Sentence examples for molecular genetics we from inspiring English sources

And, even with the sophisticated tools of molecular genetics, we cannot predict how a virus will change or when or whether it will become more or less dangerous.

Through crystallography, molecular dynamics, biophysical approaches, and molecular genetics, we have come to understand much about the structure of the pore of MscS and the gating process.

Not only do we provide over 100,000 most reliable SNP markers that can be used in duck breeding and molecular genetics, we also evaluate a sub-set of 384 SNPs for use in ecological genetics.

In this study, by using a novel in vivo crosslinking RNA affinity selection approach and yeast molecular genetics, we demonstrated that during pre-rRNA processing, two short internal sequence motifs of the 18S rRNA, called rm1 and rm2, transiently base-pair with the previously identified, functionally essential m1 and m2 sequences of snR30.

We describe how such genetic alterations can be studied at the population level using the techniques of molecular genetics, and we predict the development of a new field, evolutionary toxicology, that will address such issues.

Since several seminal review studies have recently been published on different facets of molecular genetics and personality/emotionality, we focus the second half of the present article on new relevant research directions.

In molecular biology and genetics, we are more interested in discretely sampled rather than continuous functions.

In order to better understand the molecular genetics of MED, we screened for COMP, COL9A1, COL9A2, COL9A3, MATN3, and SLC26A2 mutations in over 100 patients referred to the European Skeletal Dysplasia Network (ESDN) via the on-line case manager (www.ESDN.org).

To accelerate the advance of molecular genetics in white clover, we performed EST-SSR marker development and constructed an integrated high-density linkage map.

Over the past decade, a great effort has been made regarding the understanding of cancer biology and molecular genetics of NSCLC, and we have witnessed tremendous advances in the management of patients with advanced NSCLC.

This is an exciting time to be involved in dissecting the molecular genetics of DS because we now have the tools to find the individual dosage-sensitive genes and thus to understand the biological effects of trisomy.