The impaired intestinal barrier function was restored by using 6G in I/R injured rats and in both Caco-2 and IEC-6 cells characterized by inhibiting p38 MAPK phosphorylation, nuclear translocation of NF-κB, and expression of myosin light chain kinase (MLCK) protein.
The XPB, p62, XPD (core TFIIH), MAT1 (CAK) and XPG recruitment was also examined in corrected XP3BR cells, in which XPG function is restored by stable transfection of XPG cDNA.
However, if wild-type tumour-suppressor protein function is restored by protein complementation, the cells will have regained drug sensitivity.
Nonheritable, somatic mutations should not contribute to fitness decline once msh-2 function is restored by RNAi termination, as these should not be inherited by the assayed individuals.
To study whether the absence of Brahma is instrumental in the pronounced increase in cell volume, we analysed C33A cells in which Brahma function was restored by expression from a retroviral construct compared with dominant negative mutant of Brahma and empty vector.
While proteins containing only one LysMAcmA sequence are inefficient in PG binding, this function is restored by the addition of the leucine zipper-type GCN4 multimerization domain to the monomeric LysM sequence fusion protein (de Haan et al. 2012; Rigter et al. 2013).
Furthermore, only a subset of T-cell functions was restored by exogenous cytokines delivered alone or in combination.
Function was not restored by the substitution R878K involving a similarly positively charged lysine reflecting a critical function for the R878 residue.
Up to a point, nerve function can be restored by antileprosy drugs, but once the disease has progressed beyond that point, the loss of function is permanent.
In addition, functional or structural abnormalities should be corrected, and urinary tract function must be restored by medical, pharmacologic, or surgical management.
