Answer:
The correct answer will be option-A
Explanation:
The citric acid cycle is the cyclic chain of reactions taking place as a phase of the cellular respiration as it gets halted in the absence of oxygen.
The citric acid cycle converts the obtained acetyl-CoA to a usable form of energy in the form of ATP, NADH and FADH₂.
The citric acid cycle forms intermediates which are utilised by the organisms to synthesise the various biomolecules like amino acids, purines and pyrimidines.
The intermediates like alpha-ketoglutarate forms arginine, proline and glutamine whereas oxaloacetate forms asparagine and aspartate.
If bacteria do not receive the amino acids then they will synthesise the amino acids using intermediates of the citric acid cycle.
Thus, option-A is the correct answer.
Artificial reproductive technologies can be used to solve fecundation problems and also health problems occurred during the gestational process.
<h3>What are artificial reproductive technologies?</h3>
Artificial reproductive technologies are any type of medical technology aimed at providing solutions to gestation when there are problems associated with this biological process.
Artificial reproductive technologies include, among other techniques, in-vitro fecundation, zygote intrafallopian transference, frozen embryo transference, etc.
In conclusion, Artificial reproductive technologies can be used to solve fecundation problems and also health problems occurred during the gestational process.
Learn more about artificial reproductive technologies here:
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light and heat are given off as a result of converting the input energy which i would guess is electrical energy or in case of gas or oil its chemical energy
if it help pick as best :)
Mars is just a fraction the size of the Earth, so it cooled more rapidly. And as it cooled, its molten iron core hardened. As a result, Mars stopped generating its magnetic shield. And, according to one theory, this left its atmosphere to be scoured away by the solar wind.
The process is called facilitated transport when molecules must join with another molecule, such as proteins, to get through a membrane.
