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Tsantrizos Group, McGill - Medicinal Chemistry
http://tsantrizos-group.mcgill.ca/tsantrizos.html
Organic and medicinal chemistry. Current and Past Members. About Professor Youla S. Tsantrizos. Youla S. Tsantrizos. Professor, Chemistry Department,. Associate Member, Biochemistry Department,. 1990 - 1991 : Post-Doctoral Fellow (Brown University, Chemistry Department). In the group of Professor David E. Cane). 1987 - 1990 : Ph.D. Organic Chemistry (McGill University, Chemistry Department). In the group of Professor Kelvin K. Ogilvie). In the group of Professor George Just). 1987-89 : Programme de Recyc...
Tsantrizos Group, McGill - Medicinal Chemistry
http://tsantrizos-group.mcgill.ca/index.html
Organic and medicinal chemistry. Current and Past Members. Protein Structural Research Center ( GRASP. McGill Canadian Institute of Health Research Training Program in Drug Development (CIHR / IRSC). CREATE Training Program in Bionanomachines. Http:/ www.bionano.ca. News and upcomings events. Upcoming events and recent graduations Read more. Desired Scientific and Personal Qualities and skills:. Strong experience with modern synthetic organic chemistry.
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BioNano-Switch Home Page
Your browser does not support frames. To view our web site click here:. Http:/ homepage.ntlworld.com/firmank/. For more information contact webmaster@bionano-switch.info.
bionano@ViennaUT: root
Welcome to the BioNanoBeam Group. BioNanoBeam is a subgroup of Institute of Solid State Electronics of Vienna University of Technology. This group is Lead by Ass.Prof.Dr. Heinz D. Wanzenboeck. At this moment, there are two different focus of the research - FEBIP and Biotechnology. MCAA Alumni of the Year 2014. Cover Image of CVD. Fe FEBID imaged by Dr. Gotfried. More news available in the Activity. Heinz co-organized the biannual FEBIP Workshop in Vienna July 2016. Martina, Patrick, Johann and Heinz atte...
BioNano Research
Biology is the next design revolution. We just finished our latest release of the MoleculeViewer. You are now able to view your models in virtual reality using your smartphone and Cardboard. Click here. We are proud to announce the initial release of NanoDesign - an application to view and analyzie DNA Origami structures. Click here. BioNano Research in the news. Eli Groban. Head of BioNano Science. THE FUTURE OF MAKING THINGS. We are part of Autodesk Research. Designers and engineers across many industr...
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Bionanoscience Home
Nanomechanics of Insect Tympanal Sound Receivers. Nanomechanics of Active Sensors in Insects. Mechanical Characterisation of Mosquito Antenna. Mosquito Audition: A Nonlinear Nanomechanical Sensor. Experiments in Fly Audition. Characterisation of Electroactive Foams as Active Sensors and Actuators. School of Biological Sciences. Email: D.Robert@bristol.ac.uk.
Bionano | CREATE Training Program in Bionanomachines
Summer School: Biocompatibility of nanoparticles Warsaw, July 3-6, 2011 | SEVENTH FRAMEWORK PROGRAMME THE PEOPLE PROGRAMME
Jeśli jesteś właścicielem tej strony, możesz wyłączyć reklamę poniżej zmieniając pakiet na PRO lub VIP w panelu naszego hostingu. Już od 4zł! Summer School: Biocompatibility of nanoparticles Warsaw, July 3-6, 2011. SEVENTH FRAMEWORK PROGRAMME THE PEOPLE PROGRAMME. Programme and additional information. January 23, 2011. Thank You for Your Presence and see you. The ‘Marie Curie Actions’. 8216;People’ Specific Programme. Summer School: Biocompatibility of nanoparticles Warsaw, July 3-6, 2011.
Biomolecular Machines Laboratory | bionano.cent.uw.edu.pl
You are here: Home. Molecular machines are nanoscale macromolecular complexes performing specific functions for an organism. Cells build thousands of such custom-designed complexes including the ribosome, transcriptional machinery, motors and transporters, all of which work in a precisely organized manner. Centre of New Technologies University of Warsaw. 02-097 Warsaw, Poland. Phone 48 (22) 5543600 fax 48 (22) 5543606 joanna@cent.uw.edu.pl.
Sun Laboratory - Xuping Sun
Welcome to Sun Lab. Nanomaterials for sensing and catalysis. Our group currently focuses on two areas:. Development of fluorescent nanosensors based on photoinduced electron transfer for speedy, sensitive and selective detection of biomolecules and metal ions. Design and engineering of advanced non-precious metal catalysts.
BioNano | Biotechnology and Nanotechnology are Transforming the Future
Biotechnology and Nanotechnology are Transforming the Future. Edible Graphene Is Here, And Electronics In Your Food Are Coming. Using a stock laser, researchers can carve edible circuits into food. Prepare for cuisine that can communicate. Photo: Jeff Fitlow/Rice University]. Put it in 2014. Graphene may be the most remarkable substance ever discovered. But what is it for? Now, we might know. Rice University researchers. This entry was posted in Uncategorized. March 4, 2018. By Celia Henry Arnaud. Of Del...
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