Sentence examples for as broadly used from inspiring English sources

For example, a simple diagnostic biomarker would be a significant advance for the field, as broadly used screening tests such as antinuclear antibody and IgM rheumatoid factor assays have little clinical or diagnostic utility in children29.

In 2003 he filed for his first cell-printing patent and collaborated with Dr Forgacs and three other colleagues on a paper for Trends in Biotechnology in which they predicted that in this century "cell and organ printers will be as broadly used as biomedical research tools as was the electron microscope in the 20th century".

Of course, Simple Instant isn't as broadly used or as well-known as something like PayPal, but it will make a difference to those in Simple's customer base who have been anticipating this feature for a long time.

Gemcitabine as a broadly used chemotherapeutic for the treatment of CC was used as an interventional control in all performed experiments.

An analysis of productivity concepts useful both in irrigation and elsewhere is provided together with suggestions for where commonly used terms, such as the broadly used "water use efficiency" among others, would be better avoided in irrigation engineering and given much more narrowly defined meanings in agronomy and biological sciences.

Bitcoin alone could push global temperatures over the 2ºC catastrophic threshold by 2034 if the cryptocurrency gets adopted at the same pace as other broadly used technologies, says a new report in the journal Nature Climate Change.

Whitehouse points out that it's particularly key to get customers engaged in forthcoming products that seek to serve as a broadly used "platform" upon which other products or applications are built, like Microsoft's Vista or Adobe's forthcoming AIR (formerly "Apollo").

Organic nanocrystals have been broadly used as optoelectronic materials as well as biomedical materials [16 22].

Renilla luciferase is a bioluminescent enzyme which is broadly used as a reporter protein in molecular biosensors.

In particular, inhibitors of the NMDA glutamate receptor such as ketamine and agonists at the μ-opioid receptor such as morphine are broadly used.

In addition, with the excellent antibacterial properties of silver nanoparticles, it is also loaded with polymethyl methacrylate broadly as bone cements that are broadly used as synthetic joint replacement (Alt et al. 2004).