Sentence examples for a specific release of from inspiring English sources

It is also possible that currently unknown signals, e.g. stress signals, are sent from the diseased tissue to other organs in the body and cause a specific release of miRNAs into the circulation.

Although direct in vitro evidence for a specific release of Nsa1 from pre-60S particles by Rix7 is currently lacking, cell biological and biochemical experiments revealed that, in vivo, Nsa1 cannot dissociate from pre-60S particles when Rix7 function is perturbed, as evidenced by the cytoplasmic accumulation of otherwise nucleolar Nsa1 on translation-competent 60S subunits [15].

The macrophages, at a 10∶1 macrophage∶tumor ratio, produced a 66.8±3.8% specific release of T9-C2 cells, while the presence of the iberiotoxin reduced the incidence of cellular death to 16±4.9% (Figure S3).

The application of a specific release method may restrict the labeling options.

While it would be speculation at this point to explain why period length increased closer to the equator, extrapolation from other systems suggests that it may play a role in ensuring the dawn specific release of spores at the correct time of year.

The release of β-hex and flotillin, but not lactate dehydrogenase, into the media of HPB-CD-treated cells is consistent with the specific release of endolysosomal contents in a calcium-enhanced manner.

In this study, guar gum compression coated tablets were prepared to achieve the colon specific release of FLB and evaluated to prove the colon specificity.

In this study, investigation of an oral colon specific, pulsatile device to achieve time and/or site specific release of theophylline, based on chronopharmaceutical consideration.

In the second case, the polypyrrole-based chemistry was complexified in a three molecular level assembly using DNA and antibody conjugates to allow the specific release of cells after their capture.

Further the pharmacokinetic evaluation in healthy volunteers is required to prove the capacity of colon specific release of FLB.

Human bloodstream monocytes can kill cultured tumour cells (K562), as assessed by specific release of 51Cr from the targets and by inhibition of 3H-thymidine incorporation.