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Catalog	name	Description	price
R-Mcs-099	DOPC:DOPS Liposomes Containing Calcein or Carboxyfluorescein	DOPC:DOPS Liposomes Containing Calcein or Carboxyfluorescein are often used for drug delivery, cellular uptake studies, and as fluorescent markers in various biological assays.	price>
R-Mcs-100	DOPS (100%)Liposomes Containing Calcein or Carboxyfluorescein	DOPS (100%)Liposomes Containing Calcein or Carboxyfluorescein are often used for drug delivery, cellular uptake studies, and as fluorescent markers in various biological assays.	price>
R-Mcs-101	DOTAP (100%) Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B	DOTAP (100%) Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used to deliver nucleic acids (like DNA or RNA) or small therapeutic agents, capitalizing on the liposomes’ ability to evade the immune system and improve cellular uptake. The self-quenching property of R18(Octadecyl Rhodamine B) allows researchers to monitor the behavior of liposomes in vivo, providing insights into their distribution, cellular uptake, and release mechanisms. This system can be used to study how liposomes interact with cell membranes, providing valuable data for the development of targeted drug delivery systems.	price>
R-Mcs-102	DOTAP:Chol(1:1 molar ratio)Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine	DOTAP:Chol (1:1 molar ratio)Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used to deliver nucleic acids (like DNA or RNA) or small therapeutic agents, capitalizing on the liposomes’ ability to evade the immune system and improve cellular uptake. The self-quenching property of R18(Octadecyl Rhodamine B) allows researchers to monitor the behavior of liposomes in vivo, providing insights into their distribution, cellular uptake, and release mechanisms.This system can be used to study how liposomes interact with cell membranes, providing valuable data for the development of targeted drug delivery systems.	price>
R-Mcs-103	DOTAP:DOPE(1:1 molar ratio)Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine	DOTAP:DOPE (1:1 molar ratio)Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used to deliver nucleic acids (like DNA or RNA) or small therapeutic agents, capitalizing on the liposomes’ ability to evade the immune system and improve cellular uptake. The self-quenching property of R18(Octadecyl Rhodamine B) allows researchers to monitor the behavior of liposomes in vivo, providing insights into their distribution, cellular uptake, and release mechanisms.This system can be used to study how liposomes interact with cell membranes, providing valuable data for the development of targeted drug delivery systems.	price>
R-Mcs-104	POPC:Chol:POPG (10:4:1 molar ratio) Liposomes Containing Octadecyl Rhodamine B	POPC:Chol:POPG (10:4:1 molar ratio) Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used to deliver nucleic acids (like DNA or RNA) or small therapeutic agents, capitalizing on the liposomes’ ability to evade the immune system and improve cellular uptake.The self-quenching property of R18(Octadecyl Rhodamine B) allows researchers to monitor the behavior of liposomes in vivo, providing insights into their distribution, cellular uptake, and release mechanisms.This system can be used to study how liposomes interact with cell membranes, providing valuable data for the development of targeted drug delivery systems.	price>
R-Mcs-105	DOPC:DOPG Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B	DOPC:DOPG Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used for drug delivery, bioimaging, or as a model system for studying membrane dynamics. The incorporation of a fluorescent probe also permits further studies in cellular uptake and tracking.	price>
R-Mcs-106	DOPG (100%) Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B	DOPG (100%) Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used in membrane interactions, cellular uptake experiments, and as components in drug delivery systems.	price>
R-Mcs-107	POPE:POPG (3:1 molar ratio) liposomes containing self-quenching concentration of Octadecyl RhB	The POPE:POPG (3:1) liposomes containing Octadecyl Rhodamine B can serve as delivery vehicles for drugs. The self-quenching dye can be a marker to study the internal environment or release kinetics of the encoded drugs.The self-quenching characteristics of R18 can be used to monitor liposomal uptake or the formation of larger aggregates in biological systems.	price>
R-Mcs-108	DOPC:DOPS Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B	DOPC:DOPS Liposomes Containing Self-quenching Concentration of Octadecyl Rhodamine B can be used for live cell imaging. Changes in fluorescence can indicate fusion events or cellular uptake. Investigating membrane properties like phase separation, domain formation, and lipid interaction, particularly how DOPS may impact the behavior of DOPC. These liposomes can be engineered to carry therapeutic agents while using R18 as a marker to monitor the liposome behavior in vitro and in vivo. Sensing Applications: Leveraging the self-quenching nature of R18 for biosensing applications where environmental changes influence the fluorescence signal, allowing for detecting changes in lipid membrane integrity or interactions with biological molecules.	price>

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