After this treatment, one mutant was found which had lost its antagonistic property.
An important wheat male sterile mutant was found in 1972 by Gao (1987).
In contrast, pH optimum for cell growth and curdlan production for mutant was found to be 7.0.
Thermal fluctuation of the mutant was found to be reduced upon PhC binding, which contributes to restoring its enzymatic activity.
PrfAG145S, the most well studied constitutively active mutant, was found to be able to completely bypass the requirement for glutathione during infection (Reniere et al., 2015).
Meanwhile, transgenic plants harboring the target-2 sgRNA-hSpCas9 were generated; however, no mutant was found among all of 96 transgenic lines (Figure 1d).
The mutant was found also capable to produce MA from a guaiacol-rich true lignin hydrolysate, obtained from pine through hydrothermal conversion.
The R11E mutant was found to have activity near that of wild-type ImI, while R7L and D5N demonstrated activities reduced by at least two orders of magnitude.
The first lpa mutant rice, 'Kaybonnet' lpa1 1, a non-lethal single recessive mutant, was found to have an approximately 45% reduction in bran PA and a molar equivalent increase in Pi compared to wild type (Larson et al. 2000).
Among the limited number of M2 mutants that confer amantadine resistance, the M2-V27A mutant was found to be the predominant mutant under drug selection pressure, thereby representing a high profile antiviral drug target.
One triple mutant was found within N2 sequences, carrying the R118K, R152K and D198N mutations.
