Transcription
Translation
General
Code & Codons
Mutations
100

The template for mRNA.

DNA.

100

Where translation occurs.

The ribosomes.

100

The process in which proteins are made. 

Protein synthesis.

100
The amino acid of AUG.

Methionine.

100

Any permanent change in the DNA sequence.

A mutation

200

The first process in protein synthesis.

Transcription.

200

What the ribosomes are reading.

The codons.

200
The most diverse macromolecule.
A protein.
200

The amino acid of GCC.

Alanine.

200

The type of mutation that occurs when a base is inserted or deleted. 

Frameshift mutation.

300

Where transcription occurs.

The Nucleus.

300

The tRNA job is. 

Bringing specific amino acids to the ribosomes. 

300

The central dogma of genetics.

DNA - RNA - Protein.

300

The 4 letters in the center of the codon wheel.

A, U, G, and C.

300

 These environmental agents like UV light or chemical exposure can cause mutations in DNA.

Mutagens.

400

The strand being synthesized in transcription.

mRNA.
400

The formation of protein. 

The process of amino acids linking to build proteins based of genetic instruction.
400

The two main stages in protein synthesis.

Transcription and translation.

400

Codons of the mRNA AUGCGAUCAUGCUAA.

AUG, CGA, UCA, UGC, and UAA.

400

A mutation that involves a change in only one nitrogenn base.

Point or Substitution mutation.

500

Purpose of transcription.

To carry the code/instructions out of the nucleus.

500

The type of bonds used in translation.

Peptide Bonds.

500

The number of levels of structure a protein has.

4.

500

Codons of Glutamine.

CAA, and CAG.

500

A mutation that results in a premature stop codon.

A nonsense mutation.