Sentence examples for molecular research tools from inspiring English sources

Several options remain at hand to respond to the partial paradigm breakdown of plant breeding activities relying on molecular research tools, which yearn for a slice of partially open innovation structure.

Like the pressures and research needs which propelled the creation of the SNP Consortium with regard to the Human Genome, crop improvement research has also relied on partially-open institutions for the development of determinant molecular research tools.

My field of study is microbiology--I work in the department of microbiology, here at the University of Massachusetts, using mostly molecular research tools to study the ecology of microbes.

Alongside ad hoc institutional collaborations retaining a hybrid and semi-open nature, as epitomised by the aforementioned Rice Genome Sequencing project, regulatory provisos allowing for the development of the increasingly crucial molecular research tools can be found within the IP paradigm, more specifically in the recognition of a broad research exception in patent protection.

Only relatively recently have the required molecular research tools become available to begin empirically testing these hypotheses.

However, it also creates partial blockages in those innovation schemes rested between on-farm observation and genetic modification, i.e. conventional plant breeding and upstream molecular biology research tools.

We argue that the analysis of the context of application of intellectual property rights can provide better guidance for the future development of appropriate institutional alternatives to face the problems of in situ agrobiodiversity conservation and for a more equitable distribution of controlled hybridisation technologies and molecular biology research tools in plant improvement.

The use of physical models of molecular structures as research tools has been central to the development of biochemistry and molecular biology.

The use and integration of different research tools (computational, molecular, and biological) in patients, animal, and in silico models are emphasized.

With the completion of genome sequencing and the availability of several research tools, the molecular angle of dark-induced senescence in Arabidopsis has been thoroughly studied [ 26, 42, 43].

The method described here proved to be rapid and robust and correlates well with phenotypic expression of the CFAs, becoming a novel molecular diagnostic and research tool for future epidemiologic studies.