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ANTIBODIES TO CELL CYCLE AND TRANSCRIPTIONAL REGULATORS
University of California System: University of California, Riverside
posted on 06/21/2009
Brief description unavailable
Detailed Description
Scientists at the University of California and the University of Wisconsin working on cell cycle and development research have created a suite of antibodies to important transcriptional regulators. These antibodies target the following:
Histone 2B
Phosphorylated Histone 2B
TAF1 (Tata Box Binding Protein Associated Factor 1)
Ash1 (histone methyl-transferase that methylates Histones 3 and 4)
MLL (a DNA-binding protein that methylates histone H3)
MDU (Drosophila Set/MBD protein)
The following table provides more deatail:
Antigen Species Type Reactivity H2B Drosophila Monoclonal (rat) universal H2B-S33P (phospho-group on serine 33) Drosophila Monoclonal (rat) Polyclonal (rabbit) Drosophila Ash1 (epigenetic activator) COOH term Drosophila Monoclonal (rat) Polyclonal (rabbit) Drosophila Ash1 (epigenetic activator) COOH term Drosophila Polyclonal Drosophila TAF1 (coactivator) Drosophila Mono (rat) and polyclonal (rabbit) Drosophila MLL (mammalian epigenetic activator) Mouse Polyclonal (rabbit) Mouse, Human Mdu (Drosophila Set/MBD protein Drosophila Monoclonal (rat) Drosophila
File Number: 10288
| Patent Number(s): | 2006/0115482 |
|---|---|
| Copyright: | ©2009-2010, The Regents of the University of California |
This innovation currently is not available for online licensing. Please contact Michael Arciero at University of California System: University of California, Riverside for more information.
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