A new mechanism regulates type We interferon production in white bloodstream cells A report from a team of researchers led by Dr. Andrew P dimethylethanolamine . Makrigiannis, Director of the Molecular Immunology Analysis Device at the IRCM, provides identified a new mechanism regulating interferon creation. This discovery, co-authored by scientists from the International INFIRMARY of Japan , the National Tumor Institute at Frederick and the McGill Center for the analysis of Host Resistance, on December 22 was released, 2008 in the Journal of Experimental Medicine. The principal function of this cell type can be to produce type I interferon when the body is infected by a virus.
The GW Institute for Nanotechnology facilitates their task by creating an infrastructure that fosters multi-disciplinary efforts and provides study support. The institute shall build our knowledge about matter on an atomic and molecular scale, and our professors will reveal that science-based analysis with learners and with the global globe. Traditional engineering theories, like continuum mechanics, which engineers have used for over a century to design new devices, break down in nanotechnology. We need to now teach students additional physical, chemical, biological, and statistical principles that govern nanotechnology. The institute shall help us integrate nanotechnology into our educational applications, both at the undergraduate and graduate levels.