Answer:
<h2>by ribosomes in the rough ER, and reach to the plasma membrane through the membrane of secretory vesicles.</h2>
Explanation:
The virus is made up of two types of macromolecules such as nucleic acid and proteins so-called as nucleoprotein. The viral infected cell produced virus particles because the virus captures the replication machinery of the host cell. In this process, the synthesis of glycoprotein takes place on the ribosomes that are present on the endoplasmic reticulum. The synthesized proteins reach the plasma membrane through the certain vesicles that are called as secretary vesicles.
Answer: True,
Small amounts of hormones have large effects on an organism because the signals are amplified between glands and tissues due to the second messenger systems.
explanation:
Second messemgers are the intracellular molecules which are activated by the extracellular molecules. Second messengers intracellulary triggers physiological changes such as proliferation differentiation migration etc.
When hormones are released they bind to specific receptors such as G-coupled recptors,tyrosine recpetor which when activated further activates second messengers such as cAMP and STAT respectively.
These second messengers amplify the hormone secretion and production by phosphorylation and increasing transcription.
Hence this is true that second messnegers amplify the hormones and their physiological results.
Degrades the molecule
stabilizes the molecule
<span>increases the molecular concentration</span>
Adenosine triphosphate (also called ATP) is used by the cell as fuel to pump sodium out of the cell during the process of active transport. It carries energy to the areas of the body where it is needed. It is necessary for many of the cell's functions and is an important part of metabolism.
mark brainliest :)
The correct answer is two.
During meiosis, there are two rounds of the same phases. So, when the homologous chromosomes align during the first round of meiosis, they will again do so during the second round of meiosis.
