Sentence examples for approach for labeling from inspiring English sources
There are a number of methods for labeling RNA in live cells; we'll introduce the myriad of methods and then focus on one approach for labeling viral RNA, using multiply-labeled tetravalent RNA imaging probes (MTRIPs), which do not require engineering of the target RNAs.
In this study, a novel approach for labeling the PNA with radioiodine that avoided solubility issues and poor labeling encountered when trying to radioiodinate PNAs directly in solution was developed.
As an alternative fluorescence-derivatization approach for labeling polyamines with a fluorescent chemical tag, pellicle extracts were dansylated and then analyzed by HPLC.
The feasibility of this approach for labeling chromosomes in suspension was confirmed by Gygi et al. (2002) who used a polyamide targeted to a sequence motif repeated in heterochromatic regions to discriminate by flow cytometry human chromosome 9 from chromosomes 10, 11, and 12. Surprisingly, this method has not been used by others.
Based on our study, we suggest that silica nanoparticles represent a viable approach for labeling and tracking of MSCs.
This is done by extending a previous approach for labeling sentences in an abstract for general categories associated with scientific argumentation or rhetorical roles: Aim, Method, Results and Conclusion.
At that time, specific molecular markers or genetic approaches for labeling RA mechanoreceptors had not been identified, so it was impossible to specifically assay the role of RET signaling in the survival of this neuronal population.
The "hydrophobic incorporation" approach used for labeling the carriers with luminophores should be applicable to a variety of non-polar carrier materials independently of their functional activation.
The detection of submonolayers of proteins based on native fluorescence is a potentially valuable approach for label-free detection.
This provides a valuable and promising approach for label-free functional assays of chemical receptors as well as for the research of other GPCRs.
Taken together, backward translocation through α-hemolysin pores combined with mesoscopic theoretical modeling is a promising approach for label-free single-molecule analysis of DNA and RNA folding.
