RNA
Proteins
Protein Synthesis
At the Ribosome
Reading the Genetic code
100

A single-stranded nucleic acid that passes along genetic messages

RNA

100

This is the building block of a protein

amino acid

100

The two primary stages of protein synthesis are

Transcription and translation

100

a molecule of mRNA is read in 3 nucleotide sequences in a process that results in the building of a poly-peptide chain.  This process is called

Translation

100

The first step in translation is that the mRNA molecule binds with the ribosome.  What is the next step?

A tRNA molecule enters the ribosome and binds to the mRNA strand

200

The form of RNA that carries each amino acid to the ribsome to form the polypeptide chain (protein) It also has the Anti-Codon.

tRNA

200

The function that a protein caries out is dependent on this

The shape of the protein

200

The location where transcription takes place

The nucleus

200

The three nucleotide sequence on the mRNA strand that the genetic code is written in

codon

200

One tRNA molecule is bound to the mRNA stand in the ribosome, what happens next?

a second tRNA molecule binds to the mRNA strand next to the first

300

The type of RNA that ribosomes are made of

rRNA

300

The shape of a protein is dependent on this

The order of amino acids used to build the protein

300

The location where translation takes place

ribosome or cytoplasm

300

The molecule that carries an amino acid to the ribosome

tRNA

300

2 tRNA molecules are bound the the mRNA strand in the ribosome each carrying an amino acid.  What happens next?

the two adjacent amino acids form a peptide bond

400

RNA molecule that carries copies of instructions for the assembly of amino acids into proteins from DNA to the rest of the cell

mRNA

400

This is the type of bond that holds amino acids together

a peptide bond

400

The enzyme that carries out transcription in the nucleus

RNA Polymerase

400

The three nucleotide sequence on the bottom of the tRNA molecule that associates with the nucleotides on the mRNA molecule

anti-codon

400

2 tRNA molecules are bound the an mRNA strand and the amino acids have just formed a peptide bond, beginning a chain forming on the second tRNA molecule.  What happens next?

the first tRNA molecule detaches from the mRNA strand

500

In RNA, this nucleotide is used instead of Thymine

Uracil

500

Another name for a chain of amino acids

peptide chain

500

A DNA strand is unzipped in the nucleus and one side is copied to make a single stranded RNA molecule.  This process is called

Transcription

500

when 2 tRNA molecules are situated next to each other on the mRNA stand in the ribosome, what is the next step in protein synthesis

a peptide bond forms between the amino acids carried by the two tRNA molecules

500

The first tRNA has detached from the mRNA stand and the second tRNA molecule as well as the mRNA strand shift over in the ribosome.  What happens next

a third tRNA binds to the next location on the mRNA strand