Quiz 17 Review Jeopardy Template

left

middle

right

100

process of synthesizing proteins with mRNA and ribosomes

1. tRNA

2. Ribosomes

3. Translation

4. Activator enzyme

5. Polysome

3. translation

100

mRNA CAU

1. P site

2. A site

3. tRNA GUA

4. tRNA CGU

5. tRNA

3. tRNA GUA

100

Ribosome slides down to the next ___________ with each new amino acid-tRNA

1. ATP

2. N-formyl methionine

3. Polypeptide

4. Codon

5. Irreducible complexity

4. Codon

200

partially double stranded

1. tRNA

2. Ribosomes

3. Translation

4. Activator enzyme

5. Polysome

1. tRNA

200

mRNA GCA

1. P site

2. A site

3. tRNA GUA

4. tRNA CGU

5. tRNA

4. tRNA CGU

200

chain of amino acids

1. ATP

2. N-formyl methionine

3. Polypeptide

4. Codon

5. Irreducible complexity

3. Polypeptide

300

attach to mRNA when it leaves the nucleus

1. tRNA

2. Ribosomes

3. Translation

4. Activator enzyme

5. Polysome

2. ribosomes

300

where first amino acid-tRNA combination attaches

1. P site

2. A site

3. tRNA GUA

4. tRNA CGU

5. tRNA

2. A site

300

First amino acid placed in a protein

1. ATP

2. N-formyl methionine

3. Polypeptide

4. Codon

5. Irreducible complexity

2. N-formyl methionine

400

attaches an amino acid to its appropriate tRNA

1. tRNA

2. Ribosomes

3. Translation

4. Activator enzyme

5. Polysome

4. activator enzyme

400

where first amino acid-tRNA moves to when the second one attaches to the ribosome

1. P site

2. A site

3. tRNA GUA

4. tRNA CGU

5. tRNA

1. P site

400

The interaction between nucleic acids and proteins

1. ATP

2. N-formyl methionine

3. Polypeptide

4. Codon

5. Irreducible complexity

500

many ribosomes attached to the same mRNA

1. tRNA

2. Ribosomes

3. Translation

4. Activator enzyme

5. Polysome

5. polysome

500

where amino acids are first attached

1. P site

2. A site

3. tRNA GUA

4. tRNA CGU

5. tRNA

500

Supplies energy to attach amino acids to each other

1. ATP

2. N-formyl methionine

3. Polypeptide

4. Codon

5. Irreducible complexity

1. ATP