Advanced Molecular Genetics-Biology 566

Syllabus

Spring 2004, 8:00 - 9:15, TR Room 203,

Instructor: Dr. Claire Rinehart, Office: 121 TCNW, Lab: 118/124 TCNW, Phone: 745-5997, 843-9028(h)

Topic Schedule
Date
Topic
Reading
Jan. 13
Introduction, Central Dogma
Review
15
Prokaryotic b-galactosidase regulation
G&S 1-26, 177 - 181
20
Prokaryotic - Lambda Phage gene expression
G&S 26-42
22
Prokaryotic - Polymerase Activation, Promoter Activation, Silencing
G&S 42-57
27
Yeast regulation, Gal
G&S 59-92
29
Yeast silencing

G&S 92-114,
Ann. Rev. Biochem. 2003. 72:481–516

Feb. 3
Recruiting G&S 92-115
4
GENOMIC IMPRINTING: Intricacies of Epigenetic Regulation inClusters
Annu. Rev. Cell Dev. Biol.2003.19:237–59
10
NATURAL SELECTION AND THE EVOLUTION OF GENOME IMPRINTING
Annu. Rev.Genet.2003.37:349–70
12
XIST RNA AND THE MECHANISMOF XCHROMOSOME INACTIVATION
Annu. Rev.Genet.2002.36:233–78
17
THE DYNAMICS OF CHROMOSOME ORGANIZATION AND GENE REGULATION
Annu. Rev. Biochem. 2003. 72:573–608
29
GROWING OLD: Metabolic Control and YeastAging
GENETICS OF AGING IN THE FRUIT FLY, DROSOPHILA MELANOGASTER
Annu. Rev. Microbiol.2002.56:769–92,
Annu. Rev.Genet.2003.37:329–48
24
CONTROL OF DEVELOPMENTAL TIMING BY MICRORNAS AND THEIR TARGETS
Annu. Rev. Cell Dev.Biol.2002.18:495–513
Science 2 Jan; 303:83-86
26
Exam 1
Mar. 2
THE GENETICS OF RNA SILENCING Annu. Rev.Genet.2002.36:489–519
4
Signal Transduction TBA
9
" "
11
" "
16
" "
18
" "
23
  Spring Break
25
  Spring Break
29
HOW DO CELLS KNOW WHAT THEY WANT TO BE WHEN THEY GROW UP? Lessons from Epidermal Patterning in Arabidopsis Annu. Rev. PlantBiol.2003.54:403–30
31
Stem Cells
Science Sep12'02; 298:601-604,
298:597-600
Apr. 1
Presentation topics and a copy of the journal articles due to instructor.
TBA
6
Stem Cells Cont. TBA
8
Exam 2
13
 Student Presentations
15
 Student Presentations
20
 Student Presentations
22
 Student Presentations  
27

 Student Presentations

29
 Student Presentations
May 4
 Final Exam, 8-10 AM

 

Prerequisites: Biology 495 or consent of instructor.

Consideration of the molecular mechanisms for gene expression and regulation. 3 hr. credit.

Instructor: Claire Rinehart Office: 121 TCNW Phones: 745-5997, 843-9028 (h)

Required Text

Genes and Signals by Mark Ptashne and Alexander Gann, Cold Springs Harbor Press, 2002.

ISBN 0-87969-633-8

Papers and Reviews listed in reading assignments below. (available from instructor)
 
 

Exams

There will be three exams given, each worth 100 points. Exams will be comprehensive over the material covered since the last exam.

Student Presentations

Each student will be required to present the contents of a journal article published within the last year that describes the advancement of knowledge in one of the areas of molecular genetics. The paper must be pre-approved by the instructor and a copy should be made available to the instructor by April 1. During the presentation the student should present sufficient background (perhaps out of other papers or reviews) so that the class will understand the nature of the question being answered and the general methods used to derive that answer. Each student will have 25 minutes for their presentation and the presentation will be worth 50 points. Points will be assigned for: thoroughness of the introduction, clear presentation of the purpose of the work presented in the paper, concise presentation of experimental evidence supporting the papers conclusions, a good summary of the conclusions and how they relate to the general body of knowledge in the field, and the demonstration of a thorough grasp of the subject as exhibited by the student's ability to answer questions (10 points for each area).

Point Summary:

Exam 1 100

Exam 2 100

Final Exam 100

Student Presentation 50

Total 350

Grades: A = 90-100%, B = 80-89.99%, C = 70-79.99%, D = 60-69.99%, F = 0 - 59.99%.

 

"Students with disabilities who require accommodations (academic adjustments and/or auxiliary aids or services) for this course must contact the Office for Student Disability Services, Room 445, Potter Hall. The OFSDS telephone number is (270) 745-5004 V/TDD. Please DO NOT request accommodations directly from the professor or instructor without a letter of accommodation from the Office for Student Disability Services."

 

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