At4g14905 Antibody

Applications in Arabidopsis thaliana Research

While direct studies using this antibody are not detailed in publicly accessible literature, its utility can be inferred from analogous plant biology research:

• Protein Localization: Tracking spatial expression patterns of AT4G14905 in plant tissues .

• Gene Function Studies: Investigating knockout/overexpression phenotypes via Western Blot or immunofluorescence .

• Interaction Networks: Identifying binding partners through co-immunoprecipitation (Co-IP) .

Validation and Characterization

Antibody validation typically involves:

• Specificity Testing: Confirming reactivity against recombinant Q8GXX4 protein .

• Cross-Reactivity Checks: Ensuring no off-target binding to related Arabidopsis proteins .

• Assay Optimization: Dilution gradients for Western Blot/IHC, as seen in NeuroMab’s pipeline for neural targets .

Research Context and Future Directions

• Functional Annotation: AT4G14905’s role in plant physiology (e.g., stress response, development) requires further study.

• Comparative Genomics: Homology analysis with orthologs in other plant species could elucidate conserved functions.

• Database Integration: Inclusion in repositories like PLAbDab ( ) would enhance visibility for global researchers.

Limitations and Considerations

• Commercial Availability: Currently listed by Cusabio , but independent validation data are lacking.

• Epitope Mapping: The antibody’s binding region (linear/conformational) is unreported, necessitating empirical testing.