The nucleus is the right answer BOOOF
Answer: Resistance
Explanation:
Bacteria are single cell microbes that can be found in plant cells, animal, human body...They could be beneficial some are use for fermentation or harmful.
Over time, Bacterial have shown resistance and virulent to man by gaining resistance to antibiotics use to destroy there adverse effect in human system.
Some bacteria such as mycobacterium gonorrhoeae that causes gonorrhoea has shown medium resistance to antibiotics
Acinetobacter Baumannii causing pneumonia has shown a high level of resistance towards antibiotics making it difficult to reduce there effect. This has lead to more research on how this bacterial will be less virulent and harmful to man
Answer:
Water (at least 2 L per day), meat, eggs, vegetables, milk and fruits.
Eat this kind of food every day, that's how you can improve your exercise workout.
Explanation:
Water gives H20, that is really important for the protein synthesis and peptide bonds, the mitochondria could multiplicate easier. Hydrogen bonds are really important for keeping the body in a right function!
with meat you gain proteins, preferible chicken meat is really good, and eggs! all the amino acids are found in the egg. Eating this you gain proteins that your body with helps of the water synthesize on your own benefit.
Vegetables have Ca2+ really important for the brain and the neural transmissions.
Milk will bring other proteins that you can't find in meat like lactose.
And fruits gives you sugar, specially banana, that is in other words energy, is always better the sugar that comes from a fruit that the one that we found in a cola, ice cream, chocolate etc.
Answer:
Option-B
Explanation:
DNase I is an enzyme which acts on the DNA in its single-stranded, double-stranded and chromatin form.
The DNase acting sites on the DNA is known as the DNA I hypersensitive site. The DNase I hypersensitive site allows the DNase I to act as the condensed form becomes less condensed. This mechanism can be associated with the transcription as, during transcription, the DNA becomes less condensed and is open to DNase I enzyme.
Thus, Option-B is correct.
