The At1g19060 Antibody (product code: CSB-PA885375XA01DOA) is a polyclonal antibody raised against the protein encoded by the At1g19060 gene in Arabidopsis thaliana (Mouse-ear cress). This antibody is designed for research applications, including immunoblotting, immunoprecipitation, and immunohistochemistry, to investigate the expression and function of the At1g19060 protein in plant biology studies .
While specific studies on the At1g19060 Antibody are not detailed in publicly available literature, its utility aligns with broader applications of plant-specific antibodies in:
Protein Localization: Investigating subcellular distribution of At1g19060 in tissues or developmental stages.
Gene Expression Analysis: Quantifying protein levels under stress conditions (e.g., drought, salinity) or hormonal treatments.
Protein Interaction Mapping: Identifying binding partners via immunoprecipitation.
No peer-reviewed studies explicitly cite the At1g19060 Antibody in functional assays.
The protein’s role in Arabidopsis remains uncharacterized, as At1g19060 lacks homology to annotated genes in model organisms .
Functional Studies: Knockout or overexpression experiments to elucidate At1g19060’s role in stress responses or metabolic pathways.
Comparative Analyses: Cross-referencing with antibodies targeting related Arabidopsis proteins (e.g., At1g24060, At1g32030) .
The At1g19060 Antibody is part of a broader portfolio of Arabidopsis-specific antibodies, many of which target proteins with conserved functions across species. Below is a partial list of antibodies from the same source, highlighting their diversity:
| Gene Target | Uniprot No. | Product Code |
|---|---|---|
| At1g24060 | Q1PFS7 | CSB-PA638163XA01DOA |
| At1g32030 | Q9C6X0 | CSB-PA887226XA01DOA |
| At1g61460 | O64774 | CSB-PA528952XA01DOA |
These antibodies collectively enable systematic studies of Arabidopsis proteomes, though functional validation remains critical .
Antibodies like At1g19060 operate through antigen-antibody binding, enabling precise detection and neutralization of target proteins . In plant research, such reagents are essential for:
Epitope Mapping: Defining conserved regions for cross-species reactivity.
Diagnostic Tools: Monitoring protein biomarkers in biotechnology applications.