Sentence examples for markers were sufficiently from inspiring English sources

Throughout the culture studies, 5 cardiac marker mRNAs (except for Nkx2.5) were expressed during the 5 days of bulk Sk-34 cell solo culture (without cardiomyocytes) (Fig. 2B), and all 6 cardiac markers were sufficiently expressed on co-culture with rat embryonic cardiomyocytes (Fig. 2C), but cardiac differentiation was not induced by clonal cell culture.

In this real data example, it was not clear whether our markers were sufficiently dense.

They found no evidence that any of the markers were sufficiently accurate.

The remaining DArT assays were accepted if the relative hybridization intensities of non-polymorphic DArT markers were sufficiently correlated with the corresponding intensities in simultaneously performed assays (average correlation coefficient > 0.80).

It was demonstrated that using a multi-breed reference population with relatively few individuals of the second breed could improve the accuracy of GEBV for that second breed, provided markers were sufficiently dense and the breeds were not too diverged.

Using simulated data, De Roos et al. [ 7] showed that a multi-breed reference population could improve the accuracy of genome-based estimated breeding values (GEBV), provided that markers were sufficiently dense and the divergence between breeds was not too great.

Nevertheless, provided the cohort is large, there is sufficient core redundancy and the prevalence of positive markers is sufficiently high (as is presented in this study), any effects on the data should be minimised.

Furthermore, marker-based estimates can also control the type I error rate if the markers are sufficiently dense to accurately estimate the realized relatedness at the polygenes.

This suggests that if the markers are sufficiently close to the QTL, the linkage disequilibrium changes less and thus the estimates of the marker effects remain more accurate.

However, there is a lack of knowledge regarding which genetic metrics, temporal sampling protocols, and genetic markers are sufficiently sensitive and robust, on conservation-relevant timescales.

We found that the microsatellite markers are sufficiently polymorphic to investigate species and population-level diversity of Tulasnella from Chiloglottis hosts.