Sentence examples for markers allow us from inspiring English sources

The fine karyotyping analysis using satellites and rDNAs as markers allow us to easily identify each individual somatic metaphase chromosome.

Together, these markers allow us to assay morphology of 38 individual neurons in 12 classes.

Also, the co-amplification of mitochondrial DNA (mtDNA) and nuclear markers allow us to control for the presence of human contamination in the extracts.

Furthermore, physical mapping of monomorphic markers allow us to infer the genetic map locations for these markers based on the genetic location of the linked markers from each BAC contig.

The markers allow us to detect the presence and map the network of the stained proteins, with a maximum resolution given by the diffraction limit theorem, ca. 250 nm in a typical experiment.

Comparison of the geographic distribution of mitochondrial and nuclear markers allow us to follow the pattern of hybridization between highly differentiated lineages in the context of the climatic oscillations of the Pleistocene age.

The use of DArT markers allowed us to assess the relationships in a new perspective.

Phenotyping and genotyping a total of 3,900 F2 plants using the SNP markers allowed us to delimit the Mt-NS1 locus between SNP103 and SNP127, which span ~50 kb based on the genome sequence of Jemalong A17 (Nod + Fix-).

Furthermore, the reduction of background noise, due to not using several lineage-specific markers, allowed us to isolate ASPCs with a fluorescently labeled antigen.

Using several different statistical approaches, our selection strategy for informative markers allowed us to identify a manageable number of potentially useful and robust biomarkers for laboratory validation as well as replication in independent samples.

The use of both nuclear and mitochondrial markers allowed us to roughly estimate the relative contribution of each sex to gene flow.