ProteinSimple NanoPro 1000

Simple Western™ system for the characterization of post-translational protein modification by the detection of charge isoforms…

NanoPro 1000 runs the widest pl 3 to 10 gradient and analyses up to 96 samples at a time to boot. Did we mention he’s a conservationist too? Use as few as 25 cells per assay, even when you’re characterizing low abundance proteins in limited cell populations. So save your cells and a chunk of time too!

TECHNOLOGY & APPLICATIONS

SIMPLE WESTERN CHARGE ASSAYS ON THE NANOPRO 1000

Now, you can understand your proteins in detail. Is it 1 isoform or 7? Is it phosphorylated, acetylated, or methylated? The NanoPro 1000 will show just what’s going on with your proteins.

FIGURE 1.  Using a pan-ERK primary antibody, the NanoPro 1000 separates non-phosphorylated ERK isoforms from mono and di-phosphorylated isoforms.

Fine needle aspirates (FNAs) taken from mouse xenografts typically contain too few cells for traditional protein analysis. But, these samples have plenty of material for Simple Western charge-based assay analysis! In fact, investigators from Stanford University have used FNA analysis on the NanoPro 1000 to monitor drug effects in individual mice over time.

FIGURE 2.  Gleevec decreases STAT5 phosphorylation in mouse xenografts of leukemia cells. The data shown was generated from a tumor xenograft formed following subcutaneous injection of leukemia cells into a SCID mouse. The Gleevec-induced decrease in STAT5 phosphorylation was dramatic, while the level of HSP70 loading control remained essentially constant.

Downloads:

• Brochure: NanoPro 1000 – Characterize cell signaling in your smallest samples

Learn More

Click here to find out more about the ProteinSimple NanoPro 1000 Simple Western System

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