Sentence examples for markers we obtained from inspiring English sources

Combining linkage groups in this way and using MapDisto to order the markers, we obtained marker orders that were largely consistent with the genome sequence.

Using the marker-controlled watershed algorithm with these nuclei as markers, we obtained the cellular mask by separating the segmented cellular regions so that each region contained a single nucleus.

For each interval between two consecutive markers, we obtained the value of ρ = 4Nec.

By sorting peripheral blood from healthy donors based on cell surface markers, we obtained purified populations of CD4+ T-cells, CD8+ T-cells, and B-cells.

To develop e-SSR markers, we obtained the EST sequences contributed by Noda et al. from the NCBI database (http://www.ncbi.nlm.nih.gov/).nih.gov/

With a single set of markers, we obtained narrower confidence intervals than previously reported estimated intervals calculated with the same drop-off method [ 6, 8].

Depending on the selected marker, we obtained sequences for up to 430 of the sampled individuals, including up to eight markers (a total of 2198 sequences).

We freed ourselves from a priori tree-drawing constraints and, with the simple goal of summarizing the safe phylogenetic information of each marker, we obtained a graph that is not a tree.

To screen more SSR markers for association mapping, the mini-core germplasms (Zhongshaung11, No. 73290, Tapitor and No. 91550) were used to screen the polymorphisms for the other SSR markers (including newly synthesized SSR markers and published SSR markers), and we obtained three and six polymorphic primer pairs for the two unique QTLs.

In order to integrate all the markers accurately, we obtained all the published 388 SNP marker genotypes in the 97103 × PI 296341-FR RILs population from GBS (genotyping by sequencing) as described by Guo et al. [ 28] (the other GBS data of this population has not been published).

For cell-surface marker analyses, we obtained fluorochrome- or biotin-conjugated antibodies from eBioScience (San Diego, CA, USA) for TLR-2, TLR-4, and HLA-DR.