University of Victoria - Web.UVic.ca
OVERVIEW
MICROFLUIDICS.UVIC.CA RANKINGS
Date Range
Date Range
Date Range
LINKS TO WEB PAGE
WHAT DOES MICROFLUIDICS.UVIC.CA LOOK LIKE?
MICROFLUIDICS.UVIC.CA HOST
TITLE
University of Victoria - Web.UVic.caDESCRIPTION
Known for excellence in teaching, research, co-operative education and service to the community, the University of Victoria has become one of the leading universities in Canada. UVic serves approximately 18,000 students on a beautiful campus in Victoria, the capital of British Columbia, Canada. Located on Vancouver Island, off Canadas spectacular west coast, Victoria is renowned for its charm and mild climate.CONTENT
This domain microfluidics.uvic.ca had the following in the homepage, "A-Z text only index of all UVic websites." Our analyzers observed that the website stated " Help for users with screen readers." The Website also stated " Hosts departmental and individual UVic Web sites. Back to common navigation links. Middot; Updated October 5, 2004 by UVic Communications." The website's header had UVic as the most important keyword. It was followed by Victoria, Canadian University, and University of Victoria which isn't as highly ranked as UVic. The next words the site used was British Columbia. BC was also included but could not be understood by search parsers.OTHER WEBSITES
Pilot Scale and Production Equipment. Solving Nanotechnology Application Challenges in. Pharmaceutical, Biotech and Other Industries. Superior technology for unrivaled results in uniform nanoemulsions, cell disruption and uniform particle size reduction, seamless scaleup and unparalleled repeatability. Leading the Nano-Revolution in Particle Size Reduction. Smaller Particles, Bigger Results.
Register to Post Microfluidics Jobs. Come and join us! This is a resource to help you succeed with microfluidics. It is organized by the MF8 Microfluidics Consortium.
The Biological Surface Engineering and Microfluidics Laboratory at Northeastern University headed by Prof. Shashi Murthy was established in January 2006. The primary focus of our research is the design of fluidic systems to address needs in biology and medicine. These systems incorporate functional surfaces and fluidic architectures designed to take advantage of biological characteristics of cells and biological fluids.
Voici une liste des ajouts les plus récents à ce site Web. 6 - 8 juin 2012, Skiathos Island. 3 - 5 décembre 2012, Heidelberg. 8 - 10 décembre 2010, Toulouse.