Sentence examples for substrates for analysis from inspiring English sources

Classical analytical biotechnology typically requires hundreds of thousands of molecules as substrates for analysis.

The future application of CGH is on microarrays (array CGH), in which the two differentially labeled genomes are compared using large-insert clones immobilized on a glass slide as the substrates for analysis.

All p-NP esters (acetate C2, butyrate C4, caprylate C8, decanoate C10, laurate C12, myristate C14, and palmitate C16) were respectively dissolved in anhydrous acetonitrile [ 23] at a concentration of 100 mM as substrates for analysis of substrate specificity.

The supernatant thus obtained was considered as substrate for the analysis of protein and enzyme activities of coral host [ 19] and the pellet was considered to be a substrate for analysis of protein and enzyme activities of zooxanthellae.

The substrate for analysis of RNA State Changes observed in the cell proliferation data sets is a species-specific KAM, which is derived from the global Selventa Knowledgebase.

Similarly, HaloTag polyproteins were immobilized onto a mica substrate for analysis with atomic force microscopy (AFM -based single molecule force spectroscopy.

The substrate for analysis of RNA state changes observed in the SRT501 dataset comparison is the mouse knowledge assembly model, which is derived from a global Genstruct knowledgebase.

Current practices in sequencing of the type I collagen genes differ among laboratories in that some use exon-by-exon amplification followed by sequence determination (Supplementary Appendix Tables 3A and B) and others use a multi-exon substrate for analysis.

This chapter describes procedures for preparation of DNA substrates designed for analysis of damage recognition, either the 5′ or the 3′ incision event, excision (resulting from concerted dual incisions), and repair synthesis.

Finite-difference time-domain (FDTD) method, a numerical tool for modeling computational electrodynamics, has recently been used to investigate SERS for understanding the underlying physics, and optimally design and fabricate SERS substrates for molecular analysis.

Here, we used micro-patterned substrates for quantitative analysis of the architecture of multi-cellular structures.