What typically happens to amino acids once they arrive in a cell?

Answers

Answer 1

Answer: primarily, amino acids are needed in a protein making process

when a cell require more of a specific protein, messenger RNA is made from the gene for that protein and during translation
and once amino acids enter, it will be used for the protein synthesis

hope this helps

Related Questions

If a genetic mistake (i.e., a mutation) occurred during replication, and the new DNA strand has the sequence CAG, what amino acid would result?A. ValineB. ArginineC. LeucineD. Alanine
The cladogram shows relationships among several mammal species. Which group of modern mammals is the most closely related to elephants?
one of the differences between cambrian animals and precambrian animals was the appearance of___________ such as antenne as Cambrian animals evolved.
Parts of a plant that are underground are called , while those above ground are called .
How can using a combination of policy tools be more efficient than using one exclusively?a. Using a combination of policy tools assures compliance. b. Using a combination of policy tools allows for a wider range of coverage. c. Using a combination of policy tools prevents the use of mandatory policies. d. All of the above

the bee is pollinating the flower. this is an important step in the____ of flowering plants. A) speciation B) regeneration C) sexual repoduction D) asexual repoduction

Answers

C) sexual repoduction

c sexual reproduction

Which behavior would you most likely expect to find in a desert animal?a. grooming others of their species
b. giving birth under tree shelter
c. eating in large groups
d. sleeping during the day

Answers

Sleeping during the day can be most likely expected to find in a desert animal. The correct option among all the options that are given in the question is option "d". The day is so hot in the desert that normally animals would avoid going out in the sun during the day time. The desert animals normally go out to search for their food before the sun rises or after the sun sets.

Which of these proteins in mammals show only primary and secondary structures?Oxytocin
Keratin
Hemoglobin

Answers

The correct answer is keratin. Proteins like keratin are made up of multiple peptide chains (polypeptide); these are group of amino acids joined by peptide bonds. The sequence of amino acids in a protein is the primary structure while the specific shape in which it is folded (alpha or beta) is called the secondary structure.

How does taxonomy help us understand relationships among organisms on earth? What kinds of evidence do scientists use in taxonomy?

Answers

Taxonomy helps us understand relationships among organisms on earth because you can produce a genetic tree diagram which starts from present day animals and goes back to the first early life forms. Scientists will use living organisms and extinct organisms either from fossils, from drawings or from photographs

Feedback mechanisms have evolved that maintain homeostasis. Describe how homeostasis is maintained through feedback. In your answer be sure to: 1. Identify one feedback mechanism in the human body, 2. identify, other than death, one specific result if homeostasis fails in the human body.

Answers

Homeostasis is maintained through feedback because when one certain parameter of your body goes out of the homeostatic bounds, feedback mechanisms will message this back towards the regulatory mechanisms which are responsible for homeostasis maintenance in the first place. Another thing, other than death, which can happen would be a higher bodily temperature for example.

Final answer:

Homeostasis maintains a stable internal environment in organisms through feedback mechanisms. An example of a feedback mechanism is the regulation of blood glucose levels. If homeostasis fails, diseases such as diabetes may emerge.

Explanation:

Homeostasis is the process where an organism maintains a stable internal environment, which is crucial for survival. This stability is achieved through feedback mechanisms. These mechanisms monitor and adjust various biological systems within the body to maintain balance.

One example of a feedback mechanism in the human body is the regulation of blood glucose levels. When blood glucose levels rise, the pancreas produces insulin, which promotes the uptake of glucose into cells, reducing blood glucose levels. This is an example of a negative feedback mechanism because the effect of the response to the stimulus is to reduce the original stimulus. Conversely, if blood glucose levels fall, the pancreas produces glucagon, which prompts the liver to release stored glucose, thus increasing blood glucose levels.

If homeostasis fails in the human body, one specific result, beside death, could be the emergence of diseases such as diabetes. If the feedback mechanism for regulating blood glucose levels is impaired and the body doesn't produce enough insulin or the body's cells resist the effects of insulin, the result is high blood sugar and diabetic conditions.