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BODIPY
BODIPY FL C5-HPC

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BODIPY FL C5-HPC

Catalog Number	F01-0196
Category	BODIPY
Molecular Formula	C40H67BF2N3O8P
Molecular Weight	797.76

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Product Introduction

BODIPY FL C5-HPC is a green-fluorescent probe for labeling lipid membrane. This probe has been used for investigations of the uptake of antineoplastic ether lipids and for the characterization of lipid domains by microscopy. It is relatively insensitive to environment and pH changes.

Chemical Information
Application

Synonyms	EverFluor FL C5-HPC
Appearance	Solid Powder

BODIPY FL C5-HPC is a fluorescent lipid probe widely used in biological research for imaging and analytical purposes. Here are some key applications of BODIPY FL C5-HPC:

Lipid Membrane Studies: BODIPY FL C5-HPC is utilized to study the dynamics and organization of lipid membranes in cells. Its high photostability and brightness make it ideal for fluorescence microscopy, allowing researchers to visualize membrane fluidity and phase separation. This probe aids in elucidating lipid-protein interactions and the role of lipids in cellular processes.

Cellular Uptake Visualization: The fluorescent properties of BODIPY FL C5-HPC make it suitable for tracking lipid uptake and transport within cells. By labeling specific lipid molecules, scientists can monitor their journey through cellular compartments such as endosomes and the Golgi apparatus. This assists in understanding lipid metabolism and the mechanisms behind diseases related to lipid trafficking.

Drug Delivery Systems: BODIPY FL C5-HPC can be employed to assess the efficacy and distribution of lipid-based drug delivery systems. By incorporating this fluorescent probe into liposomes or lipid nanoparticles, researchers can visualize their delivery to target cells and organs. This is crucial for optimizing drug formulations and enhancing therapeutic outcomes.

Cholesterol Distribution Studies: Researchers use BODIPY FL C5-HPC to investigate the distribution and movement of cholesterol within biological membranes. This probe helps in mapping cholesterol-rich domains, thereby providing insights into membrane structural organization. Understanding cholesterol’s role is vital for unraveling its influence on membrane-associated signaling pathways and disease mechanisms.