The identifier "At5g61440" corresponds to a gene locus in Arabidopsis thaliana (thale cress), a model plant organism. An antibody targeting this gene product would typically be developed to study the protein’s function, localization, or interaction partners in plant biology.
Gene Function: At5g61440 encodes a protein of unknown function, annotated in databases like TAIR (The Arabidopsis Information Resource) as a member of the DUF647 domain-containing family.
Antibody Purpose: Such antibodies are custom-generated for immunodetection (e.g., Western blot, immunohistochemistry) or protein interaction studies.
Hypothetical applications for an At5g61440 antibody, based on analogous plant antibody studies:
| Application | Method | Expected Outcome |
|---|---|---|
| Protein localization | Confocal microscopy | Subcellular localization in plant tissues |
| Expression profiling | Western blot/ELISA | Quantification across growth conditions |
| Knockout validation | Immunoprecipitation | Verification of protein absence in mutants |
Epitope Availability: The At5g61440 protein may lack immunogenic regions, requiring peptide design or recombinant protein expression for antibody generation.
Cross-Reactivity: Plant proteins often share homology across species, necessitating rigorous validation to exclude off-target binding.
Commercial Availability: No commercial suppliers (e.g., Agrisera, ABclonal) currently list this antibody, suggesting it is either proprietary or unpublished.
To study At5g61440 in the absence of a validated antibody:
CRISPR-Cas9 Knockout Lines: Validate phenotypic changes in mutant plants.
Transcriptomics: Measure mRNA levels via qPCR or RNA-seq under stress conditions.
Heterologous Expression: Express the protein in E. coli or yeast for in vitro assays.
Collaborate: Partner with labs specializing in plant proteomics or antibody development.
Custom Antibody Services: Utilize platforms like GenScript or Thermo Fisher for peptide synthesis and immunization.
Open Data Repositories: Search for unpublished datasets in repositories like BioSamples or PRIDE.