Sentence examples for vitro which may from inspiring English sources
c-di-GMP prolongs STING phosphorylation in vitro, which may contribute to downstream IFN signaling.
A potential limitation of our study is that we induced oxidation in vitro, which may bias distribution of obtained disulfides with respect to native disulfides.
Ganciclovir has demonstrated immunosuppressive effects in vitro which may lead to delayed cytomegalovirus (CMV -specific immune reCMV -specificwhen the drug immuneen preconstitutiony.
These results suggest that esculin has potent anti-inflammatory activities in vivo and in vitro, which may involve the inhibition of the MAPK pathway.
Modeling the ligand receptor complexes by molecular docking study explained the structure activity relationships observed in vitro, which may provide some useful information for future design of new insecticides.
Our findings support the hypothesis that anti-apoptotic gene-modified MSCs can differentiate into cells with a nucleus pulposus-like phenotype in vitro, which may have value for the regeneration of intervertebral discs using cell transplantation therapy.
However, the process of generating such mutants often begins with parent strains that have been repeatedly passaged in vitro and the process itself involves multiple cycles of in vitro growth which may diminish virulence in a non-specific manner by selecting variants that are best adapted to in vitro conditions.
In particular, compound 2 exhibited the best anti-tumor activity in the in vitro assays, which may provide valuable data for the research and development of new anti-tumor agents.
First, for many targets, it may happen that for various reasons, only a small number of in vitro experiments (which may be coupled to in cell experiments) can be carried out to test the activity of the molecules.
SAA causes displacement of ApoA-I, the predominant HDL apolipoprotein, in vitro [19], which may alter HDL properties in a proatherogenic way.
Studies have begun to realize the potential of SNARE-reconstituted GUVs as model in vitro systems which may reveal mechanisms of adhesion and fusion of micron-scale membrane compartments.
