Recently, major advances in transcriptome sequencing have provided fast and cost-effective approaches to generate large expression datasets that have proven to be powerful tools to profile the transcriptomes of non-model organisms with undetermined genomes.
In recent years, the emergence of next-generation sequencing technology has provided a fast and effective approach to generation of transcriptome data of nonmodel organisms lacking a complete genome sequence [ 10, 11].
Recently, the development of solid-state single photon emission computed tomography (SPECT) camera technology has provided for faster acquisition capabilities and has led to a renewed interest in Tc-99m-teboroxime, which is again available for investigational use [1],[2].
The development of a PCR protocol to amplify several markers along the sex chromosomes in a single reaction has provided a faster, safer, and more economical way to determine the sex of embryos for PGD of hemophilia B than FISH.
The combination of WLEF and multivariate modeling has provided a fairly fast and robust method with root mean square error prediction (RMSEP) values less than 1%.
Such E. coli-based technology has provided a safe, fast and effective approach to the systematic mining of the information stored in herpesvirus genomes as a result of their intimate co-evolution with their specific hosts for millions of years.
He has provided Raikkonen with a fast, well-balanced car, one that is remarkably light on its feet, a great advantage in these days of highly degradable tyres.
This work has provided evidence that a fast, cost-effective process for polishing of the bulk surface and edges, directly on precision-ground aspheric hexagons, is achievable.
Ressi states, "Convertible debt has provided startups with a fast and easy way to secure seed-financing, but the sheer size of the debt created is troublesome both for individual startups, and the startup ecosystem as a whole.
The present study has provided an adequate and fast method using flow cytometry to investigate the variation of viral abundance in freshwater environments.
