Sentence examples similar to access to mutants from inspiring English sources

These populations may be complemented by access to mutant or functional genomics populations as well as more specialized resources such as libraries of introgression lines or CSSLs.

The use of PCR-based methods for systematic sequencing of chromosomal regions flanking insertion points has facilitated direct in silico access to mutant seed stocks via dedicated and user-friendly genome navigators such as Rice GE and OrygenesDB.

Individual A. fimbriata plants survive indefinitely, providing ongoing access to mutant lines that can be cloned for distribution to the research community.

Access to point mutants will also complement gene knockout studies to model the heterogeneous range of human disease phenotypes.

It rather reflects a change in their mode to respond to a limited access to nutrients: PTEN mutant cells switch from hypertrophic to hyperplastic growth under starvation.

Users can gain full access to the respective mutant lines through the supplied hyperlinks on the detailed page (Fig.  3M) or Supplementary Tables S2 and S3.

The generation of large collections of mutagenised lines and the concurrent sequencing of insertion sites to develop readily searchable databases for these populations has revolutionised gene characterisation by providing 'in silico' access to thousands of mutant alleles.

Since the authors have access to the lamin mutant mice and flies with specific perturbation of Ne components, figure (a) showing the circadian behavior phenotype of these animals will substantially strengthen the manuscript.

Indeed, in the limit of L → ∞, every clone has access to all possible other mutants, in essence reducing the system to a smooth landscape on which the large populations are always favored [ 30, 34].

Tagging either Smc1 or Mcd1/Scc1, but not Scc3/Irr1, appears to abolish access to Smc3 in ctf7/eco1 mutant cells, suggesting that Smc1 and Smc3 head domains are in direct contact with each other and also with Mcd1/Scc1.

We thank Emma Whitelaw for supplying us with access to the MommeD1 ENU mutant mice.