Answer:
Genetic engineers can transfer a specific piece of DNA or genes from one organism to another organism. This is usually done by adapting recombinant DNA methods. In this approach, a gene of interest is cut with restriction enzymes and then inserted and ligated to the host genetic material. This host could be a bacteria or eukaryote.
Example: Biotechnologists can produce insulin by inserting human gene in <em>E. coli</em>. The bacteria replicate its genome fast and produce protein (insulin) which can be extracted and applied to the person who is diabetic. Similar methods have been used for other purposes.
Answer:
The answer is: a) Herpesviruses
Answer:
Concentration gradient.
Explanation:
Diffusion may be defined as the process of the movement of solute particles down the concentration gradient. This process does not require the expenditure of energy.
The main driving force in diffusion is the concentration gradient. The molecules generally move from its region of the higher concentration towards the region its lower concentration.
Thus, the correct answer is option (3).
Answer:
its 2
Explanation:
i will do this some other time
Answer:
In high glucose-NADH and FADH2
In depletion case- NAD+ and FAD+2.
Explanation:
MCAD (Medium-chain acyl-CoA dehydrogenase) deficiency may be defined as inherited disorder in which the body's ability to breakdown the fat decreases and converting them in energy.
Excess glucose stores: The presence of excess glucose prevents the proton gradient to transfer electrons in the electron transport chain. This causes the buildup of NADH and FADH2.
Low energy state: This state needs ATP that decrease the carriers and causes the buildup of NAD+ and FAD+2.
