Sentence examples for germplasm sampling from inspiring English sources

This phylogeographical study gives us deep insights into population structure of the species and conservation strategies for germplasm sampling and developing in situ conservation of natural populations.

In view of abundant genetic diversity resided within C. taliensis populations, an appropriate strategy for both germplasm sampling and developing in situ conservation of those populations with a higher variation on behalf of different geographical regions is needed.

Notably, three chlorotypes (C3, C11 and C10) distributed in the westernmost range of C. taliensis, while other two (C2 and C12) was found in eastern populations of the species, further implying that both germplasm sampling and setting in situ conservation localities should take different geographical origins and the observed chlorotype structure into consideration.

G. barbadense germplasm sampled was 1.8 times as diverse (1 SNP in 1,381 bp) as G. hirsutum even though less than one fifth as many G. barbadense lines were sampled.

We obtained 118 polymorphic EST-SSR markers from 379 primer pairs within 24 germplasm sampled with a polymorphic ratio of 41.1%, excluding the null allele primers and those that harbor obvious introns.

It is noteworthy that the germplasms sampled in the current study is limited and incomplete.

A herbarium specimen was collected and deposited at Missouri Botanic Garden (http://www.tropicos.org/Specimen/3179202) but no germplasm samples of the same have ever been collected.

The objective of this work was to examine the variability in the seed protein fractions of such a L. albus germplasm sample in order to disclose existing genetic relationships and to obtain information useful for a breeding program.

Logically, the development and implementation of in situ conservation plans should be preceded by genetic (and phenotypic) characterization and the collection of representative germplasm samples for ex situ conservation.

This research platform will help increase breeding efficiency by providing a database of diversity information that will enable researchers to readily identify useful DNA polymorphisms in genes or germplasm samples of interest and convert that information into cost-effective tools for basic biological inquiry and applied plant improvement.

The adequacy of environmental coverage of genebank accessions is calculated as an 'environmental representativeness score' (ERS, Eqn. 3), assessed by comparing the germplasm samples in relation to the full environmental range of the modeled taxon distribution.