Which of the following secondary metabolites does not prevent the synthesis of its own?
a. Chloramphenicol
b. Puromycin
c. Penicillin
d. Streptomycin
Answers
Answer:
Chloramphenicol is the answer.
Answer:
d. Streptomycin
Streptomycin is secondary metabolites does not prevent the synthesis of its own.
Explanation:
Streptomycin is an organic base antibiotic with the chemical formula C21H39N7O12 that is produced by the soil actinomycete Streptomyces griseous. It has broad antibacterial activity and is used to treat gram-negative bacterial infections, such as tuberculosis. Streptomycin is secondary metabolites does not prevent the synthesis of its own.
If you are unable to take other TB medications or have a type of TB that cannot be treated with other medications, this medication is used in combination with other medications to treat active tuberculosis (TB) infection (drug-resistant TB). The antibiotic class known as aminoglycosides includes streptomycin. It functions by eradicating the infection-causing microorganisms. Along with other medicines, this drug may also be used to treat other severe infections (such as Mycobacterium avium complex-MAC, tularemia, endocarditis, and plague). The antibiotic class known as aminoglycosides includes streptomycin. It functions by eradicating the infection-causing microorganisms. Along with other medicines, this drug may also be used to treat other severe infections (such as Mycobacterium avium complex-MAC, tularemia, endocarditis, and plague).
The dosage is determined by the type of infection, your weight, your health, your blood levels of streptomycin, and any side effects. The type of infection you have, as well as how you respond to treatment, will determine how frequently you will need injections and how long your treatment will last.