Sentence examples for germplasm analysis of from inspiring English sources

In both sets of germplasm analysis of variance showed that significant variation occurred between accessions (p = <0.001), but not between assay batch order or date.

Molecular marker technology, such as RFLP, RAPD, and AFLP, has been reported to be used in pineapple germplasm analysis; for example, Duval et al. [ 1] used RFLP marker in research on germplasm diversity of pineapple.

In order to assess the potential of newly developed markers for germplasm analysis, screening of these markers on 32 genotypes showed reasonable level of polymorphism.

Primers flanking polymorphic simple sequence repeats (SSRs) have been used in a number of studies in Musa where they provide co-dominant, chromosome-specific markers; SSRs have been successfully used for germplasm analysis and estimation of genetic relationships between accessions.

Combination of the map information and genotyping data generated from the germplasm analysis allowed the determination of genetic diversity and the extent of LD.

The markers could be used in germplasm analysis, accessing genetic diversity and linkage mapping of mungbean.

These markers showed a good level of PIC value in cultivated germplasm and therefore would be very useful for germplasm analysis, linkage mapping, diversity studies and phylogenetic relationships in cultivated groundnut as well as related Arachis species.

Conclusions: SNP markers based on the KASPar method developed from sequence data of a limited intrageneric discovery panel provide a valuable molecular resource for genetic diversity analysis of germplasm within a genus and should be useful for germplasm fingerprinting at a much broader diversity level.

Therefore, SNP markers based on the KASPar method developed from sequence data of a limited intrageneric discovery panel provide a valuable molecular resource for genetic diversity analysis of germplasm within a genus and should be useful for germplasm fingerprinting at a much broader diversity level.

Five haplotypes were detected in DPRK rice germplasm based on sequence analysis of 4,131 bp of the chloroplast.

TRAP is a novel molecular marker technique which has been effectively used in genetic diversity analysis of germplasm and genetic mapping.