The phrase "modification target" is correct and usable in written English.
It can be used in contexts related to programming, software development, or any field where specific elements are being altered or adjusted.
Example: "In this code, the modification target is the user interface component that needs to be updated."
Alternatives: "target for modification" or "element to modify."
Resistance to antibiotics occurs classically as a result of drug modification, target alteration, and reduced accumulation owing to decreased permeability and/or increased efflux.
The major modification target of ARTD1 is ARTD1 itself, but it also modifies other nuclear proteins including all five histone proteins in vitro and in vivo[ 20].
The current study, for the first time, revealed that CONPs with no chemical modification target mitochondrion and initiate mitochondrion-mediated apoptosis pathway.
Having observed AKT inhibition, the loss of an AKT-dependent modification target and the accumulation of nuclear FOXO3a, we questioned what the cellular phenotype for the breast or osteosarcoma cells would be after treatment with ETP-45658.
It might be envisaged that the extra base-pairing assists in opening strong secondary structure at the modification site (e.g., U18, snR61, snR47 and snR75) by initially docking the snoRNP close to the modification target, allowing the guide region to then compete with the local secondary structure.
Our candidates were tested by the snoRNA prediction software SnoReport, which also refuses to use the modification target information of snoRNAs [ 40], but it identified (using the default options) only 3 box H/ACA and 5 box C/D snoRNAs from our 7 and 26 snoRNA candidates, respectively.
Its main idea is to design the modification clearance curves to adapt to different modification targets.
A second group of metabolism-related modification targets the major histocompatibility complex-I (MHC-I) and related molecules.
For that, in this work, through a brief review of the literature and laboratory data, several genetic modification targets for microalgae hydrogen production enhancement are identified.
The study described by Zhang et al. in this issue demonstrates a novel role of DSS1 protein and a novel type of posttranslational protein modification targeting oxidized proteins for degradation through the ubiquitin-proteasome system.
In present study, we describe a novel role of DSS1 protein as a modifier in a novel type of protein modification targeted to proteins induced by oxidative stress in vitro and in cells.
