central dogma
DNA
Transcription
Translation
Mutations
100

Central dogma describes how _______ information gets out of the nucleus to other parts of the cell to perform regular functions.

What is genetic?

100

When DNA synthesis takes place

What is the S phase?

100

Where transcription takes place. 

What is the nucleus?

100

This is the start codon and its corresponding amino acid.

AUG- Methionine 

100

These are the three point mutations.

What is substitution, deletion and insertion. 

200

This is the central dogma

what is DNA to RNA to Proteins

200

The role of this enzyme is to unzip the DNA strand

What is DNA helicase?

200

This is the molecule that is created that carries the genetic information out of the nucleus.

What is mRNA?

200

This is why translation is necessary

What is "to make proteins"?
200

This is a frameshift mutation and what it is a result of.

What is all of the bases shifting to the left or right due to an insertion or deletion.

300

This molecule was discovered to be the missing piece between DNA and proteins.

What is RNA?

300

Chargaff’s rule describes these base pairs.

What is Adenine goes with Thymine and Cytosine goes with Guanine?

300

This is the nitrogenous base that replaces thymine.

What is uracil?

300

These are the RNA molecules involved in translation and their jobs.

What is rRNA creating proteins and tRNA matching amino acids to the message in the mRNA?

300

These are the different effects of point mutations and their description. 

What is: 

missense: changes one amino acid

Nonsense: creates a stop codon

Silent: does not change the amino acid

400

This is who discovered DNA is genetic information

Who is Oswald Avery?

400
This is the direction that DNA polymerase works and the strands that are formed.

What is 5' to 3' direction so a leading and lagging strand are formed.

400

This is the structure of RNA vs DNA.

What is single stranded vs double stranded.

400

This is the description of expressed genes.

Genes that are turned on and used to make proteins.

400

This is why mutations are or are not considered beneficial. 

What is "No because of natural selection", "No because some are beneficial"?

500

This is where transcription and translation take place.

Where is the nucleus and the cytoplasm?

500

This is the number of chromosomes vs chromatids formed as a result of DNA synthesis

46 chromosomes, 92 chromatids.

500

This is why RNA is known as disposable genetic material.

Why does it carry a copy of DNA out of the nucleus to other parts of the cell.
500

If given the DNA strand TACGGCUCA, the amino acids made are.

What is Methionine - Proline- Serine 

500

These are the different chromosomal mutations and their effects. 

What is: 

Deletion: An entire chromosome is deleted

Inversion: Flipped order in the code (Ex. ABC -> ACB)

Duplication: An entire chromosome is duplicated (Ex. ABC -> ABBC)

Translocation: Different chromosomes are moved/attached to other chromosomes