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Answer and Explanation:
It means that there is a disease that was not included in the diagnosis, that is, it was not mentioned, but presents itself in the patient and is part of the represented code. This means that the patient can have both diseases at the same time and that more tests should be done to confirm that this is really happening.
Answer:
The correct answer will be option-Telomerase is an enzyme that increases the length of linear chromosome ends
Explanation:
Telomerase is a reverse transcriptase enzyme which adds the length of DNA by adding the guanine-rich repetitive sequences called telomeres at 3' end of the DNA.
The enzyme not only adds the telomere but also maintain its length in the organism. The telomerase activity possesses several roles one of which is that it protects the end of the DNA from DNA damage and neighbouring chromosomes.
Since telomerase adds the repetitive sequences at the end and thus increases the length of the DNA thus is the correct answer.
Purine rings are attached to ribose phosphate as they are generated, but pyrimidine rings must first be constructed before being connected to the compound.
What are purine and pyrimidine nucleotides?
- Major energy carriers, components of nucleic acids, and starting points for the creation of nucleotide cofactors like NAD and SAM are purine and pyrimidine nucleotides. Despite the obvious significance of these molecules, there is still much we don't know about how plants make and use these nucleotides.
- Furthermore, only a small portion of the research in this field has included genetic analysis to determine the function(s) of particular enzymes. Nucleotide synthesis in plant cells follows similar processes to those in animal and microbial cells.
- Purine and pyrimidine synthesis pathways are comparable and distinct from one another. The following are some similarities: Both bases need glutamine amide to be formed, and the "core" of the purine and pyrimidine bases that must be created includes an amino acid.
Learn more about pyrimidine here:
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Alcohol is not treated like other nutrients in food. In fact, the digestive system works extra hard to eliminate it from the body, prioritising the elimination of alcohol ahead of other nutrients including lipids (fats), carbohydrates and proteins. Alcohol is absorbed throughout the digestive tract. Unlike other nutrients alcohol is absorbed directly into the blood stream through the stomach lining and it is also rapidly absorbed in the small intestine. Alcohol metabolism mostly occurs in the liver, but other cells in the body can also metabolize alcohol.5Alcohol is converted into a toxic chemical called acetaldehyde. Alcohol can cause cancer because acetaldehyde can damage DNA and stop the cells from repairing this damage
