The answer to the question is "4 chromosomes".
The genes that code for a hemoglobin is found on 4 chromosomes. Two of this code is for the alpha globin while the remaining two genes that are code is for the beta globin.
Answer:
The correct answer is B. The virus can infect the host.
Explanation:
- As the host and the virus both remain in the agar plate, the virus is capable of infecting the host cells.
- The host cell multiplies and grows by utilising the nutrient from the agar medium.
- After the virus particles infect the host, they replicate inside the host and produce new progeny virions which get released out of the host cell by killing it.
- The newly formed virions infect other host cells and the process continues.
- The killing of the host cells by the viruses result in the generation of clear zones on the agar plate which is also known as the zone of exclusion.
- In the zone of exclusion region, the host cells have been killed by the viruses.
Answer:
Application of genomics to evaluate the efficiency and safety of the drug, on the basis of the genomic sequence of an individual is known as <u>Pharmacogenomics</u>.
Explanation:
Pharmacogenomics is defined as the study of the effects of genome on drug response. Pharmacogenomics includes studying the influence of the inherited genetic makeup of an individual on drug response and then correlating the gene expression with pharmacodynamics and pharmacokinetics of the drug.
This method is used to develop drugs with minimal side effects and maximum efficiency, by taking in consideration the patients' genotype.
<u>Therefore, the application of genomics to evaluate the efficiency and safety of the drug, on the basis of the genomic sequence of an individual is known as </u><u>Pharmacogenomics</u><u>. </u>
