Answer:
A process where cells release stored energy
by transferring a phosphate group from
ATP, to a receptor in another biological molecule.<span>
Hope this helps!
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Atp energizes other molecules in cells by transferring a phosphate groups to those molecules.
<h3>What about phosphate group?</h3>
- A functional group that has an atom of phosphorus linked to four atoms of oxygen (three single bonds and one double bond).
- If there isn't a link between one of these oxygen atoms and another atom, the structure is a phosphate ion.
- Proteins require phosphate groups to be activated in order to carry out specific tasks in cells.
- The process of phosphorylation, which involves the addition of a phosphate group, activates proteins.
- All living things phosphorylate proteins at some point.
- Bone and teeth are formed with the help of phosphate.
- Additionally, phosphorus is a component of a number of essential compounds, such as those that the cell uses for DNA, cell membranes, and energy (deoxyribonucleic acid).
- Phosphorus is a mineral that the body gets from food and excretes in urine and occasionally stooll.
- The part of the DNA double helix that gives the molecule's structure support is known as the phosphate backbone.
Learn more about phosphorus group here:
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Think of DNA as a code and think of your brain as a computer. Computers must have code to tell them what to do! Without DNA, we wouldn’t be able to function! People who are missing some “code” aka a strand of DNA may have some disabilities such as blindness. This is because their brain doesn’t known what to do with their eyes because they don’t have “code” to tell them what to do!
Hope that this helped.
<h2>Correct answer is option "E"</h2>
Explanation:
- The citric acid cycle, otherwise called the Krebs cycle or tricarboxylic acid (TCA) cycle, is the second phase of cell breath. This cycle is catalyzed by a few compounds and is named to pay tribute to the British researcher Hans Krebs who recognized the arrangement of steps engaged with the citric acid cycle. The usable vitality found in the starches, proteins, and fats we eat is discharged for the most part through the citric acid cycle. Despite the fact that the citric acid cycle doesn't utilize oxygen legitimately, it works just when oxygen is available.
- In eukaryotic cells, the citric acid cycle utilizes one particle of acetyl CoA to produce 1 ATP, 3 NADH, 1 FADH2, 2 CO2, and 3 H+. Since two acetyl CoA particles are created from the two pyruvic acid atoms delivered in glycolysis, the complete number of these atoms yielded in the citric acid cycle is multiplied to 2 ATP, 6 NADH, 2 FADH2, 4 CO2, and 6 H+. Two extra NADH atoms are additionally produced in the transformation of pyruvic acid to acetyl CoA preceding the beginning of the cycle. The NADH and FADH2 atoms delivered in the citric acid cycle are passed along to the last period of cell breath called the electron transport chain. Here NADH and FADH2 experience oxidative phosphorylation to produce more ATP.
- Hence, the correct answer is option E " The amount of ATP would be reduced from a total of 38 ATP to 14 ATP"
Answer:
AAGTTACCAGATCCC
Explanation:
always remember, you would just switch them, The Opposite Of T is A and The Opposite of G is C, and vise versa.
