Sentence examples for development and screening of from inspiring English sources
Our results demonstrate the utility of this simple and resource-saving procedure in the development and screening of biomaterials for tissue engineering.
The wide range of conceivable metabolic targets in biosynthetic pathways begs for a high throughput and customizable framework for the development and screening of programmable sensors.
Thus, hECT offer the advantage over traditional in vitro culture models of providing a biomimetic 3D environment for the study of myocardial physiopathology, and may be used to generate preclinical models for the development and screening of therapies for CVD.
We anticipate a simple, fast, and quantitative MMIHC platform will be broadly applicable to clinical diagnosis, identification of novel markers for classifying solid tumors, the selection of optimal biomarkers, development and screening of IHC antibodies, biological pathway studies and establishment of optimal IHC conditions (e.g., antibody concentration and incubation time) in various cancers.
Since the repair of DSBs could occur through one of the multiple pathways [ 8], precise targeted gene integration is practically a rare outcome, requiring development and screening of a high number of transgenic clones [ 3, 4].
One study demonstrated how filters reduce the number of results needed to screen [ 37], while another found that saving time both in search strategy development and screening of results was the most common benefit reported by librarians [ 38].
Simultaneous determination of these drugs is essential in each step of initial formulation development and screening stage of any solid dosage form.
In the cases of anticancer drug development and clinical screening of patient-specific anticancer drugs, lack of accurate 3D in vitro cell/tissue models becomes a bottleneck.
We were able to complete microsatellite development and screening in about three months of part time work by a single technician.
LM coordinated the research project and contributed to the development of the research protocol and screening of studies.
We here review recent progress in the development and the screening applications of transcription-factor-based biosensors.
