The phrase "altered charge" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or discussions about changes in electrical charge or other types of charges.
Example: "The altered charge of the particle resulted in a different behavior in the electric field."
Alternatives: "modified charge" or "changed charge".
An altered charge distribution in the GASSAG binding pocket explains the difference in substrate specificity.
However, when the Oct1 contact interface of Sox2 is compared with the corresponding region of Sox17, a significantly altered charge distribution is observed, suggesting differential co-factor recruitment that may explain their biological distinctiveness.
Early biological processes of cartilage destruction are among other things, a combination of proteoglycan turnover, as a result of altered charge distributions, and local alterations in water content (edema).
By measuring the energy of collected ions, residual interferences caused by molecular fragments in altered charge states can be rejected.
Thus, an overall reduction of repulsive interactions or altered charge distributions at the interface which the mutations introduced in this study may modulate are likely to be the driving force for assembly.
A mutational analysis of hydrophobic residues on helix α3 in the basic protrusion motif showed that substitution of alanine for Y598A or replacement of Val with aspartate (altered charge) resulted in complete abolition of catalytic activity.
Experiments also showed that exposure to moisture significantly altered charging behavior of fly ash and its subsequent separation due to more free mobile ion-induced charge exchanges.
Herein, we focus on advances in biological nanopores for single molecule sensing and DNA sequencing from a protein engineering standpoint for changing pore sizes, altering charge distributions, enhancing sensitivity, improving stability, and imparting new detection capabilities.
We demonstrated that changes in the molecular profile and lateral organization of membrane molecules can alter charge distributions of the entire membrane.
On the basis of the stepwise cleavage model initially proposed by Ihara and colleagues along with the data generated in this work and others, we can propose models depicting how GSMs, iGSMs, and various mutations that alter charge at the interface of the APP ectodomain and TMD modify γ-secretase processivity.
"Depending on what the victims say will determine the kind of case and whether it will be relatively insignificant charges or profoundly life altering charges," he said.
