At1g33020 Antibody

Research Applications and Potential Uses

The At1g33020 Antibody is designed for studying the At1g33020 gene and its encoded protein in Arabidopsis thaliana. While specific research findings are not documented in publicly available literature, its utility can be inferred from its target protein’s role in plant biology:

• Gene Function: The At1g33020 gene is annotated in Arabidopsis genomic databases but lacks detailed functional characterization. Antibodies targeting this gene may aid in:

  • Protein Localization: Identifying subcellular localization via Western Blot or immunofluorescence.

  • Expression Profiling: Quantifying protein levels under varying growth conditions (e.g., stress responses).

  • Interaction Studies: Mapping protein-protein interactions via co-immunoprecipitation.

General Antibody Structure and Function

Antibodies like the At1g33020 Antibody are Y-shaped glycoproteins with two functional regions:

1. Fab Region (Fragment antigen-binding):

   • Contains hypervariable regions (paratopes) that bind specific epitopes.

   • The At1g33020 Antibody’s Fab region is tailored to recognize the recombinant At1g33020 protein.

2. Fc Region (Fragment crystallizable):

   • Mediates interactions with immune effector molecules (e.g., complement, Fc receptors).

   • In the At1g33020 Antibody, the Fc region is unmodified, preserving standard IgG functionality .

Glycosylation: Antibodies often bear carbohydrate modifications, which influence stability and effector function. The At1g33020 Antibody’s glycosylation status is not explicitly stated, but standard IgG antibodies typically have conserved N-linked glycans in the Fc region .

Comparative Analysis of Antibody Isotypes

While the At1g33020 Antibody is an IgG, other isotypes have distinct properties:

Note: The At1g33020 Antibody’s IgG isotype aligns with its use in standard ELISA and WB protocols .