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Mini-PROTEAN Tetra Cell and mytetracell.com
Casting and running gels has never been quicker or easier. Join the online community of Mini-PROTEAN® Tetra cell users who have already discovered the benefits of simple setup and faster throughput. Mytetracell.com is a new networking site designed to promote learning and discussion through tips-and-tricks, bulletin boards, user profiles, and much more. Once registered, users can earn points through participation, then redeem those points for promotional items. Visit now and earn 1,000 bonus points just for registering – and you'll be entered in a drawing for a new iPod touch and speaker system.
• Register now on www.mytetracell.com – Earn 1,000 TetraPoints just for registering and you’ll be entered in a drawing for a new iPod touch and B&W Zeppelin speaker system.
• For more information on Bio-Rad’s complete line of products for Protein Separation and Analysis, view our product workflow brochure: Bulletin 5556B |
3D Structure Of Mammalian GRP94 Revealed
"These have been the golden months of HSP90 structural biology," says Daniel Gewirth, Ph.D. senior research scientist at the Hauptman-Woodward Medical Research Institute and associate professor at the State University of New York (SUNY) in Buffalo. The human cell consists of different isoforms of HSP90 and what Gewirth's group found was the structure of the mammalian inducible form called GRP94, seen in the endoplasmic reticulum... continue
Automated Cell Counter
ADAM series automatic cell counters measure total cell number and viability. Fluorescence dye staining, laser optics, and CCD detection technologies are used in analysis and provide accuracy and reliability... continue
Culture Dish With Relocation Grid
The µ-Dish35mmgrid-500 contains a relocating grid with a repeating unit size of 500 µm, which allows easy relocation of cells in numbered rectangles. The surface of the dish can be either hydrophobic or tissue culture treated. The ibiTreat surface assures cell growth and compatibility with fluorescence microscopy... continue
Malaria Parasites Power Through Cells On Their Way To Infection
New research by Howard Hughes Medical Institute international research scholar Robert Ménard and his colleagues shows that malaria parasites begin to evade their immune system pursuers as soon as they move out of the mosquito and into the skin. They charge through and kill any cell that gets in the way en route to the bloodstream, their speedway to the liver... continue
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