Sentence examples for rely on compounds from inspiring English sources

Although many of these modifications rely on compounds that leach from the membrane surface, the release of these compounds is not always characterized, understood, or controlled.

As major drugmakers, many based in Europe, have stopped selling pentobarbital and other substances used in lethal injections to US corrections agencies because they oppose the death penalty, Texas and other states are increasingly forced to rely on compounding pharmacies for the drugs.

Model outputs suggest that strong onset response and highly synchronised multivesicular release rely on compound fusion of ribbon tethered vesicles.

The eye doctors have been relying on compounding pharmacies to divide a vial of Avastin meant for cancer treatment into tiny portions for use in the eye under sterile conditions.

The Zaffaroni business model is simple: Spread risk around by never relying on one compound; avoid venture capitalists if you can.

While not all "magic mushrooms" rely on these compounds to produce mind-altering effects, the majority of fungus now used for recreational and entheogenic purposes are fruiting bodies from the genus Psilocybe, though species in other genera also contain psilocybin or psilocin.

As a result, some cancer detection and food quality assays rely on these compounds as key indicators.

As phototrophic organisms, most cyanobacteria rely on indigenous compounds that act as storage and allow to maintain cellular function during the night and in the absence of light.

Alternatively, photouncaging techniques provide high temporal and spatial resolutions of delivery; however, they rely on chemical compounds not designed to cross the cellular membrane and therefore require preloading in the cell, possibly by microinjection or optoporation.

The straightforward and high-yielding reactions illustrate the usefulness of this procedure in the preparation of target compounds that rely on α-chlorocarbonyl compounds as intermediates.

Vassalos thinks that the long-term future of impact-resistant materials will most likely rely on engineering new compounds and structures at the atomic or molecular level – or "nanomaterials" as they are known – that possess special properties like high strength and low mass.