL

SDL – Biochemistry


metabolic processes in

which nucleotides are

involved

B16.2

9-10 am Describe the role of

oxidative stress in the

Describe the layers of

Sole (Not mentioned in Identify and describe

the salient features of

Describe &

demonstrate extent,

Describe and

discuss the

Mention boundaries and

contents of the superior,

pathogenesis of

conditions such as

cancer,

complications

of diabetes mellitus

and atherosclerosis

B16.7,

SGT/IL-

Medicine /physiology

the original Module)

Describe basic concept

of development of

lower limb. AN 20.10

(a)AN 20.10 (b)

sternum, typical rib,

Ist rib and typical

thoracic vertebra

Identify & describe

the features of 2nd

,

11th and 12

th ribs, 1

st,

11th and 12

th thoracic

vertebrae, Describe &

demonstrate the

boundaries of

thoracic inlet, cavity

and outlet AN 21.2,

AN 21.2, AN 21.3

attachments,

direction of fibres,

nerve supply and

actions of

intercostal muscles

Describe &

demonstrate origin,

course, relations and

branches of a typical

intercostal nerve,

Mention origin,

course and

branches/ tributaries

of:

3) anterior &

posterior

intercostalvessel

s

4) internal thoracic

vessels

5) Mention the

origin, course,

relations and

branches of

3) atypical

intercostal nerve

superior intercostal

artery,

4) subcostalartery

AN 21.4, AN 21.5,

AN 21.6, AN 21.7

metabolic

processes in

which

nucleotides are

involved

B16.2,lectures

anterior, middle and

posterior mediastinum

AN 21.11

10-11am AETCOM (10.00am-

1.00pm)

Describe the

synthesis, secretion,

transport,




hyper) secretion of

thyroid gland,

Describe and

discuss somatic

sensation and

sensory tracts

PY. 10.3

Lecture

Describe and

discuss motor

tracts,

mechanism of

maintenance of

tone, control of

body movements,

posture and

SDL ( Describe

costochondral and

interchondral joints)

AN 21.10

PY 8.2

Lecture

equilibrium and

vestibular

apparatus

PY 10.4

Lecture

11- 12 pm Practical Revision

PY 2.11

PY 6.8

AETCOM

CAL on amphibian

cardiac experiment

PY 3.18

Demonstration

CAL on amphibian

cardiac experiment

PY 3.18

Demonstration

CAL on

amphibian

cardiac

experiment

PY 3.18

Demonstration


type, articular surfaces &

movements of

manubriosternal,

costovertebral,

costotransverse and

xiphisternal joints


mechanics and types of

respiration

AN 21.8, AN 21.9

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Sports/extracurricular

activities

Dissection (Sole) Dissection (Thorax) Dissection (thorax) Dissection

(thorax)

Tutorial on Describe and

discuss the transport of

respiratory gases; oxygen

and carbon dioxide

PY 6.3

SGT

DAY 19

24.02.20(mon)

DAY 20

25.02.20(tues)

DAY 21

26.02.20(wed)

DAY 22

27.02.20(thurs)

DAY 23

28.02.20(fri)

DAY 24

29.02.20(sat)


motor tracts,

mechanism of

Describe the common

disorders associated with

nucleotide metabolism,

Describe various methods of prenatal diagnosis

Discuss poverty,

its relation to

health and

SDL - Physiology Community behavior

and its impact on

health and disease,

maintenance of tone,

control of body

movements, posture

and equilibrium and

vestibular apparatus

PY 10.4

Lecture

B16.3,lectures Describe indications, process and disadvantages of amniocentesis Describe indications, process and disadvantages of chorion villus biopsy AN 81.1, AN 81.2, AN 91.3

disease, social

security

measures

CM2.5; Small

group teaching

Social problems;

CM2.4; Small group

teaching

9-10 am Describe &

demonstrate the

external appearance,

relations, blood

supply, nerve

supply,lymphatic

drainage and applied

anatomy of

oesophagus

Describe &

demonstrate the

extent, relations

tributaries of thoracic

duct and enumerate

its applied anatomy

AN 23.1

Mention the blood supply,

lymphatic drainage and

nerve supply of pleura,

extent of pleura and

describe the pleural

recesses and their applied

anatomy

AN 24.1

Identify side,

external features and

relations of

structures which

form root of lung &

bronchial tree and

their clinical

correlate

Describe a

bronchopulmonary

segment

Identify phrenic nerve

& describe its

formation &

distribution

Mention the blood

supply, lymphatic

drainage and nerve

supply of lungs

Describe the extent,

length, relations,

blood supply,

lymphatic drainage

and nerve supply of

trachea

AN 24.2, AN 24.3,

AN 24.4, AN 24.5,

AN 24.6

Describe the

biochemical

role of vitamins

in the body and

explain the

manifestations

of their

deficiency-VitA,

E

B16.5, lectures

Histology of

Trachea and Lung

(not included in the

original module)

Discuss the

laboratory results of

analytes associated

with gout

&LeschNyhan

syndrome

B16.4, IL-

G.Medicine

10-11am

ECE- Anatomy






secretion of pituitary

gland, thyroid gland,

parathyroid gland, adrenal

gland, pancrease and

hypothalamus

PY 8.2

Lecture






hyper) secretion of

pituitary gland, thyroid

gland, parathyroid

gland, adrenal gland,

pancrease and

hypothalamus

PY 8.2

Lecture

Describe

structure and

function of

kidney

PY 7.1

Lecture

Identify, draw and

label a slide of

trachea and lung

(SDL)

AN 25.1

11- 12 pm CAL on nerve muscle

experiment

PY 3.18



(1hr)

CAL on nerve muscle

experiment

PY 3.18

Demonstration

CAL on nerve

muscle

experiment

PY 3.18

Demonstration

Demonstration of

Trachea and Lung

under microscope

(not included in the

original module)

Practical Revision

PY 3.18 12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection

(Mediastinum)

Dissection (Lung) Dissection (thorax) Dissection

(thorax)

SGT- Tutorial on

describe and

discuss the function

and properties of

synapse, reflex and

receptors

PY 10.2


activities

Teaching schedule for the month of March, 2020

DAY 1

02.03.20(mon)

DAY 2

03.03.209tues)

DAY 3

04.03.20(wed)

DAY 4

05.03.20(thurs)

DAY 5

06.03.20(fri)

DAY 6

07.03.20(sat)

8-9 am Describe the factors

affecting heart rate,

regulation of cardiac

output & blood pressure

PY 5.9

Lecture

Describe the

biochemical role of

vitamins in the

body and explain

the manifestations

of their deficiency-

VitD,

B16.5, lectures

Describe

development of

pleura, lung &

heart- 1

AN 25.2

Describe the

common sources of

various nutrients;

Nutritional

requirements as per

age, sex, activity

etc; CM 5.1;

Lecture

SDL –Biochemistry

Describe the

biochemical role of

vitamins in the body

and explain the

manifestations of

their deficiency-VitK

B16.5

Describe methods of

nutritional

assessment of

individuals ,family

and community;

CM5.2; Lecture


subdivisions, sinuses in

pericardium, blood supply

and nerve supply of

pericardium

AN 22.1

Describe &

demonstrate

external and

internal features of

each chamber of

heart

AN 22.2

Describe

development of

pleura, lung &

heart – II

AN 25.2

Describe the

biochemical role of

vitamins in the

body and explain

the manifestations

of their deficiency-

VitC

B16.5, lectures

Describe &

demonstrate origin,

course and branches

of coronary arteries

Describe anatomical

basis of ischemic

heart disease

Describe &

demonstrate the

formation, course,

tributaries and

termination of

coronary sinus

Describe the fibrous

skeleton of heart

Mention the parts,

position and arterial

supply of the

conducting system of

heart

Describe the

biochemical role of

vitamins in the body

and explain the

manifestations of

their deficiency –

B1,B2,B3

B16.5,

IL-General

.Medicine

AN 22.3AN22.4

AN22.5AN22.6

AN22.7

10-11am

ECE- Physiology

Describe the factors


regulation of

cardiac output &

blood pressure

PY 5.9

Lecture

Describe and

discuss the

physiology of high

altitude and deep

sea diving

PY 6.4

Lecture

Explain the basis

and rationale of

biochemical tests

done in the

following

conditions:

renal failure,

gout(GROUPB)

SGD

Describe the


transport,

physiological

actions, regulation

and affect of altered

(hypo and hyper)

secretion of

pituitary gland,

thyroid gland,

parathyroid gland,

adrenal gland,

pancrease and

hypothalamus

PY 8.2

Explain the basis

and rationale of

biochemical tests

done in the

following

conditions:

renal failure,

gout(GROUPA)

SGD

Lecture

SDL (Case Based

study on Ischemic

Heart Disease)

11- 12 pm Describe the

finding and

interpret of osmotic

fragility

PY 2.12

Demonstration

Describe the

finding and


fragility

PY 2.12

Demonstration

Describe the

finding and


fragility

PY 2.12

Demonstration

Dissection (Heart) Practical Revision

PY 2.11

PY 3.18 12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection (Pericardium) Dissection (Heart) Dissection (Heart) Dissection (Heart) SGT- Anatomy Sports/extracurricular

activities

DAY 7

09.03.20(mon)

DAY 8

11.03.20(wed)

DAY 9

12.03.20(thurs)

DAY 10

13.03.20(fri)

DAY 11

14.03.20

(sat)

DAY 12

16.03.20(mon)


motor tracts,

mechanism of


control of body

movements, posture

and equilibrium and


PY 10.4

Lecture

Describe fetal circulation

and changes occurring at

birth

Describe embryological

basis of:

1) ASD, 2) VSD 3)

Fallot’stetralogy&

4) tracheo-

oesophageal fistula

Describe developmental

basis of congenital

anomalies, transposition of

great vessels, dextrocardia,

patent ductusarteriosus and

coarctation of aorta

AN 25.3, AN 25.4, AN 25.5

Demonstrate correct

method of nutritional

assessment in

individual; CM 5.2;

Small group teaching

SDL – Physiology Demonstrate

correct

method of

nutitional

assessment

in family/

community

setting; CM

5.2

Small group

teaching





altered (hypo and

hyper) secretion of

pituitary gland, thyroid

gland, parathyroid


pancrease and

hypothalamus

PY 8.2

Lecture

9-10 am Describe &

demonstrate the

external appearance,

relations, blood

supply, nerve

supply,lymphatic

drainage and

applied anatomy of

oesophagus

Describe &

demonstrate the

extent, relations

tributaries of

thoracic duct and

Mention development of

aortic arch arteries, SVC,

IVC and coronary sinus

AN25.6

Describe &

demonstrate origin,

course, relations,

tributaries and

termination of

superior venacava,

azygos,

hemiazygos and

accessory

hemiazygos veins

Mention the extent,

branches and

relations of arch of

aorta & descending

Describe the

biochemical

role of

vitamins in

the body and

explain the

manifestation

s of their

deficiency –

B5,B6,B7

B16.5

IL- General

medicine

FA- 1hr

Describe

&demonstrate

the Planes

regions &

Quadrants of

abdomen.Des

cribe &

identify the

Fascia, nerves

& blood

vessels of

anterior

abdominal

wall,

Describe &

enumerate its

applied anatomy

AN 23.1, AN 23.2

thoracic aorta

AN 23.3, AN 23.4

demonstrate

attachments

of muscles of

anterior

abdominal

wall AN 44.1,

AN 44.2, AN

44.6

10-11am

ECE- Biochemistry

Case discussion on

Vitamin deficiency






secretion of pituitary gland,

thyroid gland, parathyroid


pancrease and hypothalamus

PY 8.2

Lecture

Describe the


transport,




hyper) secretion of

pituitary gland,

thyroid gland,

parathyroid gland,

adrenal gland,

pancrease and

hypothalamus

PY 8.2

Lecture

Case based study on

congenital heart

disease (SDL) AN

20.2

AETCOM 11- 12 pm Describe steps for

reticulocyte count

PY 2.13

Demonstration

Outline the basic principles

involved in the functioning

of instruments commonly

used in a biochemistry

laboratory and their

applications- ELISA, RIA,

flame photometer.

B111.19. SGT(GROUPB)

Describe steps for

reticulocyte count

PY 2.13

Demonstration

Outline the basic

principles involved in

the functioning of

instruments commonly

used in a biochemistry


applications- ELISA,

RIA, flame

photometer.

B111.19.

SGT(GROUPA)

Identify & Mention

the location and

extent of thoracic

sympathetic chain

Describe the

splanchnic nerves

Mention the extent,

relations and applied

anatomy of

lymphatic duct

Followed by

dissection

AN 23.5, AN 23.6,

AN 23.7

Practical

Revision

Py 2.12

PY 3.18

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection

(Mediastinum)

Identify structures seen on a

plain x-ray chest (PA view)

AN 25.7

Identify and describe

in brief a barium

swallow

Demonstrate surface

marking of lines of

pleural reflection,

lung borders and

fissures, trachea,

heart borders, apex

beat & surface

projection of valves

of heart AN 25.8,

AN 25.9

SGT- Tutorial on

Describe the factors



output & blood

pressure

PY 5.9, Lecture

Dissection Dissection (Anterior

Abdominal Wall)

HOLIDAY – 10.03.2020

DAY 13

17.03.20(tues)

DAY 14

18.03.20Wed)

DAY 15

19.03.20

DAY 16

20.03.20

DAY 17

21.03.20

DAY 18

23.03.20(mon)

8-9 am Describe the

biochemical role of

vitamins in the

body and explain

the manifestations

of their deficiency –

Folic acid,B12

B16.5

Lectures

Describe the development of anterior abdominal wall Describe the development and congenital anomalies of Diaphragm Describe the Development of Gut (not included in original Module) AN 52.4, AN 52.5

2nd

Internal Examination

Describe muscular

dystrophy:

myopathies

PY 3.13

Lecture

9-10 am Describe the

formation of rectus

sheath and its

contents

AN 44.3

Describe the

development and

congenital

anomalies of:

Foregut, Midgut&

Hindgut

Describe rotation of

Anatomy (Revision

)

Gut (not included in

original Module)

AN 52.6

Theory


discuss motor

tracts, mechanism

of maintenance of

tone, control of

body movements,

posture and

equilibrium and


PY 10.4

Lecture

Explain the

gradation of

muscular activity

PY 3.12

Lecture

ECE-Anatomy

11- 12 pm CAL for nerve

muscle experiment

PY 3.18

Demonstration

CAL for nerve

muscle experiment

PY 3.18

Demonstration

Outline the basic

principles involved

in the functioning of

instruments

commonly used in a

biochemistry


applications-

Chemiluminescence.

B111.19.

SGT(GROUPB)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection (Rectus

Sheath)

Model

Demonstration

(Development of

gut)

Anatomy

(Revision)

DAY 19

24.03.20(tues)

DAY 20

24.03.20(wed)

DAY 21

26.03.20(thurs)

DAY 22

27.03.20(fri)

DAY 23

28.03.20(sat)

DAY 24

30.03.20(mon)

DAY 25

31.03.20(tues)

8-9 am

2nd

Internal Exam

Practical

24th – 26

th March, 2019

SDL –Biochemistry

Discuss and interpret results of

Arterial Blood Gas (ABG)

analysis in various disorders.

pH, Buffer, physiological buffer

systems

B16.8

Define and describe

common nutrition

related disorders;

CM5.3; SDL

Describe the

composition,

mechanism of

secretion, functions

and regulation of

saliva, secretion

PY 4.2

Lecture

AN 47.1

Discuss about

ascid base

imbalances-

B16.8

Lectures

9-10 am Describe & demonstrate extent,

boundaries, contents of Inguinal

canal including Hesselbach’s

triangle.


inguinal hernia.

Enumerate common Abdominal

incisions

AN 44.4, AN 44.5, AN 44.7

Regulation of blood

pH, acidosis,

alkalosis

ABG Analysis and

interpretation

B16.8

IL-G.Medicine

Describe

Thoracolumbar

fascia

Describe &

demonstrate Lumbar

plexus for its root

value, formation &

branches

Mention the major

subgroups of back

muscles, nerve

supply and action

Describe important

nerve plexuses of

posterior abdominal

wall

AN 45.1, AN 45.2,

AN 45.3, AN 47.12

Describe &

identify

boundaries and

recesses of

Lesser &

Greater sac

Name &

identify various

peritoneal folds

& pouches with

its explanation Explain anatomical basis of Ascites & Peritonitis Explain

anatomical

basis of

Subphrenic

abscess

AN 47.1, AN

47.2, AN 47.3,

AN 47.4

10-

11am

SDL ( Inguinal Hernia )

AN 21.10

Describe the

composition,

mechanism of

secretion,

functions and

regulation of,

gastric,

PY 4.2 & PY

4.7

Lecture

AN 47.5

11- 12

pm

Dissection (Inguinal Region)

AN 21.8

Practical Revision

PY 3.18

ECE- Physiology Visit to

Endoscopy

Unit

PY 4.8

Demonstration

(1 hr)

Formative

Assessment

(1 hr)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm SGT- Tutorial on Describe the

synthesis, secretion, transport,

physiological actions, regulation

and affect of altered (hypo and

hyper) secretion of pituitary

gland and hypothalamus

PY 8.2


activities

Dissection Dissection

(Peritoneum)

Teaching schedule for the month of April, 2020

DAY 1

01.04.20(WED)

DAY 2

03.04.209(fri)

DAY 3

04.04.20(sat)

DAY 4

06.04.20(mon)

DAY 5

07.04.20(tues)

DAY 6

08.04.20(wed)

8-9 am Describe &

demonstrate major

viscera of abdomen

(stomach) under

following headings

(anatomical position,

external and internal

features, important

peritoneal and other

relations, blood supply,

nerve supply,


applied aspects)

AN 47.5 (1)

SDL-Biochemistry

Discuss about acid

base imbalances-

B16.8

Describe common

nutrition related

disorders, control and

management; CM 5.3;

Lecture

Describe the

physiology of thymus

and pineal gland

PY 8.3

Lecture

Describe the functions

of various minerals in

the body, their

metabolism and

homeostasis-Fe,I

B16.9, lectures

Describe &

demonstrate

major viscera

of abdomen

(Spleen &

Pancreas)

under

following

headings

(anatomical

position,

external and

internal

features,

important

peritoneal

and other

relations,

blood supply,

nerve supply,

lymphatic

drainage and

applied

aspects) AN

47.5 (5)

9-10 am Describe &

demonstrate major

viscera of abdomen

(Small Intestine) under

following headings



features, important


Describe &

identify the

microanatomical

features of Gastro-

intestinal system:

Oesophagus,

Fundus of

stomach, Pylorus

of stomach,

Duodenum,

Describe the functions

of various minerals in

the body, their

metabolism and

homeostasis- Ca, P,

Na,K-

B16.9

IL:Physiology/Medicine

Describe &

demonstrate major

viscera of abdomen

(Liver) under

following headings

(anatomical

position, external

and internal

features, important

Describe &

demonstrate major

viscera of abdomen

(Biliary System)

under following

headings (anatomical

position, external and

internal features,

important peritoneal

Explain the

anatomical

basis of

Splenic notch,

Accessory

spleens, Kehr’s

sign, Different

types of

vagotomy,

relations, blood supply,

nerve supply,


applied aspects)

AN 47.5 (2)

Jejunum, Ileum.

Describe &

identify the

microanatomical

features of

Cardiooesophageal

junction

AN 52.1 (1), AN

52.3


relations, blood

supply, nerve

supply, lymphatic

drainage and

applied aspects)

AN 47.5 (3)

and other relations,

blood supply, nerve

supply, lymphatic

drainage and applied

aspects)

Mention the clinical

importance of Calot’s

triangle

Describe & identify

the formation, course

relations and

tributaries of Portal

vein, Inferior vena

cava & Renal vein

Enumerate the sites

of porto-systemic

anastomosis

Explain the anatomic

basis of

hematemesis& caput

medusae in portal

hypertension

AN47.5 (4)AN 47.7

AN 47.8AN 47.10

AN 47.11

Liver biopsy

(site of needle

puncture),

Referred pain

in

cholecystitis,

Obstructive

jaundice,

Referred pain

around

umbilicus,

Radiating pain

of kidney to

groin &

Lymphatic

spread in

carcinoma

stomach

AN 47.6

10-11am

Describe the

composition, mechanism

of secretion, functions

and regulation of bile

secretion

PY 4.2


structure and function of

liver & GB

PY 4.7

Lecture

AN 47 (Alignment)

Visit to Endoscopy Unit

PY 4.8

Demonstration

Identify, draw and

label a slide of

stomach and

duodenum (SDL)

AN 25.1

ECE – Biochemistry

Case discussion on

diabetes mellitus

(bedside)


sex determination, sex

differentiation and their

abnormalities and

outline psychiatry and

practical implication of

sex determination

PY 9.1

Lecture

Describe and

discuss sex

determination,

sex

differentiation

and their

abnormalities

and outline

psychiatry and

practical

implication of

sex

determination

PY 9.1

Lecture

11- 12 pm

Demonstrate estimation

of calcium and

phosphorous

B111.11,

Practical(GROUPB)

revision

Demonstration of

histological slides

of Stomach and

Small intestine

under microscope

Practical Revision

PY 2.11

PY 3.14

Demonstrate clinical

examination of

abdomen

PY 4.10

Demonstration

&DOAP

Demonstrate

clinical

examination of

abdomen

PY 4.10

Demonstration

& DOAP

Observe use of

commonly used

equipments/tec

hniques in

biochemistry

laboratory

including

•DNA isolation

from blood/

tissue

B111.16

Demonstration

GROUPB

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection &

Demonstration (stomach

& Small intestine)

SGT-Anatomy Sports/extracurricular

activities

Dissection &

demonstration(Liver)

Dissection

(Hepatobiliary Tree)

Dissection

(Abdomen)

Identify & hold the

bone in the anatomical

position, Describe the

salient features,

articulations &

demonstrate the

attachments of muscle

groups

Define true pelvis and

false pelvis and

demonstrate sex

determination in male

& female bony pelvis

Explain and

demonstrate clinical

importance of bones of

abdominopelvic region

(sacralization of

lumbar vertebra,

Lumbarization of 1st

sacral vertebra, types

of bony pelvis &

Coccyx) AN 43.1, AN

43.3, AN 43.4

DAY 7

09.04.20(thurs)

DAY 8

11.04.20(sat)

DAY 9

13.04.20(mon)

DAY 10

14.04.20(tues)

DAY 11

15.04.20(wed)

DAY 12

16.04.20(thurs)

8-9 am Plan and recommend a

suitable diet for

individuals and families

based on local availability

and SE status; CM 5.3;

Small group teaching

Describe the

methods of

nutritional

surveillance,

nutritional

education; CM 5.5;

Lecture

Describe the factor


regulation of

cardiac output and

blood pressure

PY 5.9

Lecture

Describe the functions of

various minerals in the

body, their metabolism and

homeostasis-Se,Fl,Mb

B16.9, lectures

Describe the

development of

urinary system

Development of

Male and female

reproductive

system AN

52.7AN52.8

Demonstrate

Nutritional education

and rehabilitation in

context of socio

cultural factors;

CM5.5; Small group

teaching

9-10 am Describe the functions of

various minerals in the

body, their metabolism

and homeostasis-Zn,Cu

B16.9, lectures

Biochemistry

FA- 2hrs

Describe &

demonstrate major

viscera of abdomen

(Large intestine &

appendix)

AN47.5 (6)

Describe & demonstrate the

attachments, openings,

nerve supply & action of

thoracoabdominaldiaphrag

m

Describe the abnormal

openings of diaphragm and

diaphragmatic hernia. AN

47.13, AN 47.14

Describe &

identify the

muscles of Pelvic

diaphragm

Describe &

demonstrate the

(position, features,

important


relations, blood

supply, nerve

supply, lymphatic

drainage and

clinical aspects of)

important male &

female pelvic

viscera. AN 48.1,

AN 48.2

Enumerate and

describe the disorders

associated with

mineral metabolism

B16.10, lectures


puberty: onset,

progression, stages ;early

and delayed puberty and

outline adolescent clinical

and psychological

association

PY 9.2

Lecture

AETCOM

Describe the composition,

mechanism of secretion,

functions and regulation of

pancreatic, secretion

PY 4.2

Lecture

AN 47

Describe female

reproductive

system: a)

functions of ovary

and its control b)

menstrual cycle –

hormonal, uterine

and ovarian

changes

PY 9.4

Lecture

AN 48

Describe the

composition,

mechanism of

secretion, functions

and regulation of,

intestinal juices

secretion

PY 4.2

Lecture

AN 47

11- 12 pm

Demonstrate clinical

examination of abdomen

PY 4.10

Demonstration & DOAP

Observe use of commonly

used


biochemistry

laboratory including

•DNA isolation from

blood/ tissue

B111.16

Demonstration

GROUPA

Practical Revision

PY 4.10

Describe steps for platelet

count

PY 2.13


Formative Assessment (1 hr)

Describe steps for

platelet count

PY 2.13

Demonstration

Calculate albumin:

globulin (AG) ratio

and creatinine

clearance

B111.22

SGT(GROUPB)

Describe steps for

platelet count

PY 2.13

Demonstration

Calculate albumin:

globulin (AG) ratio

and creatinine

clearance

B111.22

SGT(GROUPA)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Describe & identify the

origin, course, important

relations and branches of

Abdominal aorta, Coeliac

trunk, Superior

mesenteric, Inferior

mesenteric & Common

iliac artery AN 47.9

Demonstrate the

surface marking

of; Regions and

planes of

abdomen,

Superficial

inguinal ring, Deep

inguinal ring ,

McBurney’s point,

Describe & identify the

special radiographs of

abdominopelvic region

(contrast X ray Barium

swallow, Barium meal,

Barium enema,

Cholecystography,

Intravenous pyelography

Describe &

demonstrate the

type, articular

ends, ligaments

and movements

of Intervertebral

joints, Sacroiliac

joints & Pubic

2-3 pm

Describe &

demonstrate urinary

bladder under

following headings



features, important


Renal Angle &

Murphy’s point

AN 55.1

&Hysterosalpingography)

AN54.2

symphysis

AN 50.2

relations, blood

supply, nerve supply,

lymphatic drainage

and applied aspects)

Explain the

anatomical basis of

suprapubiccystostomy

, Urinary obstruction

in benign prostatic

hypertrophy.

Describe the

neurological basis of

Automatic bladder.

Mention the lobes

involved in benign

prostatic hypertrophy

& prostatic cancer

ANAN48.5 (1)

AN 48.5AN 48.6AN

48.7

3-4 pm

Dissection and

demonstration of

Urinary Bladder

DAY 13

17.04.20(fri)

DAY 14

18.04.20(sat)

DAY 15

20.04.20(mon)

DAY 16

21.04.20(tues)

DAY 17

22.04.20(wed)

DAY 18

23.04.209thurs)

8-9 am SDL- Physiology CM

FA: 1 hour

Describe GIT

Movement,

regulation and

functions. Describe

defecation reflex.

Explain role of

dietary fibers

PY. 4.3

Lecture

AN 47

Describe the

functions of haem

in the body and

describe the

processes involved

in its metabolism

and describe

porphyrin

metabolism

B16.11,lectures

Describe & identify

the micro

anatomical features

of

Liver, Gall bladder,

Pancreas &

Suprarenal gland

AN 52. 1 (2)

SDL: Biochemistry

9-10 am Describe &

demonstrate the

superficial & deep

perineal pouch

(boundaries and

contents)

Describe & identify

Perineal body.

Describe &

demonstrate

Perineal membrane

in male & female.

AN49.1AN 49.2AN 49.3

Describe the

biochemical

processes involved in

generation of energy

in cells

B16.6,

SGT

Describe &

demonstrate

boundaries, content

& applied anatomy

of Ischiorectal

fossa.

Explain the

anatomical basis of

Perineal tear,

Episiotomy,

Perianal abscess

and Anal fissure

AN 49.4, AN 49.5

Describe &

demonstrate Uterus

under following

headings Explain

the anatomical

basis of

Retroverted uterus,

Prolapse uterus,

Tubal pregnancy &

Tubal ligation

AN 48.5 (2)

AN 48.5 (3)

Demonstration of

histological slides

of Liver, Gall

bladder, Pancreas &

Suprarenal gland

Bilirubin

Biosynthesis &

Breakdown

B16.11,lectures

10-11am SDL (Describe &

demonstrate the origin,

course, important

relations and branches

of internal iliac artery

Describe the branches of

sacral plexus)

AN 48.3AN 48.4

ECE

Gr A (Anatomy)

Gr B (Phy)

Gr C (Bio)

Describe female

reproductive

system: a)

functions of ovary

and its control b)

menstrual cycle –

hormonal, uterine

and ovarian

changes

PY 9.4

Lecture

AN 48

Describe female

reproductive

system: a) functions

of ovary and its

control b) menstrual

cycle – hormonal,

uterine and ovarian

changes

PY 9.4

Lecture

AN 48

Describe

reproductive

system: functions of

testis and control of

spermatogenesis &

factors modifying it

and outline its

association and

psychiatric illness

PY 9.3

Lecture

AN 46

11- 12 pm

Practical Revision

PY 2.13

PY 4.10

Demonstrate

clinical

Examination of

CVS

PY 5.15

DOAP

Demonstrate

clinical

Examination of

CVS

PY 5.15

DOAP

Demonstrate the

estimation of serum

bilirubin

B111.12,Practical

(GROUPB)

Demonstrate

clinical

Examination of

CVS

PY 5.15

DOAP

Demonstrate the

estimation of serum

bilirubin

B111.12,Practical

(GROUPA)

12-1 pm

1-2 pm

2-4 pm SGT- Tutorial on

Describe the factor



output and blood pressure

PY 5.9


activities

Dissection

(Ischiorectal fossa)

Dissection &

Demonstration of

(uterus and

associated organs)

2-3 pm

Microanatomy of

Female

reproductive

system: Ovary,

Uterus, Uterine

tube, Cervix,

Placenta &

Umbilical cord

AN 52.2 (2)

Demonstrate

the surface

projections of:

Stomach,

Liver, Fundus

of gall bladder,

Spleen,

Duodenum,

Pancreas,

Ileocaecal

junction,

Kidneys &

Root of

mesentery

AN55.2

3-4 pm

Demonstration of

histological slides

of Female

reproductive organs

DAY 19

24.04.20(fri)

DAY 20

25.04.20(sat)

DAY 21

27.04.20(MON)

DAY 22

28.04.209tues)

DAY 23

29.04.209wed)

DAY 24

30.04.20(thurs)

8-9 am SDL- Biochemistry

Discuss about Porhyrias

B16.11

CM

FA: 1 hour

Describe GIT

Movement,

regulation and

functions.

Describe

defecation reflex.

Explain role of

dietary fibers

PY. 4.3

Lecture

AN 47

Describe the major types

of haemoglobin and its

derivatives found in the

body and their

physiological/

pathological relevance

B16.12,Lectures

Describe &

demonstrate the

origin, course,

important

relations and

branches of

internal iliac

artery

Describe the

branches of

sacral plexus

AN 48.3, AN

48.4

SDL: Physiology


coverings, internal structure, side

determination, blood supply, nerve

supply, lymphatic drainage &

descent of testis with its applied

anatomy

Describe parts of Epididymis

Describe Penis under following

headings: (parts, components,

blood supply and lymphatic

drainage)


Varicocoele, Explain the

anatomical basis of Phimosis&

Circumcision

AN46.1AN 46.2AN 46.3AN 46.4

AN 46.5

Discuss about

jaundice

B16.11,

IL-

Physilogy/Pathology/

G.Medicine

Describe &

demonstrate the

origin, course,

important

relations and

branches of

internal iliac

artery

Describe the

branches of

sacral plexus

AN48.3

AN 48.4

Describe the curvatures

of the vertebral column

Describe lumbar

puncture (site, direction

of the needle, structures

pierced during the

lumbar puncture)


basis of Scoliosis,

Lordosis, Prolapsed disc,

Spondylolisthesis&Spina

bifida

AN50.1AN 50.3

AN 50.4

Describe &

demonstrate the

type, articular

ends, ligaments

and movements

of Intervertebral

joints, Sacroiliac

joints & Pubic

symphysis

AN 50.2

Describe the

major types of

haemoglobin and

its derivatives

found in the body

and their

physiological/

pathological

relevance

B16.12,Lectures

10-11am Demonstrate the anatomical

position of bony pelvis & show

boundaries of pelvic inlet, pelvic

cavity, pelvic outlet

Describe & identify features of

ECE (10am-

1.00Pm)

Gr A (Phy)

Gr B (Bio)

Gr C (Anatomy))

Describe reproductive

system: functions of

testis and control of

spermatogenesis &

factors modifying it and

outline its association

Describe GIT

Movement,

regulation and

functions. Describe

defecation reflex.

Explain role of

Describe and

discuss the

physiological

effects of sex

hormones

plain X ray abdomen

AN 53.2, AN 54.1

and psychiatric illness

PY 9.3

Lecture

AN 46

dietary fibers

PY. 4.3

Lecture

AN 47

PY 9.5

Lecture

11- 12 pm Describe & identify the

microanatomical features of:

Urinary system: Kidney, Ureter &

Urinary bladder AN 52.2 (2)

Practical Revision

PY 2.13

PY 5.15

Observe cardio vascular

AFT

PY 5.14



(1 hr)

Observe cardio

vascular AFT

PY 5.14

Demonstration

Observe cardio

vascular AFT

PY 5.14

Demonstration

12-1 pm Histological slide demonstration

of Urinary System

1-2 pm LUNCH BREAK

2-4 pm SGT- Tutorial on Describe the

composition, mechanism of

secretion, functions and regulation

of saliva, gastric, pancreatic,

intestinal juices and bile secretion

PY 4.2

AN 47


activities

FA 3 (anatomy-

theory)

(Describe & identify the

cross-section at the level

of T8, T10 and L1

(transpyloric plane)) Describe & identify the midsagittal section of male and female pelvis Describe role of ERCP, CT abdomen, MRI, Arteriography in radiodiagnosis of abdomen AN 51.1AN51.2

AN 54.3

Describe &

identify the

microanatomical

features ofMale

Reproductive

System: Testis,

Epididymis,Vas

deferens, Prostate

& penis

AN 52.2 (3)

FA 3 (anatomy

practical)

Histology

Demonstration of

Male reproductive

organ under

microscope

Teaching schedule for the month of May 2020

DAY 1

01.05.20 (Friday)

DAY 2

02.05.20 (Saturday)

DAY 3

04.05.20

(Monday)

DAY 4

05.05.20 (Tuesday)

DAY 5

06.05.20 (Wednesday)

8-9 am SDL- Physiology Practical demo –

Describe the features of

normafrontalis and

lateralis

SGT, DOAP

EUPHORIA: COLLEGE WEEK

9-10 am Anatomical position of skull,

Identify and locate individual

skull bones in skull

AN26.1

SGT, DOAP

VERTICAL

INTEGRATION WITH

GENERAL SURGERY

Describe the layers of scalp

and temple, its blood supply,

its nerve supply and surgical

importance

AN27.1

Describe emissary veins with

its role in spread of infection

from extracranial route to

intracranial venous sinuses

AN27.2

Lectures

Describe the functions of

the kidney, liver thyroid

and adrenal glands.

Describe the tests

&abnormalities

B16.13,16.14, 16.15

SGT/IL

FA- 1hr

10-11am SDL- Anatomical position of skull

and identifying skull bones

11- 12 pm Describe the features of

normaverticalis

AN26.2a

SGD, DOAP

Record arterial pulse

tracing using finger

plethysmography

PY 5.16

Demonstration

12-1 pm Dissection & Demo-

Scalp, skull &normaverticalis

Practical, SGD, DOAP

1-2 pm LUNCH BREAK

LUNCH BREAK

2-4 pm SGT- Tutorial on Describe

and discuss puberty: onset,

progression, stages ;early and

delayed puberty and outline

adolescent clinical and

psychological association

PY 9.2


activities

Holiday – 7th

May, 2020

DAY 6

08.05.20

DAY 7

09.05.20

DAY 8

11.05.20 (Monday)

DAY 9

12.05.20 (Tuesday)

DAY 10


DAY 11

14.05.20 (Thursday)

8-9 am


the physiology of

pregnancy, parturition

and lactation and

outline the psychology

and psychiatry

disorders associated

with it

PY 9.8

Lecture

Describe the

structure and

functions of DNA

B17.1, lectures

VERTICAL INTEGRATION

LECTURE WITH GENERAL

MEDICINE –

Define and classify headache and

describe the presenting features,

precipitating factors, aggravating

and relieving factors of various

kinds of headache

IM17.1

Lecture, SGD

Demo – Parotid gland, relations

and its duct

Lecture, SGT, DOAP

9-10 am Describe muscles of

facial expression and

Describe origin

/formation, course,

VERTICAL INTEGRATION


functions of RNA and outline the

EUPHORIA

their nerve supply

AN28.1

Identify superficial

muscles of face, their

nerve supply and

actions

AN28.6

VERTICAL

INTEGRATION

LECTURE Explain the anatomical

basis of facial nerve

palsy

AN28.7

General Medicine

Describe sensory

innervation of face

AN28.2

Lectures, DOAP

branches /tributaries

of facial vessels

AN28.3

VERTICAL

INTEGRATION

LECTURE Explain surgical

importance of deep

facial vein

AN28.8

General Surgery

Describe &

demonstrate branches

of facial nerve with

distribution

AN28.4

Lectures, DOAP

LECTUREWITH GENERAL

SURGERY –

Describe the parts, borders,

surfaces, contents, relations and

nerve supply of parotid gland with

course of its duct and surgical

importance

AN28.9a

Lecture

cell cycle.

B17.1,Lectures

10-11am

ECE –

Gr A(Bio)

Gr B(anatomy)

Gr C (Phy)

Describe GIT

Movement, regulation

and functions.

Describe defecation

reflex. Explain role of

dietary fibers

PY. 4.3

Lecture

Describe the physiology of

digestion and absorption of

nutrients

PY 4.4

Lecture


functions of juxta glomerular

apparatus and role of renin-

angiotensin system

PY 7.2

Lecture

11- 12 pm Demonstrate basic

life support (BLS)

PY 11.14

DOAP (1 hr)

Formative

Assessment

(1 hr)

Demonstrate basic life support

(BLS)

PY 11.14

DOAP (A)


equipments/ techniques in

biochemistry


ABG analyzer B111.16,Demonstration(GROUPB

Demonstrate basic life support

(BLS)

PY 11.14

DOAP (B)


equipments/ techniques in

biochemistry


ABG analyzer B111.16,Demonstration(GROUPA

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm Dissection& Demo –

Face I - muscles

Practical, SGT, DOAP

Dissection & Demo

–

Face II - vessels &

nerves

Practical, SGT,DOAP

Dissection & Demo –

Parotid gland, relations and its

duct

Practical, SGT, DOAP

Practical Demo - Parotid gland,

relations and its duct – clay

modeling

SGT, DOAP

DAY 12

15.05.20 (Friday)

DAY 13

16.05.20 (Saturday)

DAY 14

18.05.20 (Monday)

DAY 15

19.05.20 (Tuesday)

DAY 16


DAY 17

21.05.20 (Thursday)

8-9 am SDL – Physiology Dissection –

Revision

SGT, DOAP

Discuss the

physiological basis of

various pregnancy tests

PY 9.10

Lecture


involved in replication &

repair of DNA and the

transcription &

translation mechanisms

B17.2,lectures

EMBRYOLOGY-

Describe the

development and

congenital anomalies of

face and palate

AN43.4a

Lecture

Demo -Describe &

identify major foramina

with structures passing

through them - I

AN30.2

Lecture, SGT, DOAP

9-10 am HISTOLOGY-

Identify the

lymphoid tissue

under the

microscope &

describe

microanatomy of

thymus and tonsil

and correlate the

structure with


involved in replication

& repair of DNA and

the transcription &

translation

mechanisms

B17.2,SGT

Describe the nerve

supply of parotid gland

AN28.9b

VERTICAL

INTEGRATION

WITH GENERAL

SURGERY-


VERTICAL

INTEGRATION WITH

GENERAL SURGERY-

Describe cervical lymph

nodes and lymphatic

drainage of head, face

and neck and its surgical

importance

VERTICAL

INTEGRATION

WITH GENERAL

SURGERY-

Describe the etiology

and classification of

cleft lip and palate

SU19.1

function

AN70.2

Lecture

basis of Frey’s

syndrome

AN28.10

Lectures

AN28.5

Lecture

Describe the principles

of reconstruction of cleft

lip and palate

SU19.2

Lectures

10-11am SDL – To be able

to identify

lymphoid tissue

and list the

differences

between

microanatomy of

thymus and tonsil

AETCOM (10am-

1.00pm)

Interpret a normal semen

analysis report including

(a) sperm count,(b)

sperm morphology (c)

sperm motility, as per

WHO guidelines and

discuss the results

PY 9.9

Lecture

Enumerate the

contraceptive methods

for male and female,

discuss their advantages

and disadvantages

PY 9.6

Lecture


structure and functions of

reticular activating system

PY 10.5

Lecture

11- 12 pm Histology

practical-

Thymus and tonsil

SGD, DOAP

Examination of motor

system

PY 10.11, DOAP

Examination of higher

functions

PY 10.11, DOAP


functions (A)

PY 10.11

DOAP

Observe use of

commonly used

equipments/ techniques

in biochemistry


IMMUNODIFFUSION B111.16,Demonstration(

GROUP B)


functions (B)

PY 10.11

DOAP

Observe use of commonly

used equipments/

techniques in

biochemistry


IMMUNODIFFUSION B111.16,Demonstration

(GROUP A)

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm SGT- Tutorial on

describe female

reproductive

system

PY 9.4


activities

Practical Demo-

Describe the features of

normabasalis-I

Practical, SGT,DOAP

Practical Demo-Describe

the features of

normabasalis-II

Practical, SGT,DOAP

Embryology model

demo - Development of

face and palate and its

congenital anomalies

SGT, DOAP

Practical Demo – Describe & identify major

foramina with structures

passing through them - II

AN30.2

SGT, DOAP

DAY 18

22.05.20

(Friday)

DAY 19

23.05.20

(Saturday)

DAY 20

25.05.20

(Monday)

DAY 21

26.05.20

(Tuesday)

DAY 22

27.05.20

(Wednesday)

DAY 23

28.05.20

(Thursday)

DAY 24

29.05.20

(Friday)

DAY 25

30.05.20

(Saturday)

8-9 am SDL -

Biochemistry Practical Demo- Describe cranial

cavity, its

subdivisions,

foramina and

structures passing

through them - II

AN26.3

SGT, DOAP

Describe and

discuss structure

and functions of

autonomic nervous

system

PY 10.5

Lecture

Describe

applications of

molecular

technologies like

recombinant DNA

technology.

B17.4,lectures

EMBRYOLOGY Explain the

concept of bones

that ossify in

membrane

AN26.6

Lecture, DOAP

Dissection -

Boundaries

and contents

of anterior

triangle of

neck – II

Practical,

SGT, DOAP

SDL-

Physiology

Describe the

contents of

the vertebral

canal

AN42.1

Lecture,

DOAP

9-10 am VERTICAL

INTEGRATION

WITH

GENERAL

SURGERY-

Describe the parts,

extent,

attachments,

modifications of

deep cervical

fascia and its

applied importance

AN35.1

Describe the

fascial spaces of

neck

AN35.10

Lectures

Describe the

basic mechanism

of regulation of

gene expression

B17.3

SGT

FA- 1hr

Describe the

boundaries and

contents of

posterior triangle of

neck

AN29.1a

Describe

attachments, nerve

supply, relations

and actions of

sternocleidomastoi

d

AN29.1b

VERTICAL

INTEGRATION

WITH

GENERAL

MEDICINE-

Explain anatomical

basis of wry neck

AN29.3

Demonstrate

attachments of

1)inferior belly of

omohyoid,

2)scalenus anterior,

3)

Describe the

boundaries and

contents of

suboccipital triangle

AN42.2

Describe the

position, direction of

fibres, relations,

nerve supply,

actions of

semispinaliscapitis

and splenius capitis

AN42.3

Lectures, DOAP

Describe

boundaries and

subdivisions of

anterior triangle

AN32.1

Describe

boundaries and

contents of

muscular, carotid,

digastric and

submental

triangles

AN32.2

Lectures, DOAP

Describe

applications of

molecular

technologies

like PCR in

the diagnosis

and treatment

of diseases

with genetic

basis.

17.4,lectures

HISTOLOGY Identify,

describe and

draw the

microanatomy

of endocrine

glands -

pituitary,

thyroid and

parathyroid

gland

AN43.2

Lecture

Describe

applications

of molecular

technologies

like RFLP &

blotting

techniques

the diagnosis

and

treatment of

diseases with

genetic

basis.

17.4, SGT

scalenusmedius&

4) levator scapulae

AN29.4

Lectures

10-11am SDL –

Development of

face and palate and

itscongenital

anomalies

ECE

Gr A (Anatomy)

GrB (Phy)

Gr C (Bio)

Describe the

mechanism of urine

formation involving

processes of

filtration, tubular

reabsorption &

secretion;

concentration and

diluting mechanism

PY 7.3

Lecture

Describe the

mechanism of

urine formation

involving

processes of

filtration, tubular

reabsorption &

secretion;

concentration and

diluting

mechanism

PY 7.3

Lecture

Describe &

discuss

regional

circulation

PY 5.10

Lecture

SDL –

Cervical fascia

and triangles of

neck

11-12 pm Practical Demo - Describe cranial

cavity, its

subdivisions,

foramina and

structures passing

through them - I

AN26.3

SGT, DOAP

Examination of

motor system

PY 10.11

DOAP

Stethography

DOAP

(1 hr)

Formative

Assessment (1 hr)

Stethography

DOAP (A)

Demonstrate

estimation of

glucose,

creatinine, urea

and total protein

in serum.

B111.21

DOAP(GROUPB)

Stethography

DOAP (B)

Demonstrate

estimation of

glucose,

creatinine,

urea and total

protein in

serum.

B111.21

DOAP(GROU

PA)

Histology

practical -

Pituitary,

thyroid and

parathyroid

glands

Examination

of motor

system

PY 10.11

Stethography

DOAP

12-1 pm

Describe the

cranial fossae &

identify related

structures

AN30.1

SGT, DOAP

1-2 pm

LUNCH BREAK 2-4 pm SGT – Tutorial

on male

reproductive

system

PY 9.3

Sports/

extracurricular

activities

Dissection & Demo–

Cervical fascia and

posterior triangle of

neck

Practical, SGT,

DOAP

Practical Demo-

Describe

morphological

features of mandible

SGT, DOAP

Dissection &

Demo -

Boundaries and

contents of

anterior triangle of

neck – I

Dissection - Revision

SGT- Tutorial

on motor

system

PY 10.4

Sports/extra

curricular

activities

Practical, SGT,

DOAP

Teaching schedule for the month of June 2020

DAY 1

01.06.20

(Monday)

DAY 2

02.06.20

(Tuesday)

DAY 3

03.06.20

(Wednesday)

DAY 4

04.06.20

(Thursday)

DAY 5

05.06.20

(Friday)

DAY 6

06.06.20

(Saturday)

8-9 am

SUMMER VACATION

9-10 am

10-11am

11- 12 pm

12-1 pm

1-2 pm

2-4 pm

DAY 7

08.06.20

(Monday)

DAY 8

09.06.20

(Tuesday)

DAY 9

10.06.20

(Wednesday)

DAY 10

11.06.20

(Thursday)

DAY 11

12.06.20

(Friday)

DAY 12

13.06.20 (Saturday)

8-9 am

SUMMER VACATION

9-10 am

10-11am

11- 12 pm

12-1 pm

1-2 pm

2-4 pm

DAY 13

15.06.20

(Monday)

DAY 14

16.06.20

(Tuesday)

DAY 15

17.06.20

(Wednesday)

DAY 16

18.06.20

(Thursday)

DAY 17

19.06.20

(Friday)

DAY 18

20.06.20

(Saturday)

8-9 am Describe and

discuss regional

circulation

PY 5.10

Lecture

Describe the role of

xenobiotics in

disease.

B17.5,lectures

EMBRYOLOGY-

Describe the development

and developmental basis of

congenital anomalies of

pituitary, thyroid and

parathyroid glands

AN43.4b

Lecture, DOAP

Describe the origin, parts,

course & branches of

subclavian artery

AN35.3a

Lecture, DOAP

SDL-

Biochemistry

Biochemistry

Describe the anti-

oxidant defence

systems in the

body.

B17.6

VERTICAL

INTEGRATION

WITH GENERAL

SURGERY-

Describe the clinical

features of

compression of

subclavian artery and

lower trunk of

brachial plexus by

cervical rib

AN35.9

9-10 am Describe

location, parts,

borders, surfaces,

relations & blood

supply of thyroid

and parathyroid

gland

AN35.2

Lecture, DOAP

VERTICAL

INTEGRATION

WITH

GENERAL

SURGERY-

Describe the

applied anatomy

and physiology of

thyroid

SU22.1

Describe the

applied anatomy of

parathyroid

SU22.5

Lecture

HORIZONTAL &

VERTICAL

INTEGRATION-

Enumerate, classify and

describe the etiology,

pathogenesis, pathology

and iodine dependency of

thyroid swellings

PA32.1

Physiology, Pathology,

General Medicine, General

Surgery

Describe the anatomically

relevant clinical features of

thyroid swellings

AN35.8

Physiology, Pathology,

General Medicine,

General Surgery

Describe the role of

xenobiotics in disease.

B17.5,lectures

Describe origin,

course, relations,

tributaries and

termination of

internal jugular &

brachiocephalic

veins

AN35.4

Lecture, DOAP

Discuss the

importance of various

dietary components

and explain

importance of dietary

fibre

SDA,BMR ,Caloric

value of food

Discuss Respiratory

Quoteint, Nitrogen

balance ,Biological

value ,balanced diet

B18.1,SGT

FA- 1hr

10-11am ECE-(10am-

1.00pm)

Gr A (Phy)

Gr A (Bio)

Gr C (Anatomy)

Describe and

discuss perception

of smell and taste

PY 10.13

Lecture


functional anatomy of the

ear and auditory pathways

and physiology of hearing

PY 10.14

Lecture


functions cerebral cortex

and cerebellum

PY 10.7

Lecture

SDL – Gross

anatomy,

relations,

development and

congenital

anomalies of

thyroid and

parathyroid

glands

11- 12 pm Testing of smell

and taste sensation

PY 10.20

DOAP (1 hr)

Formative

Assessment

(1 hr)

Testing of smell and taste

sensation

PY 10.20

DOAP (A)

Calculate energy content of

different food Items,

identify food items with

high and low glycemic

index and explain the

importance of these in the

dietb111.23,SGT(GROUPB

)

Testing of smell and taste

sensation

PY 10.20

DOAP (B)

Calculate energy content

of different food Items,

identify food items with

high and low glycemic

index and explain the

importance of these in the

dietb111.23,SGT(GROUP

B)

Describe the

origin, parts,

course &

branches of

carotid artery

system including

carotid body and

sinus

AN35.3b

Lecture, DOAP

Testing of smell and

taste sensation

PY 10.20

Demonstrate basic

life support (BLS)

PY 11.14

DOAP

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm Dissection&

Demo–

Deep structures

of neck region I -

thyroid gland and

relations

Practical, SGD,

DOAP

Practical Demo – Describe features

of typical cervical

vertebra

AN26.5b

Describe the

features of the 7th

cervical vertebra

AN26.7a

SGT, DOAP

Embryology model demo-

Development of pituitary,

thyroid and parathyroid

glands

SGT, DOAP

Dissection & Demo -

Deep structures of neck

region II - thyroid gland

and relations


SGT- Tutorial on

spinal cord

functions and

lesions

PY 10.6

Sports/extracurricul

ar activities

DAY 19

22.06.20

(Monday)

DAY 20

23.06.20

(Tuesday)

DAY 21

24.06.20

(Wednesday)

DAY 22

25.06.20

(Thursday)

DAY 23

26.06.20

(Friday)

DAY 24

27.06.20

(Saturday)

DAY 25

29.06.20

(Monday)

DAY 26

30.06.20

(Tuesday)

8-9 am Describe and

discuss

functions of

thalamus and

hypothalamu

s

PY10.7

Lecture

Describe the types

and causes of

protein

malnutrition and

its Viva voce

General Medicine

Effects

B18.2,lectures

EMBRYOLOGY Describe

embryological

development of

tongue and

correlate with its

nerve supply

AN39.1a

Describe the

development and

developmental

basis of congenital

anomalies of

tongue

AN43.4c

Lecture, DOAP

Describe &

identify dural

folds,dural

venous

sinuses,

emissary and

diploic veins

AN30.3

Lecture,

DOAP

SDL –

physiology

Demo –

Parietal bone

AN26.7c

Lecture, SGT,

DOAP

Describe and

discuss functional

anatomy of ear

and auditory

pathways and

physiology of

hearing

PY. 10.15

Describe and

discuss

pathophysiology

of deafness

PY. 10.16

Lecture

Discuss the

involvement of

ECM components

in health and

disease

B19.2,lectures

9-10 am Describe

prevertebral

muscles and

cervical

plexus

AN35.5a

Lecture

VERTICAL

INTEGRATION

WITH

GENERAL

SURGERY-

Describe extent,

drainage &

applied anatomy

of cervical lymph

nodes

AN35.5b

Lecture

Describe the

extent, formation,

relation &

branches of

cervical

sympathetic chain

AN35.6

Describe the

course and

branches of IX, X,

XI & XII nerve in

the neck

AN35.7

Lectures

Describe the

causes

(including

dietary

habits), effects

and health

risks

associated

with being

overweight/

obesityB18.4,

lectures

HISTOLOGY Special sensory

organs I – taste

bud and

olfactory

mucosa

AN39.1c

Lecture

List the

functions and

components of

the

extracellular

matrix (ECM).

B19.1

SGT

FA- 1hr

VERTICAL

INTEGRATION

WITH

GENERAL

SURGERY&

NEUROLOGY -

Describe clinical

importance of

dural venous

sinuses

AN30.4a

Lecture

VERTICAL

INTEGRATION

WITH

GENERAL

MEDICINE &

GENERAL

SURGERY-

Gross anatomy,

contents, relations

and applied

importance of

cavernous sinus

AN30.4b

Lecture

10-11

am ECE (10am-

1.00pm)

Describe and

discuss the

Describe and

discuss spinal cord

Describe and

discuss the SDL – Development

AETCOM

Describe and

discuss functions

Gr A(Bio)

GrB(Anatom

y)

Gr C (Phy)

mechanism of

temperature

regulation

PY. 11.1

Lecture

its functions,

lesion and sensory

disturbances

PY 10.6

Lecture

principle of

artificial

respiration,

oxygen

therapy,

acclimatizatio

n and

decompressio

n sickness

PY 6.5

Lecture

of tongue and

nerves in neck

region

(10am-1.00pm) of limbic system

PY 10.7

Lecture

11- 12

pm

Examination of

sensory system

PY. 10.11

DOAP

Examination of

sensory system

PY. 10.11

DOAP

Enumerate

advantages and/or

disadvantages of

use of

unsaturated,

saturated and

trans fats in

food.B111.24,

SGT(GROUPB

Examination

of sensory

system

PY. 10.11

DOAP

Enumerate

advantages

and/or

disadvantages

of use of

unsaturated,

saturated and

trans fats in

food.B111.24,

SGT(GROUP

B

Histology

practical –

Special sensory

organs I – taste

bud and

olfactory

mucosa

Testing of

smell and taste

sensation

PY 10.20

Examination

of motor

system

PY. 10.11

DOAP

Testing of

hearing sensation

PY. 10.20

DOAP (1 hr)

Formative

Assessment

(1 hr)

12-1 pm

1-2 pm LUNCH BREAK

2-4 pm Dissection &

Demo –

Deep

structures of

neck region

III - deep

arteries and

veins of the

neck, cervical

plexus and

last 4 cranial

Dissection &

Demo - Opening

cranial vault

Practical Demo -

cranial vault

Practical, SGT,

DOAP

Dissection &

Embryology

model demo-

Development of

tongue and its

nerve supply

Practical, SGT,

DOAP

Dissection &

Practical

Demo -

Frontal bone

Practical,

SGT, DOAP

SGT- Tutorial

on basal

ganglia and

cerebellum

PY. 10.7

Sports/

extracurricul

ar activities

Dissection &

Demo –

Removing brain

Practical Demo

Parietal bone

Practical, SGT,

DOAP

Dissection &

Demo – Cranium after

removing brain

Practical Demo

Occipital bone

Practical, SGT,

DOAP

nerves

Practical,

SGD, DOAP

Teaching Schedule for the month of July, 2020

DAY 1

01.07.2020(wed)

DAY 2

02.07.2020(thurs)

DAY 3

03.07.2020(fri)

DAY 4

04.07.2020(sat)

DAY 5

06.07.2020 (mon)

DAY 6

07.07.2020(tues)

8-9 am Embryology -

Describe the

development of

midbrain, cerebral

hemisphere and

cerebellum

AN64.2b

Lecture, DOAP

Describe the

anatomical basis

of Horner’s

syndrome

AN31.3

Anatomical basis

of oculomotor,

trochlear and

abducent nerve

palsies along with

strabismus

AN31.5

Lectures, DOAP

SDL-

Biochemistry

Discuss about

p53 &

apoptosis

B110.1

Enumerate

components of

lacrimal apparatus

AN31.4a

Eyelid

AN31.4b

Lectures


functions of thalamus

PY 10.7

Lecture

Describe cancer

initiation, promotion

B110.1

Lectures

9-10 am Describe orbit II

AN31.1b

Lectures, DOAP

Describe protein

targeting &

sorting along with

its associated

disorders B19.3

lectures

HISTOLOGY –

Spinal cord and

cerebellum

AN64.1a

Lecture

Describe protein

targeting & sorting

along with its

associated disorders

B19.3

SGT

HORIZONTAL &

VERTICAL

INTEGRATIONWITH

PHYSIOLOGY &

OPHTHALMOLOGY-

Enumerate the causes,

describe and discuss the

aetiology, clinical

presentations and

diagnostic features of

common conditions of

the lid and adnexa

including

Hordeolumexternum/

internum, blepharitis,

preseptal cellulitis,

dacryocystitis,

Describe the

morphology, relations

and nerve supply of

submandibular salivary

gland & submandibular

ganglion

AN34.1

Describe the basis of

formation of

submandibular stones

AN34.2

Lectures

hemangioma, dermoid,

ptosis, entropion, lid lag,

lagopthalm

OP2.1

Lecture

Anatomy, Physiology,

Ophthalmology

10-11am Describe the source of

GIT hormones,

regulation and

functions

PY 4.5

Lecture

Describe

apoptosis-

programmed cell

death

PY 1.4

Lecture

SDL –

Orbit wall and

its contents;

applied

importance of

trigeminal

ganglion

ECE (Gr.A) Anatomy

Clinical Skill

ECE Gr.(B)Physiology

Clinical skills

ECE-

Gr(C)Biochemistry-

case discussion Jaundice


behavioural and EEG

characteristics during

sleep and mechanism

responsible for its

production.

PY 10.8

Lecture

11- 12

pm

Perform urine


and determine normal

and abnormal

constituents

B111.4

DOAP( revision)

(GROUPB)

FA- 2hrs

Testing of hearing

sensation

PY 10.20

(Group A)

Perform urine

analysis to

estimate and

determine normal

and abnormal

constituents

B111.4

DOAP( revision)

(GROUPA)

FA- 2hrs

Testing of hearing

sensation

PY 10.20

(Group B)

Histology

practical –

Spinal cord and

cerebellum

AN64.1a

Examination of

reflexes

PY 10.11

DOAP

Examination of cranial

nerves

PY 10.11

DOAP

12-1 pm

1-2 pm

LUNCH BREAK

2-3 pm Describe various types

of open neural tube

defects with its

embryological basis

AN64.3

Dissection &

Demo –

Orbit and its

contents – II

Practical Demo

–

Orbit

SGT, DOAP

Sports/

extracurricular

activities

Dissection –

Revision


Dissection& Demo –

Submandibular region


Lecture, DOAP Practical, SGD,

DOAP

Practical Demo – Sphenoid bone – I

SGT, DOAP 3-4 pm Embryology Model

Demo – Development of CNS- II

SGD, DOAP

DAY 7

08.07.2020(wed)

DAY 8

9.07.2020(thurs)

DAY 9

10.07.2020(fri)

DAY 10

11.07.2020(sat)

DAY 11

13.07.2020(mon)

DAY 12

14.07.2020(tues)

8-9 am Describe extent,

boundaries and contents of

temporal and infratemporal

fossae including maxillary

artery

AN33.1

Lecture, DOAP

Explain the clinical

significance of pterygoid

venous plexus

AN33.4

Lecture

Describe

articulating

surface, type &

movements of

temporomandibular

joint - I

AN33.3

Lecture, DOAP

SDL- physiology

AETCOM- Physiology Describe and

discuss adaptation

to altered

temperature

PY 11.2

Describe and

discuss mechanism

of fever, cold

injuries and heat

stroke

PY 11.4

Lecture

Discuss

biochemical

basis of cancer

therapy.

B110.2.lectures

9-10 am Describe attachments,

direction of fibres, nerve

supply and actions of

muscles of mastication

AN33.2

Lecture, DOAP

Describe

oncogenes &

oncogene

activation B110.1

Lectures

HISTOLOGY -

Cerebrum and

pineal gland

AN43.3a

Lecture

Describe various

biochemical tumor

markers

B110.2, SGT

FA- 1hr

Describe

articulating

surface, type &

movements of

temporomandibular

joint - II

AN33.3

Describe the

features of

dislocation of

temporomandibular

joint

AN33.5

Lectures, DOAP

Describe the 1)

morphology,

relations, blood

supply and

applied anatomy

of palatine tonsil

2) composition

of soft palate

AN36.1a

Lecture


posture and equilibrium

and vestibular apparatus

PY 10.4

Lecture

Describe and

discuss physiology

of aging: free

radicals and

antioxidants

PY 11.7

Lecture

SDL –

Submandibular

gland and muscles

ofmastication

ECE-

Gr (A)ECE-

Physiology

Clinical skills

Describe and

discuss

physiological

consequences of

sedentary

lifestyle

PY 11.5

Lecture

11- 12 pm Demonstrate the estimation

of serum total cholesterol

and HDLcholesterol

B111.9,Practical revision

(GROUPB)

Examination of motor

system

PY 10.11

DOAP

(GROUPA)

Demonstrate the

estimation of serum

total cholesterol

and

HDLcholesterol

B111.9,Practical

revision

(GROUPA)

Examination of

motor system

PY 10.11

DOAP

(GROUP B)

Histology

practical –

Cerebrum


nerves

PY 10.11

DOAP

Gr (B)

Biochemistry- case

discussion-

Jaundice

Gr (C)

ECE – Anatomy

Clinical Skills

Examination of

cranial nerves

PY 10.11

DOAP

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm Dissection& Demo –

Temporal region


Practical Demo – Sphenoid bone- II

SGT, DOAP

Dissection

&Demo –

Infratemporal

region – I

Practical, SGD,

DOAP

SGT- Tutorial on

limbic system

PY 10.7


activities

Dissection

&Demo –

Infratemporal

region – II

TM joint

Practical, SGD,

DOAP

Boundary and

wall of pharynx –

I

AN36.1b

Lecture

DAY 13

15.07.2020(wed)

DAY 14

16.07.2020(thurs)

DAY 15

17.07.2020(fri)

DAY 16

18.07.2020(sat)

DAY 17

20.07.

2020(mon)

DAY 18

21.07.2020(tues)

8-9 am Describe the components

and functions of

Waldeyer’s lymphatic

ring

AN36.2

Lecture

Describe the

boundaries and

clinical

significance of

pyriform fossa

AN36.3

Lecture

SDL-

Biochemistry

Innate & adaptive

immune response

B110.4

AETCOM- Physiology Describe and

discuss

physiological

basis of memory

PY 10.9

Lecture

Describe

generation of

antibody diversity.

B110.3, lectures

9-10 am Muscles of pharynx – II

AN36.1c

Lecture

Describe the

cellular

components of

immune system

B110.3,Lectures

HISTOLOGY –

Identify, describe

and draw

microanatomy of

eyelid, lip, sclero-

corneal junction,

optic nerve and

cochlea- organ of

corti

AN43.3b

Lecture

Describe structure and

functions

Immunoglobulin

Discuss humoral

immunity

B110.3, SGT

VERTICAL

INTEGRATION

WITH ENT -

Describe tonsil

and the

anatomical basis

of tonsillitis,

tonsillectomy,

adenoids and

peri-tonsillar

abscess

AN36.4

Describe the

clinical

significance of

Killian’s

dehiscence

AN36.5

Lectures

Anatomy, ENT

VERTICAL

INTEGRATION

WITH ENT -

Describe location

and functional

anatomy of

paranasal sinuses

AN37.2

Describe

anatomical basis

of sinusitis and

maxillary sinus

tumours

AN37.3

Lectures

Anatomy, ENT

10-11am Describe metabolic and

endocrimeconsequencies

of obesity & metabolic

syndrome. Outline

psychiatry component

PY 8.5

Lecture

Describe

physiology of

infancy

PY 11.6

Lecture

SDL – TM joint,

soft palate and

pharynx

ECE-

Gr (A)

Biochemistry-

case discussion-

Jaundice

Describe and

discuss

physiological

basis of learning

PY 10.9

Lecture

11- 12 pm Demonstrate the

estimation of serum

bilirubin

B111.12 Practical –

Revision

(GROUPB )


nerves

PY 10.11

DOAP

(GROUPA)

Demonstrate the

estimation of

serum bilirubin

B111.12 Practical

–Revision

(GROUPA)

Examination of

cranial nerves

PY 10.11

DOAP

(GROUPB)

Histology

practical –

eyelid, sclera-

corneal junction

and optic nerve


nerves

PY 10.11

DOAP

Gr (B) ECE –

Anatomy Clinical

Skills

Gr (C) ECE-

Physiology

Clinical skills

Obtain history and

perform general

examination I

volunteers

PY 11.13

DOAP (1 hr)

Formative

Assessment (1 hr)

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm Dissection & Demo –

Sagittal section of

pharynx – I


2-3 pm –

Describe the

morphology,

nerve supply,

embryological

basis of nerve

supply, blood

supply, lymphatic

drainage and

actions of

SGT- Tutorial on

EEG

Characteristics of

sleep &

mechanism

PY 10.8


activities

2-3 pm-

Describe features

of nasal septum,

lateral wall of

nose, their

blood supply and

nerve supply

AN37.1

Lecture, DOAP

VERTICAL

INTEGRATION

WITH ENT -

Describe the

morphology,

identify structure

of the cartilage

wall, nerve

supply, blood

extrinsic and

intrinsic muscles

of tongue and its

applied anatomy

AN39.1b

Anatomy

VERTICAL

INTEGRATION

WITH ENT -

Explain the

anatomical basis

of hypoglossal

nerve palsy

AN39.2

Lectures, DOAP

Anatomy, ENT

3-4 pm-

Dissection&

Demo –

Sagittal section of

pharynx – II

including tongue

Practical, SGD,

DOAP

3-4 pm-

Dissection &

Demo –

Nasal cavity

Practical, SGD,

DOAP

supply and actions

of intrinsic and

extrinsic muscles

of the larynx

AN38.1

Describe the

anatomical

aspects of

laryngitis

AN38.2

Describe

anatomical basis

of recurrent

laryngeal nerve

injury

AN38.3

Lectures, DOAP

Anatomy, ENT

DAY 19

22.07.2020(wed)

DAY 20

23.07.2020(thurs)

DAY 21

24.07.2020(fri)

DAY 22

25.07.2020(sat)

DAY 23

27.07.2020(mon)

DAY 24

28.07.2020(tues)

8-9 am VERTICAL

INTEGRATION

WITH ENT -

Describe & identify the

parts, blood supply and

nerve supply of external

ear

ANN40.1

Describe the boundaries

of middle ear

AN40.2a

Lectures, DOAP

Anatomy, ENT

Describe the wall,

relations and

functional anatomy

of auditory tube

AN40.2c

Lecture

SDL-Physiology

AETCOM-Physiology Describe and

discuss refractive

error and color

blindness

PY 10.17

Lecture

Describe &

discuss

complement

system.

B110.4, lectures

9-10 am VERTICAL

INTEGRATION

WITH ENT -

Describe the contents,

relations and functional

anatomy of middle ear

AN40.2b

Lecture, DOAP

Anatomy, ENT

Discuss about

antigen presenting

cells &Fate of

antigen antibody

complex,

B110.3, lectures

Anatomical basis

of otitis externa

and otitis media

AN40.4

Anatomical basis

of myringotomy

AN40.5

Lectures

Discuss MHC & cell

medicated immune

response

B110.4, SGT

HORIZONTAL &

VERTICAL

INTEGRATION

WITH

BIOCHEMISTRY,

PATHOLOGY &

ENT

Describe the

anatomical aspects

of cataract,

glaucoma & central

retinal artery

occlusion

AN41.2

Enumerate describe

and discuss the

types and causes of

corneal ulceration

OP4.1

Describe the

surgical anatomy

Describe the

development and

developmental

basis of

congenital

anomalies of eye

AN43.4d

Lecture, SGD,

DOAP

and the metabolism

of the lens

OP7.1

Discuss the

aetiology,

pathology, clinical

features and

management of

vascular occlusions

of the retina

OP8.1

Lectures, SGD

Anatomy,

Biochemistry,

Pathology,

Ophthalmology


functional anatomy of

eye and physiology of

image formation

PY 10.17

Lecture

Describe and

discuss physiology

of vision and color

vision

PY 10.17

Lecture

SDL – lateral

wall of nose,

actions of

muscles of larynx

and middle ear

AETCOM

Describe and

discuss

physiology of

pupil and light

reflex.

PY 10.17

Lecture

11- 12 pm Demonstrate estimation

of calcium and

phosphorous

B111.11, practical

revision(GROUPB)

Obtain history and

perform general

examination in

volunteers

PY 11.13

DOAP

(GROUPA)

Demonstrate

estimation of

calcium and

phosphorous

B111.11, practical

revision(GROUPA)

Obtain history and

perform general

examination in

volunteers

PY 11.13

DOAP

(GROUPB)

VERTICAL

INTEGRATION

WITH ENT –

Describe the

features of

internal ear

AN40.3

Lectures

Anatomy, ENT

Obtain history and

perform general

examination in

volunteers

PY 11.13

DOAP 1 hr)


(1 hr)

Demonstrate

testing of visual

acuity and colour

vision.

PY 10.20

DOAP (1 hr)

Formative

Assessment (1 hr)

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm FA 4 (anatomy-theory) FA 4 (anatomy-

practical)

SGT- Tutorial on

physiological

basis of memory

and learning

PY10.9


activities

VERTICAL

INTEGRATION

WITH GENERAL

SURGERY –

Practical Demo– Demonstrate- 1)

Testing of muscles

of facial expression,

extraocular muscles,

muscles of

mastication, 2)

Palpation of carotid

arteries, facial

artery, superficial

temporal artery, 3)

Location of internal

and external jugular

veins, 4) Location

of hyoid bone,

thyroid cartilage

and cricoid cartilage

with their vertebral

levels

AN43.5

Demonstrate surface

projection of-

Thyroid gland,

Parotid gland and

duct, Pterion,

Common carotid

artery, Internal

jugular vein,

Subclavian vein,

External jugular

vein, Facial artery

in the face

VERTICAL

INTEGRATION

WITH

RADIOLOGY –

Practical Demo

–

Identify the

anatomical

structures in 1)

Plain x-ray skull,

2) AP view and

lateral view 3)

Plain x-ray

cervical spine-AP

and lateral view

4) Plain x- ray of

paranasal sinuses

AN43.7

Describe the

anatomical route

used for carotid

angiogram

andvertebral

angiogram

AN43.8

Identify

anatomical

structures in

carotid angiogram

and vertebral

angiogram

AN43.9a

Anatomy,

Radiology

&accessory nerve

AN43.6a

SGD, DOAP

Anatomy

General Surgery

Rest of radiology

of head and neck

AN43.9b

SGD, DOAP

3-4 pm Rest of surface

marking of head and

neck region

AN43.6b

SGD, DOAP

DAY 25

29.07.2020(wed)

DAY 26

30.07.2020(wed)

8-9 am GROSS ANATOMY –

Self study

3rd

Trimester Exam

From 30th

July

to

1st Aug, 2020

9-10 am EMBRYOLOGY –

Revision and self study

10-11am Describe and discuss the

physiological basis of

speech and disorders

PY 10.9

Lecture

11- 12 pm Demonstrate the estimation

of alkaline phosphatase

b111.14

practical

revision(GROUPB)

Demonstrate testing of

visual acuity and colour

vision.

PY 10.20

DOAP

(GROUPA)

12-1 pm

1-2 pm

LUNCH BREAK

2-4 pm Dissection – Revision and self study

Teaching schedule for the month of August 2020

DAY 1

01.08.20

(Sat)

DAY 2

03.08.20

(Mon)

DAY 3

04.08.20

(Tues)

DAY 4

05.08.20

(Wed)

DAY 5

06.08.20

(Thurs)

DAY 6

07.08.20

(Fri)

DAY 6

08.08.20

(Sat)

DAY 7

10.08.20

(Mon)

8-9 am

3rd

Trimeste

r Exam

Theory

30th

July-1st

August

2020

Describe and

discuss auditory &

visual evoke

potential

PY 10.19

Lecture

3rd

Trimester Exam

Practical from

4th

– 6th

Aug, 2020

SDL- Biochemistry

Provide dietary advice for

optimal health in childhood

and adult in disease

conditions like DM,

Coronary artery disease

and pregnancy

B18.3

AETCOM-

Physiology


chemical transmission

in the nervous system

(outline the psychiatry

element)

PY 10.10

Lecture

9-10 am Revision –

Self-Study

Introduction to brain

AN56.1a

Describe & identify various

layers of meninges with its

extent & modifications

AN56.1b

Lectures, DOAP

SDL-

Biochemistry

Provide dietary

advice for

optimal health

in childhood and

adult in disease

conditions like

DM, Coronary

artery disease

and pregnancy

B18.3

HORIZONTAL &

VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE,

NEUROLOGY-

Describe & identify

formation, branches &

major areas of

distributionof circle of

Willis – arterial supply

of brain& its clinical

anatomy

AN62.6a

Lecture, DOAP

10-11am ECE

Gr A-Anatomy

Gr (B) Physiology

Clinical Skills

Gr (C)

Biochemistry

SDL –Eyeball and internal

ear ECE –

Anatomy Clinical Skills

ECE – Physiology

Clinical Skills

ECE – Biochemistry

Clinical Skills

11- 12 pm HORIZONTAL

INTEGRATION WITH

PHYSIOLOGY &

BIOCHEMISTRY-

Describe circulation of

CSF, composition and its

metabolism

AN56.2a

Lecture

Demonstrate

testing of visual

acuity and

colour vision

Testing of

hearing

sensation

PY 10.20

DOAP

12-1 pm

VERTICAL

INTEGRATION WITH

GENERAL MEDICINE- Applied anatomy of CSF

AN56.2b

Lecture

1-2 pm

LUNCH BREAK

2-3 pm

Revision –

Self-Study

Dissection –

Brain and its meninges,

CSF and its circulation&

metabolism

SGT, DOAP

Sports/

extracurricular

activities

HORIZONTAL &

VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE,

NEUROLOGY -

Venous drainage of

brain

AN62.6b

Lecture, DOAP

3-4 pm Dissection – Circle of Willis


DAY 8

11.08.20(Tues)

DAY 9

13.08.20(Thurs)

DAY 10

14.08.20(Fri)

DAY 11

17.08.20(Mon)

DAY 12

18.08.20(Tues)

DAY 13

19.08.20(wed)

8-9 am Summarize the nutritional

importance of commonly

used items of food

including an d

vegetables(macromolecule

s and its importance)

B18.5, lectures

HORIZONTAL

&VERTICAL

INTEGRATION WITH

PHYSIOLOGY,

GENERAL MEDICINE

& NEUROLOGY-

Spinal cord III –

Describe descending

tracts and its applied

importance

AN57.4c

Lectures

SDL- physiology Describe and discuss

gastric function

tests, pancreatic

exocrine function

tests and liver

function tests

PY 4.8

Lecture

Theory Revision -

Biochemistry

Enumerate cranial

nerve nuclei with

its functional

component –

Functional column

of brainstem

AN62.1

Lecture

9-10 am HORIZONTAL

&VERTICAL

INTEGRATION WITH

PHYSIOLOGY,

GENERAL MEDICINE

& NEUROLOGY-

Spinal cord I –

Identify external features

of spinal cord

AN57.1a

Describe internal features

of spinal cord

AN57.1b

Describe extent of spinal

cord in child & adult with

its clinical implication

AN57.2

Summarize the nutritional

importance of commonly

used items of food

including an d

vegetables(macromolecul

es and its importance)

B18.5, lectures

Medulla oblongata I

-

Identify external

features of medulla

oblongata

AN58.1

Lecture

Describe transverse

section of medulla

oblongata at the

level of 1) pyramidal

decussation, 2)

sensory decussation

3) Inf. olivary

nucleus

AN58.2

Lecture

HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY

Pons I –

Identify external

features of pons

AN59.1

Draw & label

transverse section of

pons at the upper

and lower level

AN59.2

Enumerate cranial

nerve nuclei in pons

with their functional

HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE &

NEUROLOGY-

Midbrain –

Identify external &

internal features of

midbrain

AN61.1

Describe internal

features of

midbrain at the

level of superior &

Cerebellum I -

Describe &

demonstrate

external & internal

features of

cerebellum

AN60.1

Lecture, DOAP

Draw & label transverse

section of spinal cord at

mid-cervical & mid-

thoracic level

AN57.3

Lectures

group

AN59.3a

Lectures

inferior colliculus

AN61.2

Describe

anatomical basis &

effects of

Benedikt’s and

Weber’s syndrome

AN61.3

Lectures


cardio respiratory and

metabolic adjustments

during exercise

PY 11.4

Discuss and compare

cardio respiratory changes

in exercise with that at

rest.

PY 11.8

Lecture

Discuss the physiological

effects of meditation

PY 11.12

Lecture

SDL – Spinal cord,

meninges and CSF

circulation

ECE – (10.00am-

1.00pm)

Gr (A) Physiology

Clinical Skills

Gr (B) Biochemistry

Clinical Skills

Gr (C) Anatomy

Clinical Skills

Describe function

tests: thyroid gland,

adrenal cortex,

adrenal medulla

and pancreas

PY 8.4

Lecture

Describe and

discuss the

pathophysiology of

shock

PY 5.11

Lecture

11- 12

pm

Interpret growth charts

and anthropometric

assessment of infants

PY 11.9

PY 11.10

SGT


and anthropometric


PY 11.9

PY 11.10

SGT

HORIZONTAL

INTEGRATION

WITH

BIOCHEMISTRY

& PHYSIOLOGY-


the organization of

nervous system

PY10.1


the functions and

properties of

synapse, reflex,

receptors

PY10.2

Demonstrate and

test the field of

vision

PY 10.20

DOAP

Demonstrate and

test the field of

vision

PY 10.20

DOAP

Revision practicals-

Biochemsitry(GROUPB)

FA- 2hrs


Biochemsitry (GROUPA)

FA- 2hrs


somatic sensations

& sensory tracts

PY10.3


motor tracts,

mechanism of


control of body

movements, posture

and equilibrium &

vestibularapparatus

PY10.4

Lectures, SGT

12-1 pm HORIZONTAL &

VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE &

NEUROLOGY-


Spinal cord, its

functions, lesion &

sensory disturbances

PY10.6

Describe the causes

of disability in the

patient with a

cerebrovascular

accident

PM2.1

Lectures, SGD


Biochemsitry

(GROUPB)

1-2 pm

LUNCH BREAK

2-3 pm HORIZONTAL

&VERTICAL

INTEGRATION WITH

PHYSIOLOGY,

GENERAL MEDICINE

& NEUROLOGY-

Spinal cord II –

Enumerate ascending &

descending tracts at mid

thoracic level of spinal

cord

AN57.4a

Describe ascending tracts

and its applied importance

AN57.4b

Describe anatomical basis

of syringomyelia

AN57.5

Lectures

Dissection –

Revision of Brain, spinal

cord and meninges


SGT- Tutorial on

identification of

normal EEG forms

PY10.12

VERTICAL

INTEGRATION

WITH GENERAL

MEDICINE &

NEUROLOGY- Pons II - Auditory

pathway and applied

anatomy

AN59.3b

Lectures, DOAP

HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE &

NEUROLOGY -

Cerebellum II –

Describe

connections of

cerebellar cortex

and

intracerebellarnucle

i

AN60.2

Describe

anatomical basis of

cerebellar

dysfunction

AN60.3

Lectures

3-4 pm Dissection -

Blood supply of

brain;spinal cord and its

meninges


Dissection – Pons & revision

Practical, SGD,

DOAP

Dissection – Midbrain &

revision

Practical, SGD,

DOAP

Dissection – Cerebellum - I

Practical, SGD,

DOAP

Holidays- 12th

and 15th

August, 2020

DAY 14

20.08.20(Thurs)

DAY 15

21.08.20(Fri)

DAY 16

22.08.20(sat)

DAY 17

24.08.20(mon)

DAY 18

25.08.20(tues)

DAY 19

26.08.20(wed)

8-9 am Dissection – Cerebellum - II &

revision


SDL- Biochemistry

Theory Revision –

Biochemistry

FA- 1hr

AETCOM- physiology Describe and

discuss the

significance &

implication of renal

clearance

PY7.4

Lecture

Theory Revision –

Biochemistry

FA- 1hr

HORIZONTAL

&VERTICAL

INTEGRATION

WITH PHYSIOLOGY

& GENERAL

MEDICINE-

Diencephalon II –

Describe boundaries,

parts, gross relations,

major nuclei and

connections of

hypothalamus

AN62.5b

Lectures

9-10 am Theory Revision -

Biochemistry

Cerebrum I –

Describe &

demonstrate

surfaces, sulci, gyri

and poles

AN62.2a

Lecture, DOAP

Theory Revision -

Biochemistry HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE &

NEUROLOGY-

Internal capsule and

its applied anatomy

AN62.3b

Lectures

HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY &

GENERAL

MEDICINE-

Diencephalon I –

Describe

boundaries, parts,

gross relations,

major nuclei and

connections of

dorsal thalamus- I

AN62.5a

Lectures

HORIZONTAL

&VERTICAL

INTEGRATION

WITH PHYSIOLOGY

& GENERAL

MEDICINE-

Diencephalon III –



major nuclei and

connections of

metathalamus and visual

pathway

AN62.5c

Lectures

10-11am Describe and discuss the

pathophysiology of

heart failure

PY 5.11

Lecture

SDL –

Brain stem and its

lesions, functional

column of

brainstem, fourth

ventricle

ECE-

Gr A-

Biochemistry

Gr B

Anatomy Clinical

Skills

Gr C

Physiology

Clinical Skills

Describe the

innervations of

urinary bladder,

physiology of

micturation and its

abnormalities

PY 7.6

Describe

cystometryand

discuss the normal

cystometrogram

PY 7.9

Lecture

Discuss the concept,

criteria for diagnosis of

brain death and its

implication

PY. 11.11

Lecture

11- 12

pm

Demonstrate and test the

field of vision

PY 10.20

DOAP


Biochemsitry(GROUPA)

HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

PEDIATRICS,

GENERAL

MEDICINE &

NEUROLOGY-

Cerebrum II –

Functional areas of

cerebral

hemisphere

AN62.2b

Describe the white

matter of cerebrum

AN62.3a

Describe and

discuss the clinical

features, types,

evaluation,

diagnosis and

management of


and anthropometric


PY 11.9

PY 11.10

SGT

Examination of

superficial and deep

reflexes

PY 10.11

DOAP

Examination of


reflexes

PY 10.11

DOAP


Biochemsitry(GROUPA) 12-1 pm

cerebralpalsy

PM3.1

Lectures

1-2 pm LUNCH BREAK

2-3 pm HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY-

Ventricular system I –


parts, boundaries &

features of fourth

ventricle

AN63.1a

Lecture, DOAP

SGT- Tutorial on

circulatory shock

PY 5.11


activities

Dissection – Cerebrum &

revision

Practical, SGD,

DOAP

Diencephalon I –

Describe

boundaries, parts,

gross relations,

major nuclei and

connections of

dorsal thalamus- II

AN62.5a

Lecture

HORIZONTAL

&VERTICAL

INTEGRATION

WITH PHYSIOLOGY

& GENERAL

MEDICINE-

Diencephalon IV –



major nuclei and

connections of

epithalamus including

pineal gland

AN62.5d

Lectures

3-4 pm Dissection – Fourth ventricle


Dissection – Thalamus &

revision

Practical, SGD,

DOAP

HORIZONTAL

&VERTICAL

INTEGRATION

WITH PHYSIOLOGY

& GENERAL

MEDICINE-

Diencephalon V –



major nuclei and

connections of

subthalamus

AN62.5e

Lectures

DAY 14

27.08.20(thurs)

DAY 15

28.08.20(fri)

DAY 16

31.08.20(mon)

8-9 am HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY-

Ventricular system II –


parts, boundaries &

features of lateral

ventricle

AN63.1b

Lectures

SDL- physiology Describe and discuss

renal function tests

PY 7.8

Lecture

9-10 am Theory Revision -

Biochemistry HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY-

Basal ganglia I –

Enumerate parts &

major connections of

basal ganglia

AN62.4a

Lecture

HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY-

Enumerate parts &

major connections of

limbic lobe (system)

AN62.4c

Lecture

10-11am Describe artificial

kidney, dialysis and

renal transplantation

PY 7.7

SDL –

Cerebellum,

cerebrum, lateral

ventricle

Lecture

AETCOM (Lecture)

11- 12 pm

Examination of


reflexes

PY 10.11

DOAP

HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE &

NEUROLOGY -

Basal ganglia II –

Lesions of basal

ganglia

AN62.4b

Lectures

12-1 pm Revision practicals-

Biochemsitry(GROUPA) HORIZONTAL

&VERTICAL

INTEGRATION

WITH

PHYSIOLOGY,

GENERAL

MEDICINE &

NEUROLOGY -

Describe the

functional and the

vascular anatomy of

the brain

IM18.1

Describe the

functional anatomy of

the locomotor system

of the brain

IM19.1


functions of cerebral

cortex, basal ganglia,

thalamus,

hypothalamus,

cerebellum and limbic

system and

theirabnormalities

PY10.7

Demonstrate the

correct clinical

examination of the

nervous system:

Higher functions,

Sensory system,

motor system,

reflexes, Cranial

Nerves in a normal

volunteer or

simulatedenvironment

PY10.11

Lectures, SGD

1-2 pm LUNCH BREAK

2-3 pm Ventricular system III –

HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY-


parts, boundaries &

features of third

ventricle

AN63.1c

VERTICAL

INTEGRATION

WITH PEDIATRICS,

SGT- tutorial on

mechanism of urine

formation

PY 7.3

HORIZONTAL

INTEGRATION

WITH

PHYSIOLOGY-

Reticular formation –


structure and functions

of reticular activating

system, autonomic

nervous system

PY10.5

Lecture

GENERAL

MEDICINE &

NEUROLOGY -

Describe anatomical

basis of congenital

hydrocephalus; applied

anatomy

AN63.2

Lectures

3-4 pm Dissection – Ventricles & revision


Dissection – Basal ganglia &

revision


HOLIDAY – 29th

August, 2020

schedule from september 2019 august, 2020 teaching … news/academics/mbbs/master... ·...

Documents