1. there are 64 types of tRNAs found in the cell
2. there are 44 meaningless and 20 codons for amino acids
3. there are 64 amino acids to be coded
4. genetic code is triplet
genetic code is triplet
1. lone-adenine
2. A–A doublet
3. A–A–A triplet
4. many adenines
A–A–A triplet
1. 50 bp
2. 100 bp
3. 150 bp
4. 200 bp
150 bp
1. Increases steadily
2. Decreases steadily
3. Remains constant
4. Increases and decreases alternatively
Decreases steadily
1. UGG and GUU
2. UUG and GGU
3. UGU and GUG
4. GUG and UGU
UGU and GUG
1. It utilizes less oxygen
2. It releases more of oxygen
3. It yields more ATP
4. Ribose sugar is released which is used in formation of nucleic acid
Ribose sugar is released which is used in formation of nucleic acid
1. Calvin
2. H. Krebs
3. Hatch and Slack
4. Pasteur
H. Krebs
1. 549
2. 535
3. 261
4. 264
549
1. Richmond and Lang effect
2. Gene flow hypothesis
3. Wobble hypothesis
4. Template hypothesis
Wobble hypothesis
1. Process of peptide chain elongation
2. Economy of the number of tRNA molecules
3. Process of peptide chain initiation
4. Process of peptide chain termination
Economy of the number of tRNA molecules