Sentence examples for botanical model from inspiring English sources

The Sorghum genus has recently become an important botanical model for Andropogoneae grasses by virtue of its relatively small and largely sequenced genome, a minimum of gene duplication because of 70 million years of abstinence from polyploidy, and its close relationship to grasses such as maize, sugarcane, and Miscanthus that have much more complex genomes (Paterson et al. 2009).

The Sorghum genus has recently become an important botanical model for Andropogoneae grasses, by virtue of its relatively small and largely-sequenced genome, a minimum of gene duplication thanks to 70 million years of abstinence from polyploidy, and its close relationship to grasses such as maize, sugarcane and Miscanthus that have much more complex genomes [ 1].

This difference is attributable in part to differences in anchoring parameters (see Methods), but also reflects the relatively slow evolution of Vitis [ 89], and highlights the value of the Vitis genome as a botanical model for cross-taxon comparative genomic studies.

Microsynteny information permits one to utilize new ways of developing genetic markers targeted to a region of interest [ 92] that may be of high value in translating functional information from botanical models to cotton.

As a botanical and genomic model for grasses, Sorghum bicolor L. Moench.

By single-seed descent from the same S. bicolor × S. propinquum F2 population used in early-generation genetic analysis (Lin et al. 1995), we have produced and describe here a recombinant inbred line (RIL) population of 161 F5 genotypes that segregate for a wide range of traits, providing a valuable addition to the genetic resources available for this botanical and genomic model.

Ms. Trockel emphasizes her recent work in numerous mediums — most impressively ceramics, photography and drawing, sharing the spotlight with outsider artists, botanical illustrations and zoological models and even natural specimens.

This exhibition also includes two low wooden boxes filled with white sand and many handmade and found objects, including porcelain orbs with open mouths and baby teeth, parts of nautical and aeronautical models and botanical curiosities.

Here, we analyze the structure of botanical trees using computer modeling and show that many relevant measures of support throughout all the branches of a tree follow specific patterns which can be described by characteristic probability distributions and well-defined spatial relationships.

In this context, we initiated a scientific evaluation of this botanical on various animal models of diabetes [ 12- 14].

These results agree with and extend our earlier studies using the Mongolian gerbil model demonstrating botanicals such as curcumin, apocynin, and grape polyphenols protect against ischemic damage (Wang et al., 2005a, 2005b, 2006, 2009).