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Cat#: VRS-0124-YT1543
pepFastX™ Mouse Anti-Angelonia Flower Break Virus P27 Monoclonal Antibody
This mouse monoclonal antibody TX0012 is generated from premade hybridoma library, and specific for Angelonia flower break virus p27. This antibody can be used in WB, and other applications are to be validated. For any additional requirments, please specify and submit an inquiry for assistance.
Made to Order Requirements
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- Target Published Figures
- Product Overview
- Product Properties
- Applications
Product Overview
Target : | p27 |
Specificity : | This antibody is specific for p27 of Angelonia flower break virus. |
Clone : | TX0012 |
Host Species : | Mouse |
Antibody Isotype : | IgG |
Species Reactivity : | Angelonia flower break virus |
Product Properties
Immunogen : | Synthetic peptide corresponding to partial sequence of p27. |
Purity : | >95% |
Applications
Application : | ELISA |
Application Notes : | The antibody is screened by ELISA using the synthetic peptide that corresponds to a partial sequence of Angelonia flower break virus p27 as the capture antigen. Additional applications have not been validated. It is recommended that the end users validate other applications and determine optimal concentrations/dilution under their experimental conditions. |
For Research Use Only. Not for use in diagnostic procedures. Not for resale without express authorization.
Adkins, Scott, et al. "Biological and molecular characterization of a novel carmovirus isolated from Angelonia." Phytopathology 96.5 (2006): 460-467.
VirologyDear sir,
We're interested in your product "VRS-0124-YT1543". Can you tell me the dilution rate of this antibody in the IF assay?
Regards,
Barrett
Thank you for contacting us. You could try to serially dilute the antibody within 1:100-1:1000 and optimize the dilution rate in your specific experiment. Please don't hesitate to contact us if you need any further advice or information on other aspects.
Target Research Highlights
The 5' proximal ORF1 (nucleotides 25 to 759), encodes the 26.8-kDa protein of p27.
References
Adkins, Scott, et al. "Biological and molecular characterization of a novel carmovirus isolated from Angelonia." Phytopathology 96.5 (2006): 460-467.