Answer:
The correct answer is statement B.
Explanation:
The enzymes may be present in the form of trimers, dimers, or tetramers. Various examples of trimers, dimers, and tetramer proteins are known, of them, the NEMO's diners are considered to be held by disulfide bonds. Thus, it can be hypothesized that the enzyme under examination is a multimer captivated by disulfide bonds, with each exhibiting catalytic sites.
On dissociation or reduction of disulfide bonds, the enzyme cleaves into its many single units. This illustrates the reduction in catalytic activity. Each active site in single unit will work, however, at a gradual rate. This also illustrates determination of multiple globular proteins after disulfide reduction.
Is this a bunch of typos or did you put this question in a different language?
The first stage of gene expression is the transcription step, ie the passage from ADn to mRNA, the RNA polymerase will read DNA (the TAC sequence) and will synthesize a complementary strand (AUG) in the form of mRNA (which will then undergo mRNA processing).
The second stage of gene expression is the translation of mRNA into protein: the AUG sequence of mRNA (supposed to be the start codon) is translated to the amino acid, methionine, via the ribosome and tRNA. The ribisome will read adjacent codons to form the polypeptide (several amino acids bonded together by peptide bonds).
Answer:
are you only giving 5 points but okay the claim would be that idk
Explanation: