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25% off Human IgG Detection, Animal Free
Molecular Devices
Recombinant CloneDetect is a unique anti-human IgG detection agent designed to meet stringent regulatory requirements in cell line development. Expressed in CHO cells, it is the only detection agent free from raw materials of animal origin. Enjoy 25% off list price of Recombinant CloneDetect agent, designed for use with ClonePix™ systems and CloneMedia to increase workflow productivity in the screening and selection of mammalian cell lines. more »

Proteins Fluoresce While You Wait, No GFP Required
There's more than one way to fluorescently label a protein. Several such systems are commercially ... more »

Scale Up Your ChIP with These High-Throughput Tools
ChIP assays can be tedious and time consuming—and difficult to scale to high-throughput. Newer ChIP ... more »

123count eBeads™ for Flow Cytometry
eBioscience
Rapidly quantify absolute cell numbers by flow cytometry with 123count eBeads™. No need to purchase ... more »

Heracell VIOS 160i CO₂ Incubators
Thermo Fisher Scientific (LPG)
Designed to achieve your next breakthrough. The Heracell VIOS CO2 incubator delivers the performance... more »

Western Blotting - CLK2 Antibody in Human Endothelial Cells
Clk2 protein expression was characterized via western blot using the CLK2 Antibody (1:1000). more »

Determination of the IgG Subclass of a Human Autoantibody
Our laboratory is interested in an autoantibody that we identified several years ago in cancer ... more »

Zebrafish genes linked to human respiratory diseases more »

Gut bacteria tire out T cells more »

Ebola paper demonstrates disease transmission rate more »

Proactive monitoring of inflammatory bowel disease therapy could prolong effectiveness more »

Targeting Stem Cells Using Antibodies, Iron Particles and Magnets more »

New genetic targets discovered in fight against muscle-wasting disease more »

A non-toxic strategy to treat leukemia more »

New knowledge of genes driving bladder cancer points to targeted treatments more »

New genetic targets discovered in fight against muscle-wasting disease more »