ctrl.ucla.edu
UCLA CTRL | Computing Technologies Research Laboratory | Websites
http://ctrl.ucla.edu/xowiki/websites
Computing Technologies Research Lab. Turn-Key solutions for the UCLA Community. CTRL has been providing web design and development for the UCLA community for over a decade, creating websites for clients in the fields of research, health and education. We will meet with you to discuss the vision and scope of your project and provide a timetable for its completion. Our websites use a WSYIWYG. Department/Institution Websites and Intranets. Health Sciences Strategic Planning Initiative.
donnamandella.tripod.com
Cool Web Sites
http://donnamandella.tripod.com/id62.html
Students Of The Week. Science Says Learn It Now. Week In Review: Living Environment II. Week In Review: Marine Science. Week In Review: General Science. Living Environment At Work 2004. Enter subhead content here. 3D Imaging from the Center for Human Simulation. Anthropology related news, books and web resources. Biology animations and much more . from Howard Hughes Medical Institute. A novel educational tool developed by the Experimental Study Group at MIT. Information available from Harvard. Microbial ...
sciencepictures.blogspot.com
Science Pictures: The vaults resolved
http://sciencepictures.blogspot.com/2007/11/what-are-vaults-these-50-nm-long-hollow.html
Images and pictures from science. Friday, November 30, 2007. Characterize molecular complexes as gigantic as vaults is one of the most daunting tasks for science today. They lie in a "dark" length scale. Smaller molecules are easy often to crystallize and thus to get their structure solved atomically thanks to X ray diffraction. At low resolution. A hollow symmetric shell (able to encapsulate entire ribosomes), with two protrudring caps, was revealed, but that pretty was it. Posted by m. s.
sciencepictures.blogspot.com
Science Pictures: November 2007
http://sciencepictures.blogspot.com/2007_11_01_archive.html
Images and pictures from science. Friday, November 30, 2007. Characterize molecular complexes as gigantic as vaults is one of the most daunting tasks for science today. They lie in a "dark" length scale. Smaller molecules are easy often to crystallize and thus to get their structure solved atomically thanks to X ray diffraction. At low resolution. A hollow symmetric shell (able to encapsulate entire ribosomes), with two protrudring caps, was revealed, but that pretty was it. Posted by m. s. They compared...