The presence of hydrophobic P-C bonding in Cyanex reagents renders them to be less susceptible to hydrolysis and less soluble in water than other reagents (Chen and Wang 2010; Saily and Tandon 1998).
The introduction of aminoethyl-8 (A-8) reagent which renders cysteine residues in the antibody to become substrates for trypsin digestion significantly increases the sequence coverage of the antibody, especially in the complementarity determining regions (CDRs).
However, moisture sensitivity of the majority of this type of reagents renders them unsuitable for use in large-scale applications.
Investigations of transition-metal-catalyzed stereospecific allylic substitution reactions with organomagnesium reagents have focused on rendering the long-established chemistry of stoichiometrically generated cuprate reagents catalytic.
Indeed, if the use of heat-stable reagents is indicated in Chad, the choice of using monoclonal anti-CD4 and anti-CD45 antibodies as reagents to systematically render the number of CD4 T cells in both absolute number and percentage appears unfounded.
Whereas the Ku proteins bind to double strand ends, they also interact with an array of other eukaryotic proteins and DNA structures, rendering them less useful for development of a general reagent that binds to double strand breaks.
For example, although organic solvent/phosphoric acid mixtures and ionic liquids are very effective at rendering biomass amenable to enzymatic hydrolysis, they require high concentrations of expensive reagents [ 6- 8].
Rendering an individual almost dreamlike.
