Introduction
Monoclonal antibodies against Arabidopsis thaliana phosphotransfer protein 2 (AHP2)
Description
Anti-AHP antibodies are indispensable reagents for scientists focused on unraveling of plant internal clock. Anti-AHP monoclonal antibodies were developed in Central European Institute of Technology (CEITEC), Brno, Czech Republic, as a unique tool for mapping of multistep phosphorelay signaling in A. thaliana. This antibody collection represents the most complex tool for mapping of plant stimuli signal transfer from sensor histidine kinase to nuclear response regulators, via histidine phosphotransfer proteins. AHP antibodies are suitable not only for qualitative investigation of magnesium dependent phosphotransfer relay, but also for quantification of particular sensor histidine kinases.
Application
Affinity Purification, Western Blotting, ELISA, Protein Array, Protein-Protein Interactions, Pull-down Assay. WB working dilution 1:10 000.
Purification method
Affinity chromatogramy on protein G.
Formulation
50 mM Tris-HCl pH 8 with 20 % of glycerol in final concentration 1 mg/ml.
Specificity
Use AHP2@A4when you are interested in:
- to confirmed the role for the AHP2 protein in the control of plant water loss and in stomatal activity
confirmed that AHP2 could form homo-dimers in protoplasts
- in vivo and in vitro detection of AHP2 and AHP3
new interaction of AHP2 and AHP3 proteins with other proteins
- quantification of protein interactions mediated by AHP2 and AHP3
- sub-cellular localization of AHP2 and AHP3
detection of splicing variants of AHP2 and AHP3
analysis of stability of AHP2 and AHP3
Storage
Flash frozen in liquid nitrogen. Store at -80 °C. Avoid repeated freezing and thawing.
