The doctor will check for the level of activity of TPMT and then adjust her medications according to that.
What is TPMT?
Thiopurine methyltransferase (TPMT) is indeed an enzyme that disintegrates (metabolises) the thiopurine class of medications. These medications are approved to treat various immune-related conditions as well as blood disorders because they suppress the immune system (e.g., leukemia). To ensure that people receiving thiopurine drug therapy can metabolise the drugs, the level of TPMT enzyme activity or the genetics underlying the enzyme's activity are assessed prior to the start of the therapy.
Azathioprine, mercaptopurine, as well as thioguanine are a few thiopurine examples. These drugs are used to treat conditions like autoimmune disorders, inflammatory bowel disease, as well as acute lymphoblastic leukaemia. In order to delay as well as prevent organ rejection, they may also be prescribed to people who have received organ transplants.
Hence the answer is, based on the level of TPMT, the medications will be provided.
To learn more about TPMT and leukemia, follow the link:
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Answer:
They dont have the same fingerprints? I always thought it was the same~
Answer:
The best answer to the question, would be: In terms of nearness to the trunk, the antebrachium is proximal to the carpal region.
Explanation:
In anatomy, we use certain terminology to be able to express where different anatomical parts of the body are positioned and located, related to others. Just like through the axes that are used to divide our bodies into sections, and these lines help us to determine exactly where a body part, organ, or region, is located in reference to others, we can also use central regions, like the trunk of the body, to mention the location of other parts in relation to it, and to others. The carpal and antebrachium regions are parts of the arms, and both, relative to the trunk, are distal, which means, far from it. But, when taking the trunk as reference, we talk about the location of these two parts in relation to one another, and the trunk we say that both are proximal to one another because they both are closer to each other than either one is to the trunk itself.
Answer:
A, These proteins are created in the body by condensation of amino acids under the influence of enzyme catalysts, using patterns or direction from the nucleic acids in the cells. The amino acid units in a protein molecule are held together by peptide bonds, and form chains called polypeptide chains.
Explanation:
