Exam 4 Review

B

100

Enters Krebs Cycle

1. glucose

2. pyruvic acid

3. acetyl CoA

4. glycolysis

5. lactic acid

3. acetyl CoA

200

Enters Glycolysis

1. glucose

2. pyruvic acid

3. acetyl CoA

4. glycolysis

5. lactic acid

1. glucose

300

Formed in glycolysis

1. glucose

2. pyruvic acid

3. acetyl CoA

4. glycolysis

5. lactic acid

2. pyruvic acid

400

Formed when oxygen is lacking

1. glucose

2. pyruvic acid

3. acetyl CoA

4. glycolysis

5. lactic acid

5. lactic acid

500

Anaerobic

1. glucose

2. pyruvic acid

3. acetyl CoA

4. glycolysis

5. lactic acid

4. glycolysis

I

100

Carbon atoms are removed as ____

1. electrons

2. formation of ATP

3. nucleotide

4. CO2

5. semiconservative

4. CO2

200

DNA replication

1. electrons

2. formation of ATP

3. nucleotide

4. CO2

5. semiconservative

5. semiconservative

300

sugar, phosphate, base

1. electrons

2. formation of ATP

3. nucleotide

4. CO2

5. semiconservative

3. nucleotide

400

Oxidative phosphorylation

1. electrons

2. formation of ATP

3. nucleotide

4. CO2

5. semiconservative

2. formation of ATP

500

Accepted by oxygen atoms

1. electrons

2. formation of ATP

3. nucleotide

4. CO2

5. semiconservative

1. electrons

N

100

Length of DNA that codes for a protein

1. new DNA

2. uracil

3. regulator genes

4. cytosine

5. gene

5. gene

200

opposite guanine

1. new DNA

2. uracil

3. regulator genes

4. cytosine

5. gene

4. cytosine

300

Base in RNA but not in DNA

1. new DNA

2. uracil

3. regulator genes

4. cytosine

5. gene

2. uracil

400

Has an old strand and a new strand

1. new DNA

2. uracil

3. regulator genes

4. cytosine

5. gene

1. New DNA

500

Determines if a gene is turned on or off

1. new DNA

2. uracil

3. regulator genes

4. cytosine

5. gene

3. regulator genes

G

100

Length of DNA that codes for an amino acid

1. evolution

2. redundant code

3. GGA/GGG

4. AUC

5. Codon

5. Codon

200

gly (glycine)

1. evolution

2. redundant code

3. GGA/GGG

4. AUC

5. Codon

3. GGA/GGG

300

Refers to the change in the allele frequency over generations

1. evolution

2. redundant code

3. GGA/GGG

4. AUC

5. Codon

1. evolution

400

More than 1 codon for an amino acid

1. evolution

2. redundant code

3. GGA/GGG

4. AUC

5. Codon

2. redundant code

500

ile (isoleucine)

1. evolution

2. redundant code

3. GGA/GGG

4. AUC

5. Codon

4. AUC

O

100

start

1. AUG

2. Ribosomes

3. Introns

4. CAC

5. Exons

1. AUG

200

Where amino acids attach together

1. AUG

2. Ribosomes

3. Introns

4. CAC

5. Exons

2. ribosomes

300

his (histidine)

1. AUG

2. Ribosomes

3. Introns

4. CAC

5. Exons

4. CAC

400

UUC in mRNA

1. AAG in DNA

2. Frameshift

3. Alternative Splicing

4. TGA in DNA

5. mRNA

1. AAG in DNA

500

ACU in mRNA

1. AAG in DNA

2. Frameshift

3. Alternative Splicing

4. TGA in DNA

5. mRNA

4. TGA in DNA