Final
exam is on Thursday May 18th from 130 to 330 in Room 0226 in HJ Patterson
(Lecture Hall)
Chapter 3: Extensions to Mendelian Inheritance, need to know Mendel’s Laws and how to use them!!!
Chapter
4: Meiosis and Chromosome Theory, Morgan’s/Bridges work with nondisjunction
Gametes
are haploid, zygotes diploid and how independent assortment is explained by
independent assortment of chromosomes.
Chapter
5: 3 Point Cross
Chapter
6: Experiments of Griffiths, Avery, Hershey and Chase, experiments that shed
light on the basic structure of
Chapter
7: Luria-Delbruck fluctuation experiment, Replica plating experiment,
Complementation test, Beadle and Tatum experiment
Chapter
8: Genetic Code, Figs 6, 11, 24,
Chapter
9: restriction enzymes, Fig 16 and 17.
Chapter
10: microarrays (understand their definition)
Chapter
13: especially effect on gamete production (inversions, translocations, etc.)
and polyploidy.
Chapter
14: Method of bacterial conjugation, role of plasmids in conjugation.
Chapter
15: focus on uniparental inheritance on not on biochemistry
Chapter
16: Especially focus on PaJaMo
experiments
Chapter
17: Figures 4, 5, 11, 16, 17
Chapter
20: know how to do HW type problems, apply selection equations similar to exam
2.
The test will be all objective with fill in the blanks, multiple choice and of course problems requiring math.
Definitions:
Definitions as in hand-out, there will be approximately 20 definitions, with
definitions present but you have to supply the word.
All
equations from chapter 20 will be supplied.
Point
structure (approximate):
Definitions:
30 pts
Mendelian
inheritance 10 pts
Meiosis: 15
pts
3 point
cross: 10 pts
Genetic
code 10 pts
Figures
of Transcription, Translation 20 pts
Chromosome
mutations 10 pts,
Uniparental inheritance 20 pts
control of gene expression 30 pts
Chapter 20 about 15 pts