Sentence examples for potency to contribute from inspiring English sources

In our rES cells, Ws-4-1, Ws-4-2 ato13 to 13 passages and Ws-9 cell lines at 18 passages retained more than 40% of normal karyotype and all they formed EBs within a few days, indicating that they have a potency to contribute germ-line transmission.

These results show that serum- and feeder-free B6 ES cells in 1000 U/ ml LIF plus BIO combination cultures have high developmental potency to contribute to founder mice.

For quantitative RT-PCR analysis, F1 hybrid ES cells were used as a standard control because of their high developmental potency to contribute to founder mice (19 100% ES-derived coat-color mice/270 embryos transferred, 7.0%; Table 1).

Considering these studies and our data on cord plasma insulin levels with SCA and PPA in neonates, we speculate that increased neonatal PPA and SCA results from insulin-mediated early metabolic malprogramming which may have the potency to contribute to adverse effects later in life.

Subsequently, upon cooling, certain embryos appear to be active as sites for the burst growth of martensitic α′ particles, and their amount, distribution, and potency appear to contribute to the total amount of martensitic product formed.

This, in turn, implies that in potentially 32/43 of the patient samples from this cohort, inhibition cannot account for the deficiency state, and that only in 11/43 patient samples might the inhibitory actions of the autoantibodies be of sufficient potency to appreciably contribute to ADAMTS13 deficiency.

Tumor targeting of CAR-modified T-cells is likely to contribute therapeutic potency; therefore we examined the relationship between the ability of CD19-specific CAR CD19-CAR -transducedd T-CD19-CAR -transducedat CD19-CAR -transduced and their ability to provide anto-tumor effects in xenograccumulatemodels.

The S3 binding pocket is also well-defined, whereas the S4 pocket is very large and can tolerate a range of capping groups that are likely to contribute to potency by picking up further hydrophobic interactions.

As with compound 8 (Supplementary Figure S3), the P1 ortho-chlorine of compound 16 is also likely to contribute to the potency by accessing the S1 sub-pocket.

Assuming that a crystalloid initially distributes in the extravascular space, the change in the ratio of intravascular to extravascular extracellular volumes is likely to contribute to the low potency of crystalloids in sepsis.

Binding interactions of this substituent at the S2′ site are believed to contribute to high inhibitory potency against stromelysin, collagenase-3 and gelatinases A and B, and to provide selectivity against collagenase-1 and matrilysin.