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BODIPY
BODIPY 630/650 C2-Maleimide

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BODIPY 630/650 C2-Maleimide

Catalog Number	F01-0171
Category	BODIPY
Molecular Formula	C29H23BN4O4S
Molecular Weight	572.39

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Product Introduction

BODIPY 630/650 C2-maleimide is a thiol-reactive, red-fluorescent dye used to create bioconjugates with peptides, proteins, and thiol-modified nucleotides at pH less than 7.5. It is relatively insensitive to environment and pH changes.

Chemical Information
Application

Synonyms	EverFluor 630/650 C2-maleimide
Appearance	Solid Powder

BODIPY 630/650 C2-Maleimide is a fluorescent dye known for its applications in a variety of scientific research fields. Here are some key applications of BODIPY 630/650 C2-Maleimide:

Fluorescent Labeling: BODIPY 630/650 C2-Maleimide is frequently used as a fluorescent label in biological imaging studies. Its ability to covalently bind to thiol groups on proteins makes it ideal for tagging and tracing protein interactions within cells. This property is crucial for visualizing cellular processes such as protein trafficking, localization, and interactions.

Flow Cytometry: In flow cytometry applications, BODIPY 630/650 C2-Maleimide serves as a reliable dye for labeling and analyzing cell populations. The dye’s bright fluorescence and photostability aid in distinguishing between different cell types or states. It allows researchers to perform multi-color analyses by pairing with other fluorescent markers, enhancing the breadth of cellular assays.

FRET (Förster Resonance Energy Transfer) Studies: BODIPY 630/650 C2-Maleimide is utilized in FRET experiments to study molecular interactions and conformational changes. Its spectral properties enable effective pairing with other fluorophores, facilitating the investigation of dynamic biological processes and protein-protein interactions at the nanoscale. This knowledge is pivotal for understanding the mechanistic details of complex biological systems.

Protein Research: The dye is also employed in protein research, notably in electrophoresis and Western blotting techniques. Its binding to proteins provides a means for the sensitive detection of proteins in gels and membranes. Researchers leverage its fluorescent properties to quantify protein expression levels, presence, or modifications, contributing to detailed protein analyses and discoveries.