Thus, the regulation of LRRTM2 binding to laminin-G domain 6 might involve a modification of the flexibility positioning laminin-G domains 1-5 vs the EGF domain 3 and laminin-G domain 6 in the NRX1alpha structure.
However, what about diseases that are mostly sporadic and might involve epigenetic modifications of the genome?
However, this might involve post-translational modifications of Hsp27.
Reasons for this phenomenon might involve post-transcriptional modifications of NGF [ 1, 20].
The TEL/AML1 fusion may therefore not be the single key molecular event causing leukemia spread, and if this is the case, TEL/AML1-positive ALL might involve other critical gene modifications; any such modifications remain to be documented [ 6, 7].
We could speculate that this modification might involve the association of the N terminus region of AIP1 with histones, in order to allow DUF724 to bind to the other proteins.
However, like other autoimmune responses, it might involve molecular mimicry of microbial antigens, modification of endogenous antigens as a result of drug exposure, increased or otherwise abnormal expression of HLA antigens, or loss of suppressor activity against self-reactive lymphocyte clones.
The design might involve new stand-alone houses or modifications to existing structures to impede rodent entry, such as reinforcing floors and walls to prevent rodents from burrowing.
The reasons for the failure in generating VLPs in this study are not clear, and might involve different assembly or post-translational modifications of the capsid protein between different genotypes or strains of human and/or swine HEV.
Other routes for the effect modification by population density might involve social factors related to adverse birth outcomes, such as inner city crime, stress, racial discrimination, and built environment factors (such as liquor store density and housing damage).
