Sentence examples for candidate derivatives from inspiring English sources

A series of novel ATB-429 (an anti-inflammatory candidate) derivatives containing a nitric oxide (NO -releasing moiety were desigNO -releasingzed and evaluated for their in vitro activity against six humoietyncer cell lines.

Mixture A had approximately equal concentrations of the four candidate biotin derivatives and the total content of the biotin derivatives by mass weight accounted for over 80% of the mixture.

With a mixture of multiple candidate biotin derivatives, the (expected) total molar quantity of candidate biotin derivatives in competitive binding systems was over 4.6 μM, unless stated otherwise.

DNAM and DDEDA were pre-mixed at equal molar concentrations, and were further mixed with the indicated candidate biotin derivatives to prepare Mixture A, B and C in methanol, for the average of molar quantities of biotin derivatives equal to that of DDEDA.

Candidate plasmid derivatives containing amber mutations were purified from isolated transformants and confirmed by sequencing.

Thus, it is essential that candidate hESC derivatives intended for use in cell transplantation are free of tumorigenic cells.

Under optimized conditions, two candidate biotin derivatives whose affinities were different by 50% were discriminated (Table 2 and 3).

BPDEDA was used as the exogenous reference ligand for multiple candidate biotin derivatives in each mixture sample.

With Mixtures B and C, the consistent relative affinity for each of the four candidate biotin derivatives was also obtained (Table 3).

If the quantities of SMPP were over 0.60 mL, Eq. (6) was simultaneously validated for BBZA, BNEDA and BPDEDA when the expected total concentration of the candidate biotin derivatives was over 16.0 μM and the final BPDEDA concentration was 4.0 μM.

Each mixture sample containing a limited number of candidate biotin derivatives with moderate differences in their molar quantities were prepared via parallel-combinatorial-synthesis (PCS) without purification, or via the pooling of individual compounds.