Sentence examples for many downstream applications from inspiring English sources

Agglomeration and sedimentation of nanoparticles (NPs) within biological solutions is a major limitation in their use in many downstream applications.

Consistent expression and yield are critical prerequisites for many downstream applications such as drug discovery, screening assays or biopharmaceutical production.

Moreover, differentiation of NSC often results in variable and heterogeneous cultures of neurons, glia and undifferentiated cells, which impedes many downstream applications requiring purified or defined cell populations, such as in vitro assays, transplantation and microarrays [12], [13].

As such, it is similar in concept to two-hybrid methods but in the context of recombinant over-expression of multi-milligram quantities of material required for many downstream applications including structural biology and vaccine research.

However, read length can influence many downstream applications, from assembly efforts to functional identification of genes [ 37, 38].

While the currently available models remain inadequate, an understanding of the problems in physical chemistry associated with evolutionary models will lead to future improvements, with many downstream applications.

Since Pine Gene Index 7.0 extracted the sequences directly from databases, it contains untrimmed terminus parts, which has a detrimental impact on many downstream EST applications, thereby compromising the reliability of their resulting tentative contigs.

Fresh tissue digests with good quality isolated cells open the way to many downstream research applications in synovial biology such as cell sorting [ 11], magnetic separation, extraction of RNA or proteins, in vivo transfer models and the prospective purification of putative stem cell populations.

This protocol has many potential downstream applications, including hybridization to custom arrays as well as next-generation sequencing-based platforms.

LMD is now a well-established technique, and it is used in conjunction with many different downstream applications (e.g., DNA genotyping and loss of heterozygosity (LOH) analysis, DNA methylation analysis, RNA transcript profiling, cDNA library generation, proteomics discovery, and signal-pathway profiling [ 19]).

However for many downstream ES cell applications the feeder cells have to be considered contaminations that might interfere not just with the analysis of experimental data but also with clinical application and tissue engineering approaches.