The identifier "At4g26485" follows the naming convention for Arabidopsis thaliana genes (e.g., At for Arabidopsis thaliana; "4g" denotes chromosome 4, and "26485" is a unique gene number). This suggests the compound may relate to a gene or protein in Arabidopsis rather than a characterized antibody.
No search results mention antibodies specific to Arabidopsis proteins, plant immunology, or gene-encoded antibodies. The provided sources focus on human/animal antibodies (e.g., Alzheimer’s disease, myasthenia gravis, malaria, and migraine therapies) .
To investigate "At4g26485 Antibody," consider the following steps:
Verify the Target
Confirm whether "At4g26485" refers to a gene, protein, or hypothetical antibody construct.
Cross-reference with Arabidopsis genome databases (e.g., TAIR, Araport) to identify the gene’s function or associated proteins.
Explore Plant Immunology Resources
Search specialized journals (e.g., Plant Cell, Molecular Plant) for studies on plant-specific antibodies.
Investigate agricultural biotechnology applications, such as pest-resistant crops or plant disease diagnostics.
Check Antibody Databases
While no data exists for "At4g26485 Antibody," the table below illustrates how antibodies are typically characterized:
Scenario: Antibody shows nuclear staining but fails ChIP-seq validation
Troubleshooting protocol:
Key parameters:
Crosslinker choice: Compare formaldehyde (reversible) vs. DSP (thiol-cleavable)
Quantify pull-down efficiency via spike-in controls (e.g., 15N-labeled recombinant protein)
Case study: IL-4Rα antibodies showed 100-fold affinity differences between monovalent Fab (2.36 nM) and bivalent IgG (9.16 pM)
Solution matrix:
| Experimental Need | Recommended Format | Rationale |
|---|---|---|
| Structural studies | Fab fragments | Avoid avidity effects |
| Functional blocking | Full IgG | Leverage bivalent binding |