The pathway would be over active, If a ligand were stuck in the G-protein-linked receptor.
<h3>What usually happens when a ligand binds to a receptor protein?</h3>
When the ligand attached to the internal receptor, a change occurs that shows at DNA-binding site on the protein.
The ligand-receptor complex moves into the nucleus where it binds itself to regions of the chromosomal DNA. It promotes the initiation of the process of transcription so we can conclude that if a ligand were stuck in the G-protein-linked receptor, the pathway would be over active.
Learn more about ligand here: brainly.com/question/1869211
The correct answer is option D, that is, look for soil bacteria, which transforms nitrates into nitrogen gas.
A microbial mediated procedure where nitrate is reduced and eventually generating molecular nitrogen via an array of intermediate gaseous nitrogen gaseous outcomes is known as denitrification.
It is generally the withdrawal or the loss of nitrogen or nitrogen components, mainly the reduction of nitrites or nitrates by the bacteria in the soil, which usually leads to the escape of nitrogen into the atmosphere.
Answer:
Increased GH secretion
Explanation:
In the growth hormone (GH)-secreting tumor, large amount of growth hormones are secreted. GH triggers liver and growth factors -1 is released in ample amount and causes acromegaly. Acromegaly causes hands and feet grow longer than the normal size. The exact cause of this problem is not known. However, in most of the cases it is caused by pituitary adenoma
Keplers 3rd law tells us that the square of the orbital period of a planet is proportional to the cube of the semi-major axis if the planet.
p^2 = a^3
So if the orbital period is 29.46 years, then:
(29.46)^2 = a^3
867.8916 = a^3
9.54 au = a
So the average distance between Saturn and the Sun is 9.54 au
au = atronomical units.
idk if i did this right, its been a while
