Answer:
When monchondria stops you would be able to control your ATP.
Explanation:
C. Identify
The only other possible solution may be D. Illustrate but that is such a specific word I sincerely doubt it.
:)
Answer:
The options include:
1. degrade rust into a usable form of iron
2. secrete proteases that degrade host factors such as hemin or hemoglobin in order to access the released iron
3.invade cells in order to access iron within degradative lysosomes
4.use adhesins to bind free iron within the host
5.secrete lactoferritin that binds iron at very low concentrations
The answer is
2. secrete proteases that degrade host factors such as hemin or hemoglobin in order to access the released iron.
Due to the abundance of the pathogenic bacteria in their host , they are able to secrete enzymes known as protease which acts on protein component of the blood called Hemoglobin. This subsequent enzymatic action results in the release of iron for their use.
To Find :
The recombination frequency between these two mutations.
Solution :
Formula of calculating recombination frequency is :
Putting all given values in above equation, we get :
Therefore, the recombination frequency between these two mutations is 0.01 or 1 %.
The best description would be; Vancomycin inhibits cell wall synthesis promoting bacterial lysis. Vancomycin is an antibiotic that is used to treat quite a number of bacterial infections. It inhibits cell wall synthesis and promotes bacterial lysis and the death of the bacteria. It does not contain a beta lactam ring, therefore an effective serum trough level is 10 mcg/mL to 20 mcg/mL depending on the severity of the infection and renal function. The drug is an alternative to use in patients allergic to beta-lactam antibiotics.
