Sentence examples for most accessions of from inspiring English sources

The root cone angle has seldom been considered among the studied architectural root traits, except by Japanese teams who showed that most accessions of some ecotypes (aman, boro and some of the aus varieties within the indica subspecies; bulu within the japonica subspecies) had a high proportion of crown roots growing horizontally (Ueno and Sato 1992; Kato et al. 2006; Uga et al. 2009).

For most accessions of F. vesca, our data presented here are congruent with the two previous studies.

Nesbitt and Tanksley (2002) found that most accessions of cherry tomato (the progenitor of the domesticated tomato) carry the allele for large fruit at fw2·2.

In most accessions of E. roseum (as well as in E. aphyllum), this is trnF-GAA, but in the Cameroon sample a mutation affecting the anticodon is found, converting trnF-GAA into trnF-AAA.

A survey of 154 spring-type accessions/lines of six T. turgidum subspecies indicated that none of the accessions from the subspecies durum, polonicum, turanicum, or turgidum had retrotrans_VRN in VRN-B1, but the insertion was present in some accessions of T. turgidum subsp. dicoccum and in most accessions of T. turgidum subsp. carthlicum.

Even though accessions native to North America with a genetic background distinct from that of European accessions do exist (Jakubowski et al. 2012), most accessions of reed canarygrass found in North America, including all those evaluated in this study, share some common ancestry with West European accessions.

Two haplotypes were shared between populations: Hap 7 occurred in most accessions (17 of 19) of P3 and in some accessions in P4, which has the same soil type (terra rossa); Hap 1 was shared in P3 and P1, although the P3 accession was an isolated individual from the 'European slope' of "Evolution Canyon".

Because of the inbred nature of most accessions, only one plant was used for genotyping.

Indeed, our assessment of genetic variation in Florida populations indicates that most accessions are a mixture of genotypes.

Our introgression analysis shows that most accessions exhibit some degree of admixture, with many individuals within a population sharing the same introgressed segment due to artificial selection.

Our phylogenetic analysis of HvABCG31 promoter sequences grouped most accessions (69/71 = 97.2%) of the northern populations (P3, P4, and P5) into one cluster, whereas all accessions from the Dead Sea (P2), one accession from Mitzpe Ramon (P1), and one accession from the 'African Slope' of "Evolution Canyon" (P3) formed a second cluster.