Sentence examples for negative replication from inspiring English sources

The results indicate that the mesoporous metal oxides can be obtained by the faithful negative replication of the structure of the mesoporous carbon.

The fabrication of working stamps comprises two successive replication processes (basically two adapted UV-NIL processes): (1) negative replication of silicon master, and (2) replication of the negative replica to obtain a positive working stamp.

The imprinting process has been optimized in order to obtain a faithful negative replication of an array of nanopyramids on a hard master, in terms of period and depth of the structures.

> Negative replication studies reporting null results have often cited the imprecision or inaccuracy of the molecular methods used in the original positive-result study as a reason for non-replication [ 49, 54 56].

Despite negative replication in KORA S4, these SNPs were considered for further testing in other populations as they are flanking rs3096277 with prior evidence for association with BP from Framinghm Heart Study 100K GWAS (10).

Greater consensus has been reached on the allelic trend of associations for markers within the KIAA0319 and DCDC2 genes at the chromosome 6 locus; however, negative replications have also been reported.

The field of complex trait genetics, as other research areas, is becoming increasingly aware of publication bias towards positive findings (Munafo 2009) and the importance of reporting negative replications.

Nevertheless, none of the associated candidate genes attained an effect size similar to APOE ε4 and along with positive associations, negative replications for the same gene were described (their number will probably be higher since publication in the field is biased toward positive finding; http://www.alzgene.org/).org/

Our results were negative for replication of these studies which focused primarily on vascular tissue samples, in relatively small sample sets.

The predicted mean heteroplasmy at time t assuming a constant selective pressure (though this assumption can straightforwardly be relaxed) is given by Equation 4, which, given Equation 2, straightforwardly reduces to (6) E (h ) = 1 1 + 1 − h 0 h 0 e − Δ λ t, where h0 is initial heteroplasmy and Δ λ is the increase (or decrease, if negative) in replication rate of mutant over wild-type mtDNA.

All rAd stocks were confirmed negative for replication-competent adenovirus by passage on non-permissive cells.