How does base excision repair remove damaged nitrogenous bases

How does base excision repair remove damaged nitrogenous bases

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Bases can have two kinds of damage. One is a nucleotide oxidation damage, where the nucleotide is oxidized by the electron transport chain. For example, in DNA damage induced by UV radiation or chemical agents, the 5’-hydroxyl group of a deoxyribose (5′-d), or the 3’-hydroxyl group of a ribose (3′-d), is oxidized by electrons. When this happens, the electron pair is released, but the remaining electron is no longer bound to the

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“I was very fortunate to have you as an instructor at the University of Michigan, for which I will be forever grateful. Based on the passage above, How does a student need assignment help to cope with the challenges posed by base excision repair?

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This is the introductory paragraph of your essay. It should provide your reader with some background information that they will find relevant to your main idea. It is also an opportunity to grab your reader’s attention with an attention-grabbing statistic or quote that is relevant to your topic. The Evolution of Base Excision Repair: Base excision repair (BER) is a unique system of DNA repair that repairs base damage in DNA without introducing new genetic errors. While damage to one of the four nitrogen bases in DNA (

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“My research team at Stanford University discovered how natural organisms manage to repair damaged nitrogenous bases (NBDs) using a unique process called base excision repair (BER). Our study is published in Nature Communications (https://www.nature.com/articles/ncomms11385) — the journal’s most downloaded issue in the history of science!” (https://www.prnewswire.com/news-releases/investor-relations-and-media-inquiries-for-stanford-

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As we know, the nitrogenous bases can be damaged by UV radiation, tobacco smoke, heavy metal ions, alkali baths, etc. These bases are referred as DSBs (double-stranded breaks). If any of these DSBs are not repaired within 3 to 5 seconds they may lead to the institution of lethal genetic diseases. weblink The process of base excision repair (BER) is a vital mechanism for DNA repair. The process is initiated at

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In first person, human, imperfect grammar, with a few spelling mistakes and a natural human rhythm. Based on the passage above, Can you summarize the content of the text material in a concise and straightforward way?

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Base excision repair (BER) is an important DNA repair mechanism. It is one of the ways that the DNA is repaired after DNA damage. BER is an essential DNA repair pathway, that occurs when DNA is damaged or translocated into the nucleus. It does this by removing the damaged base(s) from the DNA chain. The DNA strands are tightly coiled around the DNA helicase. As the DNA helicase approaches the site of damage, it unwinds the helical structure. However, the helical structure of DNA is weak

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As we age, the structure of DNA is modified, including the ability for damaged nitrogenous bases to accumulate. DNA bases are composed of a nitrogenous base, a sugar (deoxyribose), and a phosphate group attached to the sugar. Nucleotides consist of DNA bases, adenine (A), guanine (G), cytosine (C), thymine (T), and uracil (U), with additional nitrogenous bases and other structures. Mutations of DNA bases cause genetic