Sentence examples for molecular engineers to from inspiring English sources

Proteins exposed on the surfaces of these particles allow molecular engineers to display potent proteins or peptides of interest on the particles for specific functions.

Translation of such devices into biomedical applications requires molecular engineers to first address the susceptibility of DNA nanostructures to nuclease degradation, as well as their ability to activate an inflammatory immune response.

Peptidomimetics offer opportunities for molecular engineers and materials scientists to complement and even to supersede biological polymers.

To synchronize cleavage activity with a change in fluorescence, molecular engineers typically attach a fluorophore and a quencher to opposite ends of an RNA substrate such that when the substrate is cleaved, the fluorophore and the quencher are physically separated from each other, with a concomitant increase in fluorescent intensity.

The main objective is to provide breeders and molecular engineers with an understanding of the bottlenecks for successful reproductive development at high temperatures.

Real-time RT-PCR assays with molecular controls engineered to allow differentiation of products arising from synthetic vs. bone fide MV RNA produced consistent results across three laboratories, with each laboratory site reporting less than 10 cDNA copies of MV F and H gene in ileal biopsies from one child with autism and one child without neurological disorder.

In genome engineering, the biologists and molecular engineers are those who are responsible in the first place.

As discussed earlier, molecular engineers typically attach a pair of fluorophore and quencher at opposite ends of the substrate to couple the RNA-cleaving activity with fluorescence signals.

The recombinant EIAs using molecular engineered reagents are promising to be used for simple and rapid clinical diagnoses and large-scale epidemiology studies.

This chapter reveals the advances in protein design termed "molecular breeding," allows protein engineers to homologously recombine multiple related genes by a process that closely mimics sexual recombination to generate functionally diverse libraries of chimeric proteins from which improved variants can be selected.

Transformations of magnetite (FeIIFe2IIIO4) to hematite (Fe2IIIO3) (and vice versa) have been thought by many scientists and engineers to require molecular O2 and/or H2.