The expected result of this poison on secondary active transport is that the poison will prevents the conformational changes which are necessary for the pump to perform its function, thus preventing it from been able to carry out transportation of ions in and out of the cell.
Answer:
Testcrosses clarify linkage because each phenotypic class of progeny corresponds to each gamete type produced by the dihybrid parent.
Explanation:
- A test cross involves the crossing of an individual with another phenotypically recessive individual so as to determine the zygosity of the former by analyses of the proportions of offspring phenotypes.
- In order to determine linkage, the test cross shows that if the parentals are more than the recombinants, we can say that the two genes such as b and c are genetically linked and therefore, they must be on the same chromosome.
- Also, the test-crosses help to find out which alleles came from which parent.
- By setting up testcrosses in which one parent is homozygous for the recessive alleles of both genes,we can analyze the gene combinations received in the gametes from the other, doubly heterozygous parent.
In this case, the patient has to be moved into an isolated room or into a private room. Vancomycin resistant-enterococci are said to develop a resistance against vancomycin. Enterococci normally live in our skins and intestines as normal flora, therefore it does not cause any problems. In patients who are immunocompromised, they are more likely to be affected by these organisms which commonly infect the intestines, urinary tract infection and wounds. These bacteria are said the be difficult to treat with since there are lesser antibiotics who have greater strength compared to vancomycin.
