BAM1 Antibody

Plant Receptor-like Kinase Studies

While not directly characterizing antibodies, multiple studies used genetic tools to investigate BAM1's role in:

• Viral movement: BAM1 interacts with Tobacco mosaic virus movement protein (MP) at plasmodesmata, facilitating early infection spread (21-fold higher TMV RNA in BAM1-overexpressing plants vs wild type) .

• RNA interference: BAM1 promotes cell-to-cell spread of silencing signals, inhibited by Tomato yellow leaf curl virus C4 protein .

Key experimental findings:

• BAM1's kinase domain is dispensable for viral MP interaction

• BAM1 silencing reduces TMV MP movement efficiency by 35% (P < 0.01)

Arabidopsis Beta Amylase 1 Antibody

• Reconstitution: 50 µl sterile water per vial

• Storage: -20°C in aliquots to prevent freeze-thaw degradation

• Epitope: Mature protein excluding chloroplast transit peptide

Drosophila Bam Antibody

• Recommended concentration: 2-5 µg/ml for immunofluorescence

• Validation: Weak western blot signal necessitates confirmation via alternative methods

Emerging Research Directions

Recent studies identified novel BAM1 interactions:

• CLE peptide sensing: BAM1/BAM2 receptors regulate epidermal cell division via CLE9 ligand recognition (MD simulations show Phe269 as critical binding residue)

• Viral pathogenesis: BAM1’s transmembrane domain mediates TMV MP docking (BiFC confirmation at plasmodesmata)