Sentence examples for chemistries to create from inspiring English sources

Hubbell and co-workers were the first to construct step-growth hydrogels using Michael additions as cross-linking chemistries to create peptide-functionalized biomaterial matrices.

PEG hydrogels prepared with SPAAC as a cross-linking chemistry have been particularly interesting, as this approach has been used in concert with other bio-orthogonal chemistries to create complex microenvironments with dynamic properties.

It regulates its own temperature and chemistry to create a comfortable steady state that can sustain life.

The approach encourages sub-communities in chemistry to create conventions which can be as rigid or fluid as they wish.

Survey respondents voted into second place Monsanto Company, a company that applies biotechnology as well as traditional chemistry to create and manufacture its agricultural products.

With this installed, players create elements and combine them into compounds, build a periodic table and combine materials using chemistry to create new items like helium balloons, sparklers, latex, and underwater torches, Microsoft says.

"Another way of saying that is we input a biological sample, it reacts with our chemistry to create an electrical signal which we then take in from our sensor on the cartridge and then that's now our electrical signal that we translated to a digital result — and then that's Bluetoothed over to the phone," adds Khattak.

After removal of the TIPS group by treatment with fluoride, the film, now bearing exposed terminal acetylene moieties, is further functionalised by reaction with 1-iodo-4-acetylthiobenzene using Sonogashira coupling chemistry, to create sites bearing a strongly aurophilic top-contacting group.

The process relies on blocking and chemistry to create dynamic scenes, since in a 360-degree environment, what you see is what you get.

Here, we demonstrate the use of bioorthogonal chemistry to create covalently cross-linked hydrogel materials through a rapid reaction at the gel liquid interface.

Described herein is interfacial bioorthogonal cross-linking, the use of bioorthogonal chemistry to create and pattern biomaterials through diffusion-controlled gelation at the liquid-gel interface.