Whites who had the less powerful mutation had a 46 percent reduction in heart disease.
By contrast, the L96F mutation had a dramatic effect on VirS function, eliminating VirS activity.
While the hASF1a S192A mutation had a modest effect on hASF1a stability, the phosphorylation mimicking S192D mutation showed significantly higher protein levels (Figure 3C, D).
ΔC52 mutation had a far greater negative effect on TX-100 solubility of MHC-IIB than on self-assembly of Rod in vitro (Figure 2A).
However, we reasoned that if this mutation had a single ancestral origin, carriers would have more chromosomal segments in common than non-carrier patients.
The introduced mutation had a dramatic inhibitory effect on mTORC1 activity (Figure 4A) and lead to a lack of muscle differentiation (Figure S2).
We clearly demonstrated that S183I mutation had a deleterious effect on RIG-I antiviral activity as it drastically reduced IFN-β and NF-κB-mediated responses triggered by intact, replicative Sendai or influenza A viruses (Fig. 3B and 3C).
Two of our unrelated patients, M001 and M006, who both carried the p.Glu290X mutation, had a low birth weight but a different diabetic phenotype as evaluated by OGTT, FPIR tests and triglyceride level.
However, the S16C mutation had a negative effect on the thermal stability of the quaternary structure of wt avidin in the presence of biotin, since the thermal transition temperature decreased about 20°C.
Mutation of two amino-terminal hydrophobic residues (IV 252/253) also completely abolished activity, whereas the VI 277/279 mutation had a more minimal effect (lanes 6 and 15).
In the presence of the gain-of-function mutation dFKBP59EY03538, the lifespan of Aβ42-expressing flies was extended significantly (Fig. 1F; P = 0.0001), suggesting that the dFKBP59 mutation had a beneficial effect on Aβ42 toxicity.
