Subsequent product development and the transition of new technologies through design and testing to production also involve numerous processes and practices, many dependent on sophisticated equipment and facilities.
The transition of promising technologies for production of renewable chemicals from a laboratory scale to commercial scale is often difficult and expensive.
These advancements in data analyses and interpretation, when coupled with decreased test time and cost (Buhr et al. [2012b]), serve to better support the transition of decontamination technologies from the laboratory to the field.
Modelling the transition of automobile technologies has long been a subject of research, from studies of car ownership in the early twentieth century [13, 14] through the increased interest in vehicle choice from the late 1970s [15, 16, 17] and more recently the impact of zero tailpipe emission vehicles as part of emission reduction strategies [18, 19].
Scanning of microarrays is typically labor intensive and a significant source of system noise that complicates the use of microarrays significantly; and has hampered the transition of these technologies into high throughput clinical scenarios by adding undue instrumentation cost and complexity.
He has held positions of VP of Technology and CTO in companies that handled the transition of academic technology into industry.
Imaging colorectal cancer has become a major indication for positron emission tomography (PET), following the transition of this technology from the research arena into clinical practice.
In this review, we evaluate potential avenues towards improving the transition of gene-delivery technologies from in vitro assessment to human clinical therapy.
Successful transition of new informatics technologies will require the entire community - funders, users, researchers - to evolve models of success beyond software- and model-oriented measures, such as algorithmic elegance or the quality of software implementation.
This paper employs a multi-level perspective approach to socio-technological transitions to examine why the Canadian province of Ontario has seen a relatively smooth transition of smart meter technologies from the niche to regime levels as compared with other Canadian provinces, and other jurisdictions in the United States, European Union, and Australia.
