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maxonik [38]
3 years ago
7

A researcher claims that the synthesis of ATP from ADP and inorganic phosphate (Pi) is essential to cellular function.

Biology
2 answers:
ch4aika [34]3 years ago
6 0

Answer: A B C

Explanation:

The synthesis of ATPS takes place in the mitochondrial and chloro plasts of cells.It is an exergonic reaction that involves the use of energy released from influx of protons to for the catalysis of in organic phosphate and ADP by enzyme ATP Synthase in the stroma and matrix of chloroplasts and mitochondrial respectively.

The 3 bonds that connected phosphate ions to ADP to form ATP must be broken down(hydrolysis) with water to release the energy for biochemical activities of the cells.

The first bond hydrolysis releases first phosphate and ATP changed to ATP,

The second bond releases breakage changed the ADP to AMP with the release of more energy.

jarptica [38.1K]3 years ago
6 0

Answer:

b. ATP hydrolysis is a mitochondrial enzyme that catalyzes the conversion of ADP and Pi to ATP.

Explanation:

atp hydrolysis is essetnial for cells to transport moelecules anf fucntion preperyl. ADP and Pi are the reverse reaction of ATP hyrdolysis, meaning also essential for transport of moelcules in cell.

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<span>If a compound could interfere with bacterial cell wall synthesis, it would destroy the cell. The bacteria would not survive failure of the cell wall. This compound would be useful in the treatment of bacterial infection as it would destroy the infection on a cellular level.</span>
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Your life would be most immediately threatened if you suffered destruction of the ______.
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Your life would be most immediately threatened if you suffered destruction of the Medulla.

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What substance makes up 75 to 90% of every cell in the human body?
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7 0
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D. to allow members to improve their personal lot better than that of

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6 0
2 years ago
14. Pat and Tracy each have a sibling who has the recessive trait of sickle cell disorder. Neither Pat. Tracy or
Nady [450]

Answer:

Since sickle cell disease is a disorder with an autosomal dominant inheritance pattern, and in light of the lack of data, it could be said that the only way for Pat and Tracy to have a child with sickle cell disease is for both of them to be healthy carriers of the gene, with a 25% probability.

Explanation:

Considering that both Pat and Tracy each have a sibling with a sickle cell trait and that both they and their parents are healthy, it must be assumed that some of their parents are healthy carriers:

  1. Pat and Tracy do not have sickle cell trait. In this case, there is no chance that they will have a child with sickle cell disease.
  2. Either Pat or Tracy has the trait, but the other does not. It is possible that at least one of their children is a healthy carrier.
  3. If both Tracy and Pat have sickle cell trait, the chances of having a child with sickle cell disease are:

Alelles       R         r

R              RR       Rr

r               Rr        rr

RR: healthy (25%).

Rr:  healthy carrier (50%).

rr: sickle cell disease (25%).

<em>If Pat and Tracy are healthy carriers of the gene that determines sickle cell disease, the chance of having a child with the disease is 25%</em>.

Learn more:

Autosomal recesive inheritance brainly.com/question/10605612

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