Answer: A. becoming transcriptionally active
Explanation:
Regions that are sensitive to the enzyme DNase I, are regions of chromatin that lost their condensed structure, thereby leaving the DNA accessible and exposed to degradation by the DNase I enzymes. These Chromatin regions become transcriptionally active
.
These regions are referred to as DNase I hypersensitive sites.
The moon has a higher maximum surface temperature compared to Earth (253 degrees of moon to 136 degrees of Earth), but this also depends on night (which is colder) or day (which is hotter).
The moon has such extreme temperatures because it has no atmosphere that can "reflect" some of the heat from the sun, whereas the earth does.
Answer:
There are in fact 3 different cells that make up the kidney
Explanation:
The Kidney glomerulus parietal cell.
Kidney glomerulus podocyte.
Kidney proximal tubule brush border cell.
Answer:
Water will move out of the cell because the beaker solution has a lower water potential than the cell is the answer.
Thus Option C is correct.
Explanation:
The way how a water moves from one point that is out of the cell to the another point that is into the cell is called as water potential. It depends on two factors, that is, the solute potential and pressure potential. The solute potential has an inverse relationship with the water potential.
If the solute potential is higher than water potential will be less and vice versa. So in this above mentioned experiment the solute potential of the cell is less than that of the solution so water will move out of the beaker as per the rule.
Answer:
Coronary artery disease may be defined as the blockage or the difficulty in flow of the blood through the arteries. The arteries gets hardened in the this disease and fat deposition is noticed in the artery.
The diagnosis of coronary artery disease requires the further diagnosis like the consumption of cholesterol and its excess level in the body confirms the disease. The use of nicotine and the angina pain assessment is quite important for the disease assessment. The A1C test measures the blood glucose level and its value is used in the measurement of coronary artery disease.
