By combining mutation disease associations and their functional effects new inferences can be made about molecular functions altered in disease.
N-3 polyunsaturated fatty acids (PUFAs) from fish oil exert their functional effects by targeting multiple mechanisms.
There is therefore evidence that MSRB3 may be involved in ear function, and the SNPs could potentially exert their functional effects on ear morphology by modifying its expression, although a putative mechanism is elusive.
Based on the findings, it is likely that EBN bioactives are released from their matrix when digested in the gut and then absorbed through the gut by passive-mediated transport to exert their functional effects.
A current challenge is to order these genetic variants by their functional and phenotypic effects.
Although we could estimate the effect of the variance of RP1L1 gene by computational mutation analysis and their amino acid conservation in other species, we need to confirm the missense effect by their functional aspect, for example, making knock-in mice with the mutation, and protein interaction assay with mutant proteins.
These data define the primary molecular defect in retromer assembly that arises from the VPS35(D620N) mutation and, by revealing functional effects on retromer-mediated endosome-to-TGN transport, provide new insight into retromer deregulation in Parkinson disease.
As a secreted protein DSPP represents an ideal target for a shRNA-mediated silencing, and by analyzing the functional effects of DSPP-silencing in OSC2, we show that DSPP-silencing down-regulates key proteins involved in tumor cell proliferation, angiogenesis, and local invasion.
We have addressed these issues by examining the functional effects of the most widely used antagonists of IP3R in cells expressing only a single IP3R subtype.
Anti-FXa positive IgG were purified to measure their avidity by chaotropic ELISA and functional effects upon clotting time (FXa-ACT) and FXa enzymatic activity (± AT-III).
