Answer:
The first stage of cellular respiration, called glycolysis, takes place in the cytoplasm. In this step, enzymes split a molecule of glucose into two molecules of pyruvate, which releases energy that is transferred to ATP
Explanation:
The precursor of a mitochondrial matrix protein is found in a mutation in the tom22 signal receptor.
Tom22 and Tom20 function as N-terminal matrix targeting sequences' outer mitochondrial membrane receptor proteins. The buildup of mitochondrial matrix-targeted proteins in the cytosol due to a malfunctioning Tom22 receptor protein may be followed by cytosolic turnover of these proteins.
The N-terminal sequence, which directs the protein to mitochondria and is proteolytically processed upon import3, is produced in approximately 70% of mitochondrial precursor proteins3. To get to the matrix, they must pass via the TIM23 and TOM complexes on the inner and outer membranes, respectively.
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Answer:
it is the x gene mutation
Answer:
C. Postoperative suture removal
Explanation:
Antibiotics are medications used specifically for the elimination of bacteria without damaging our body cells. There are several different types of antibiotics to have an effect on all kinds of harmful bacteria in our body. They are medicines that work exclusively on bacteria and are not able to eliminate viruses and fungi.
Medical procedures involving the opening of wounds, such as dental procedures related to dental extraction, tooth replantations or any other procedure involving the opening of wounds or possible bleeding, make the client susceptible to bacterial endocarditis and for this reason it is necessary that the client undergoes antibiotic prophylaxis. However, this prophylaxis is not necessary in procedures such as postoperative suture removal, as it does not involve opening wounds that may cause an infection.