Sentence examples for laboratory technologies from inspiring English sources

The journal publishes articles which include concepts for discovering novel energy sources, energy mixes and energy systems requiring a large variety of technological solutions, sophisticated computer simulations, novel laboratory technologies, large-scale research facilities, as well as scenario development and national and international networks.

Commonly identified jumping biomechanical alterations have been described by the use of laboratory technologies.

New evidence has prompted an evaluation of additional laboratory technologies, targetable genes, patient populations, and tumor types for testing.

They come to see conception as a process that is split up into many small steps, which can be followed and 'seen' by means of visualizing medical technologies, namely the microscope, the ultrasound, the X-Ray, the laparoscopy, the hysteroscopy, and further laboratory technologies".

Using wide crosses in combination with embryo rescue and other laboratory technologies, researchers in plant breeding have succeeded in transferring chromosomes, chromosome arms, or parts of chromosomes between species and/or genera [see, for example, 8].

In this work we used currently available laboratory technologies and bioinformatic tools and applied them in a number of different scenarios, with a particular emphasis on how to rapidly recognize genetic modifications in a known biodefense pathogen, thus defining the time frame for this process.

The bridegroom's father, a technology transfer consultant, aids in the transfer and licensing of U.S. government laboratory technology to the private sector for commercial use.

"This is the first time in nine outbreaks that have linked back to the Salinas Valley that we have had the ability to match up the genetic strain" of the E. coli, he said, crediting improved laboratory technology with the advance.

Here, we review potential applications of this novel laboratory technology.

In the past two decades, human gene transfer research has been translated from a laboratory technology to clinical evaluation.

Taking advantage of advanced laboratory technology, molecular epidemiology attempts to identify risk biomarkers and to increase our understanding of carcinogenesis with the ultimate goal of cancer prevention.