Use the following information to answer the following questions.
A transfer RNA (#1) attached to the amino acid lysine enters the ribosome. The lysine binds to the growing polypeptide on
the other tRNA (#2) in the ribosome already.
Which enzyme causes a covalent bond to attach lysine to the polypeptide?
A) ATPase
B) lysine synthetase
C) RNA polymerase
D) ligase
E) peptidyl transferase
Where does tRNA #2 move to after this bonding of lysine to the polypeptide?
A) A site
B) P site
C) E site
D) Exit tunnel
E) Directly to the cytosol
Which component of the complex described enters the exit tunnel through the large subunit of the ribosome?
A) tRNA with attached lysine (#1)
B) tRNA with polypeptide (#2)
C) tRNA that no longer has attached amino acid
D) newly formed polypeptide
E) initiation and elongation factors
Answers
Answered by
3
Explanation:
#1 . (E)peptidal transferase
Answered by
0
Which enzyme causes a covalent bond to attach lysine to the polypeptide?
E) peptidyl transferase
Where does tRNA #2 move to after this bonding of lysine to the polypeptide?
C) E site
Which component of the complex described enters the exit tunnel through the large subunit of the ribosome?
E) initiation and elongation factors
Explanation:
- Translation is a process 5 which there is change in the RNA to the the corresponding amino acid. This is useful in the study of genetics. There are 3 corresponding RNA sequence which helps in the formation of codon.
- the three corresponding codon results in the formation of a particular type of amino acid. Then by the formation of the peptide bond there is joining of the amino acid resulting in the production of a protein
To know more,
(a) Define genetics (b) Who is regarded as the “Father of genetics ...https://brainly.in/question/2609498
Similar questions