Sentence examples for soybean 1 from inspiring English sources

Although soybean's genome size is more than double that of M. truncatula [ 51], gene density is comparable in these regions (Synteny block 1: M. truncatula = 1 gene/7.2 kb, soybean: 1 gene/6.7 kb; Synteny block 2: M. truncatula = 1 gene/6.2 kb, soybean: 1 gene/5.8 kb).

Suppose there is an miRNA gene family which exists in Arabidopsis (2 genes), Medicago (1 gene), soybean (1 gene), grape (1 gene), rice (1 gene), Sorghum (1 gene), and maize (1 gene) among nine species of flowering plants examined but not in moss and green algae (supplementary fig. S1, Supplementary Material online).

This makes safflower considerably less diverse than crops such as maize (1 out of every 105 bp [ 16]) and sunflower (1 out of every 140 bp [ 17]) but far more diverse than crops such as soybean (1 out of every 1030 bp [ 18]).

The mutation rate observed in this study on peanut is much lower than that reported for wheat and lower than Arabidopsis (1 SNP/~300 kb [ 4]), or most legumes including soybean (1 SNP/140-550 kb depending on treatment [ 8]), and pea (Pisum sativum L.; 1 SNP/669 kb [ 31]; 1 SNP/200 kb [ 32]).

On the other hand, other agronomically important crops like sorghum (1 SNP/123 bp) [ 34], soybean (1 SNP/328 and 1 SNP/536) [ 16, 37] and rice (1 SNP/113 bp and 1 SNP/100 bp) [ 20, 25] presented a lower SNP frequency than the sunflower inbred lines surveyed in this work.

These studies have been either based on the information generated by EST and whole genome sequence projects in a so called in silico SNP discovery approach [ 16- 19] or derived from large-scale re-sequencing projects developed for Arabidopsis, barley, maize, tomato, or soybean [ 1, 12, 13, 15, 20- 22].

More than 30 QTLs responsible for SSR have been reported in soybean [ 7, 8, 10, 13, 14, 32].

Three SlPti1 homologous kinases have been cloned from soybean [ 7, 8], sPti1a, sPti1b and GmPti1.

In tobacco [ 28], soybean [ 29, 30], Arabidopsis [ 31], and maize [ 32], BiPs are encoded by a multigene family.

This strain is the most competitive of the four commercial strains used in Brazil, and has been detected in every soil cropped with soybean [ 1, 6, 19, 20].

Sucrose synthase is a substrate for CDPK in maize [62], soybean [189], and rice [10].