At3g23950 Antibody
Description
General Antibody Applications in Plant Biology
Antibodies like At3g23950 are critical tools for studying protein function in plants. Key applications include:
| Application | Example Use Cases |
|---|---|
| Protein Localization | Visualizing organelle-specific proteins (e.g., chloroplast, Golgi) using confocal microscopy. |
| Expression Profiling | Quantifying protein levels during developmental stages or stress responses. |
| Pathway Analysis | Identifying protein complexes via Co-IP or mass spectrometry. |
For instance, antibodies targeting Arabidopsis proteins involved in cytokinin signaling (e.g., At4g29080) have been used to dissect gene regulatory networks .
Potential Use Cases for At3g23950 Antibody
While direct studies on At3g23950 are unavailable, analogous antibodies (e.g., At4g05620, At3g52320) are used in:
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Transcriptome Correlation: Linking gene expression data (e.g., microarray profiles) to protein abundance .
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Habituation Studies: Monitoring protein changes in habituated callus cultures .
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Protein-Protein Interactions: Mapping interactions with signaling pathways (e.g., auxin, brassinosteroid) .
Data Gaps and Future Directions
The lack of published studies on At3g23950 highlights opportunities for research:
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Functional Characterization: Use the antibody to identify subcellular localization or interactors.
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Expression Profiling: Correlate protein levels with transcriptomic data from habituated vs. non-habituated tissues .
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Comparative Studies: Contrast At3g23950 with other Arabidopsis antibodies (e.g., FAD2, EXPA1) to identify shared or distinct pathways .
Product Specs
Composition: 50% Glycerol, 0.01M PBS, pH 7.4
