<span>Norepinephrine uses the Second
Messenger System, which means, cells signal to each other what molecules have
been released that will trigger a physiological reaction. </span>
<span>
This phenomenon is activated after the ligand (ion or molecule) is bonded to its receptor
(protein molecule), creating a variation that causes a chain-reaction, that will
finally activate the Second Messenger. The latter will activate intercellular
molecules that will be able to control the cell’s activity. </span>
Answer:
PLEASE MARK ANSWER AS BRAINLIEST IF IT IS GOOD!
B B
b Bb Bb
b Bb Bb
R R
r Rr Rr
r Rr Rr
Explanation:
It should be A because the Hydrolysis will take place
Answer:
In the clinical question Does chronic stress affect inflammatory responses in older men with atherosclerotic disease? There is no comparison, so component C does not exist.
Explanation:
C of Comparison corresponds to the PICO process.
The <u>PICO process</u> is used in the resolution of clinical questions, and serves to enumerate the components that allow the analysis of said question. The acronym for PICO corresponds to:
- <u><em>P</em></u><em>opulation
</em>
- <u><em>I</em></u><em>ntervention</em>
- <u><em>C</em></u><em>omparison
</em>
- <u><em>O</em></u><em>utcome
</em>
In the approach of a clinical question the comparison is established when it comes to appreciating one characteristic with respect to another:
<em>"Do patients with gastritis improve with gastric protectors or only with diet?
"</em>
Here a comparison is established between two therapeutic measures.
In the question "Does chronic stress affect inflammatory responses in older men with atherosclerotic disease?" component C of the PICO process does not exist, because there is no established comparison.
Learn more:
Clinical information brainly.com/question/1089166
The correct answer is optionD 134/200.
The frequency of the dominant allele can be calculated by the summation of the frequency of the homozygous individual frequency that has dominant allele and half of the heterozygous individuals, as half of the heterozygotes have dominant allele.
The frequency is no of individual of desired trait divided by total number of individual.
The calculation is shown below: