Difference between revisions of "Direct Reversal Repair"
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(Created page with "#Photoreactivation Repair #Direct DNA Repair by Alkyltransferases #Direct DNA Repair by AlkB Family Dioxygenases") |
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| + | Some DNA errors are created via a chemical reaction that has an equilibrium that can be modified by enzymes in plant. In Direct reversal repair, enzymes push the chemical reaction that generated an error in the other direction, thereby fixing the error. This is referred to as an 'error-free' mechanism since there is no new DNA synthesis involved, which could involve generating a new error. | ||
#[[Photoreactivation Repair]] | #[[Photoreactivation Repair]] | ||
#[[Direct DNA Repair by Alkyltransferases]] | #[[Direct DNA Repair by Alkyltransferases]] | ||
#[[Direct DNA Repair by AlkB Family Dioxygenases]] | #[[Direct DNA Repair by AlkB Family Dioxygenases]] | ||
Revision as of 19:19, 21 August 2021
Some DNA errors are created via a chemical reaction that has an equilibrium that can be modified by enzymes in plant. In Direct reversal repair, enzymes push the chemical reaction that generated an error in the other direction, thereby fixing the error. This is referred to as an 'error-free' mechanism since there is no new DNA synthesis involved, which could involve generating a new error.
