The nutrients that coats your nerves is something called myelin. Those like vitamin B and D can help out myelin sheath.
The classes that are banned and are no longer able to be used in food-producing animals are called chloramphenicol and nitroimidazoles. The Nitroimidazole drugs<span> are used to deal with the anaerobic bacterial and parasitic infections. Whereas </span> <span>Chloramphenicol </span><span>is an</span><span> antibiotic prescribed to treat </span>a range<span> of infections. A</span>spect<span> effects, drug interactions, dosage, storage, and </span>maternity<span> safety </span>information should<span> be reviewed </span>before victimisation<span> this medication.</span>
Answer:
Bacteriophages are attaching to bacterial cell wall and injecting genetic material.
Explanation:
Bacteriophage:
A bacteriophage (bacteria eater) is a type of virus that infects bacteria. Bacteriophages are composed of genetic material (DNA or RNA) enclosed in a protein shell or capsid.
Following are steps of bacteriophage infection:
- Bacteriophage attaches to cell surface receptors on the surface of the bacterium.
- Depending upon the type of phage, the bacteriophage either injects its DNA or RNA into the bacterium or enters as a whole. In this image, the bacteriophage T4 is represented which injects its genetic material into the host cell.
- The phage's genetic material hijacks the cellular machinery of the host and replicates itself within the host.
- After replication, the phages burst open the bacteria cell and are released. This is called the lytic cycle of bacteriophage infection.
- In another type of infection cycle, called the lysogenic cycle, the bacteriophage genome gets incorporated into the host genome, known as a prophage. This prophage lies dormant.
* The second step of the infection cycle is pictured here.
Answer:
Recent advances in medical biotechnology have increased researcher's knowledge of molecular events of Cancer and have created new hopes in early diagnosis and treatment of cancer. Changes in the genome and proteome of the cells disturb the normal cellular control mechanisms.
Explanation:
