Sentence examples for v generation from inspiring English sources

We will also discuss the evolution of preamplifier topologies and anticipated performance limits as CMOS technology scales down to the 0.1 μm/1.0 V generation in 2006.

As seniors, we have become part of the "V" Generation, although this should come as no surprise.

GFP-PRRSV generation was performed as described previously [ 3, 10, 35].

In addition, two generations of line V, generations 16 and 36, were available simultaneously, which contributed to better understand how selection criteria applied in a specific environment changed the interplay between functions related to reproduction and survival.

Convergence of an independent search was further explored by plotting likelihood scores vs generations using the program Tracer v1.5 (Rambaut and Drummond 2007).

Hysterectomy v first generation endometrial destruction More women were dissatisfied at 12 months after first generation endometrial destruction than after hysterectomy (13% (57/454) v 5% (23/432); odds ratio 2.5, 1.5 to 3.9, P<0.001) (fig 3), with no significant heterogeneity between study estimates (P=0.9, I=0%).

Raw data were available from 2814 women randomised into 17 trials (seven trials including 1359 women for first v second generation endometrial destruction; six trials including 1042 women for hysterectomy v first generation endometrial destruction; one trial including 236 women for hysterectomy v Mirena; three trials including 177 women for second generation endometrial destruction v Mirena).

First v second generation endometrial destruction techniques Similar rates of dissatisfaction were seen with first and second generation endometrial destruction (12% (123/1006) v 11% (110/1034); odds ratio 1.2, 0.9 to 1.6, P=0.2; test for heterogeneity P=0.7, I=0%) (fig 4).

These mutations include various other versions of Factor V, spontaneous generation of autoantibodies targeting Factor V, and dysfunction of any of APC's cofactors.

Recently, this line V reached generation 36.

The model allows both the Z and the Y alleles to undergo precise elimination at a rate v per generation, giving rise to an X allele.