FITC Anti-Human CD107a/LAMP-1 Antibody [H4A3] (AGEL1774)

FITC Anti-Human CD107a/LAMP-1 Antibody [H4A3]

The Human CD107a (LAMP-1) Monoclonal Antibody (FITC Conjugated) - H4A3 (AGEL1774) is a powerful tool for researchers studying cell biology and immunology. This monoclonal antibody is specifically designed to target CD107a, also known as Lysosomal-Associated Membrane Protein 1 (LAMP-1), a key marker of lysosomal compartments and cytotoxic granules in human cells.By utilizing this antibody, researchers can effectively detect and analyze CD107a expression in a variety of cell types, providing valuable insights into cellular processes related to lysosomal trafficking, exocytosis, and immune responses. The FITC conjugation allows for easy and efficient visualization of CD107a-positive cells using flow cytometry or fluorescence microscopy techniques.

The significance of CD107a in cell biology and immunology research makes this monoclonal antibody an essential tool for investigating lysosomal function, cytotoxicity, and immune cell activation. Its high specificity and reactivity with human samples ensure reliable and reproducible results, advancing our understanding of cellular mechanisms involved in immune surveillance and host defense.Whether studying immune cell interactions, cytotoxicity assays, or lysosomal dynamics, the Human CD107a Monoclonal Antibody (FITC Conjugated) - H4A3 (AGEL1774) offers a versatile and reliable solution for researchers looking to unravel the complexities of cellular processes at the intersection of lysosomal biology and immune function.

Isotype:	Mouse IgG1, κ
Isotype Control:	FITC Mouse IgG1, κ Isotype Control[MOPC-21]
Form:	Liquid
Conjugation:	FITC
Recommended Use:	Each lot of this antibody is quality control tested by flow cytometric analysis. The amount of the reagent is suggested to be used 5 µL of antibody per test (million cells in 100 µL staining volume or per 100 µL of whole blood). Please check your vial before the experiment. Since applications vary, the appropriate dilutions must be determined for individual use.
Spectrum: