Reg. of Gene Expression
Cell Signaling
Population Genetics
Medical Genetics
Wildcard
100

The length of promoters. 


Bonus - The number of base pairs away from the transcription start site.

6 nucleotides


Bonus - 10-35 base pairs upstream

100

Kinases associated with cytokine receptors belong to this family.

What is the Janus kinase (JAK) family?

100

A spontaneous change in the chemical structure of DNA.

What is mutation?

100

Translocations between two acrocentric chromosomes.

What are Robertsonian Translocations?

100

What is FAK?

Focal adhesion kinase

200

The way enhancers are like promoters.

What is 'they bind to transcription factors that then regulate RNA polymerase' ? 

200

The key targets of JAK kinases.

What are STAT proteins, transcription factors with SH2 domains?

200

The strength of a selection, how fast traits change over generations. Measure of how beneficial a trait is to a population.

What is the selection coefficient?

200

The five examples of structural abnormalities in chromosomes.

What are

1) Deletion of a piece

2) Duplication of a piece

3) Translocation of a piece of one chromosome on to a non-homologous chromosome. 

4) Insertion of one piece of chromosome into a non-homologous chromosome

5) Formation of a ring chromosome

200

Methylation of lysine at site # and site # results in inactive chromatin.

9, 27

300

The other elements in the promoters that are associated with transcription.

What are initiator elements (Inr), TFIIB recognition elements (CRE) and downstream elements (DCE, MTE, DPE)

300

JAK proteins do this to STAT proteins, which then allow them to dimerize and translocate to this place.

What is phosphorylate? What is the nucleus? 

300

The primary force in shaping human genetic variations

What are genetic bottlenecks?

300

Klinefelter Syndrome is when there is an extra what?

X chromosome, so males are XXY

300

Other factors that act to modify chromatin structure.

What are corepressors?

400

The two mechanisms that activation domain uses to stimulate transcription.

1) Interact with Mediator proteins and general transcription factors


2) Interact with co activators to modify chromatin structure.
400

These also serve as receptors that activate this type of signaling pathway, in addition to attaching cells to the extracellular matrix.

What are integrins? What are intracellular signaling pathways?

400

Allele frequencies will reach an equilibrium in the admixed populations with either of these.

1) High right of gene flow

2) A long enough time of extended gene flow

400

Describe the duplication structural abnormality.

Results in partial trisomy for genes in the duplicated portion, duplicated chromosome is longer with more bands than its normal homolog.

400
The role of rRNA in protein synthesis.

What is 'catalyzes peptide bond formation'

500

Elongation is required how

The polymerase pauses within ~50 nucleotides to negative regulatory factors (NELF and DSIF). Continuation of transcription depends on P-TEFb (positive transcription-elongation factor-b)

500

Integrin binds to extracellular matrix -> ? -> an association with FAK -> ? -> ?

1) promotes integrin clustering

2) autophosphorylation

3) docking site for several signaling mechanisms like Src

500

How do we know if a particular locus in being impacted by evolutionary forces?

We test the model of allele frequency where no evolution is occurring. This is known as the Hardy-Weinberg equilibrium. 
500
Cytogenetic analysis can be done on these 6 things.

What are 

1) Blood

2) Amniotic Fluid

3) Chorionic Villus Samples (CVS)

4) Skin fibroblast cultures

5) Bone marrow

6) Solid tumors

500

What does it mean for GTP hydrolysis to be the rate limiting step?

It allows time for proofreading of the codon-anticodon pairing before the peptide bond formation.

M
e
n
u