details about class are: 1. in the syllabus 2. in the lab manual 3. on the website 4. in emails lab...
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Details about class are:1. In the SYLLABUS2. In the LAB MANUAL3. On the WEBSITE4. In EMAILS
LAB MANUAL:1. Must be carried to every
lab class2. Must be the one for this
quarter3. On the website
Class details
Academic honesty
VERY SERIOUS!1. DO NOT CHEAT
2. DO NOT PLAGIARIZE
3. DO NOT TRY TO GAME THE
SYSTEMOFFENDERS WILL BE TREATED HARSHLY!
1. Automatic “F”
2. Will be reported
3. Notation for the rest of your
academic career
Labs
BE SAFE!
BRING LAB MANUAL
READ LAB MANUAL BEFORE LAB!GENERATE LAB CHECKLIST“To-do” list for experimentsNOT copy/pasted from manual!Hand in before lab; show notebook copy after lab
Lab Safety
BE SAFE!
PAY ATTENTION TO TA INSTRUCTIONS
PAY ATTENTION TO YOUR WORK
WHEN IN DOUBT, ASK!
READ LAB SAFETY/CLEAN UP SECTION
Class goals
1. Experimental techniques“Doing”
2. Critical thinking, experimental design
“Thinking,” “Independence”3. Reading & writing (papers, lab reports, etc.)
“Communication”4. Discipline & Rigor
“Self-management”
Expectations: You
Self-motivated learning; Independent learningNot just memorization; UnderstandApply yourself, ask yourself questions(What if? How would I?)Be a good lab citizen; Be safe
Active participant in class
Be a little uncomfortable
Communicate – surveys, evals, DB
Communication
Please participate in surveys and evaluationsCan’t fix what I don’t know is wrong
Give me feedback throughout class (on DB)!
S**t will happen, mostly fixable!
Expectations: Me
Help you learn & understand(NOT “know” or memorize)
Challenge you, make you a little uncomfortableAvailable, approachable
Try to teach you to think scientifically;help you teach yourself
Dr. K
Set up lunch/coffee meetings!
Sarchasm! Please don’t take it personally!
Role = Guide + Mentor (use me!)Go to office hours!
Current research: How to improve learning
Exams/Quizzes
Need to think, not just memorize
Study material – develop working memory of concepts
Open book = Harder questions
Learn to apply concepts to do well in examsManage time during exams
Lab 1: Plasmids – why do we need ‘em?
Plasmid – needs to have?
Just “transform” the P450 gene into bacteria?
Lab 1: Plasmids as “expression systems”
Considerations for gene promoter?
Plasmid ori + selection + gene?
Lab 1: Plasmids how to get ‘em?
Difference between plasmid and chromosome?
Major classes of biomolecules?
Separate plasmid and chromosome?
Lab 1: Restriction enzyme maps
RE1: 3,2 Kb
Uncut: 5 Kb RE2: 1,4 Kb
RE1+2: 0.5Kb, 1Kb, 3Kb
RE1
RE1
3Kb
2Kb
RE2
RE2
4Kb
1Kb
Lab 1: Restriction enzyme maps
RE1: 3,2 Kb
Uncut: 5 Kb RE2: 1,4 Kb
RE1+2: 0.5Kb, 1Kb, 3Kb
RE1
RE1
RE2
Lab 1: Restriction enzyme cloning
Digest plasmid with RE1 (incomplete)
Previous plasmid
Digest gene of interest (4Kb) with RE1“Ligate” gene (no RE1/2 sites) & plasmidPredicted fragments with RE1 and RE2?
Think about total size, orientation, change in RE sites
Lab 1: Restriction enzyme maps
RE1: 3,2 Kb
Uncut: 5 Kb
RE2: 1,4 Kb
RE1+2: 0.5Kb, 1Kb, 4Kb
RE1: 4,3,2 Kb
Uncut: 9 Kb
RE2: 1,8 Kb
RE1+2: 0.5Kb, 1Kb, 7Kb
Conclusion?
Lab 1: Plasmid map assignment
TABLE (apprx.) fragment sizes
DUE Week 4
RE Map (with relative orientation of sites)RE Map does not require exact fragment sizesRE Map should be presentable!