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Catalog	name	Description	price
R-Mcs-515	Cy5-KTP@PLGA-PEG Loading peptides,±150nm	Cy5-KTP@PLGA-PEG Loading peptides,± 150nm, are suitable for targeted delivery studies guided by in vivo imaging. This system consists of hydrophobic PLGA as the core and hydrophilic PEG as the shell, forming stable core-shell structured nanomicelles that can efficiently encapsulate hydrophobic or amphiphilic peptides and achieve functionalization through surface modification.	price>
R-Mcs-516	RVG29 modified liposomes@Nattokinase	Liposomal loaded Nattokinase modified with RVG29 is a cutting-edge brain targeted nanodelivery system aimed at efficiently delivering thrombolytic enzymes through the blood-brain barrier (BBB) for the prevention or adjuvant treatment of ischemic stroke, cerebral microthrombi, and related neurodegenerative diseases.	price>
R-Mcs-517	Nintedanib and Dexamethasone@Liposomal CY5.5,100-150nm	Nintedanib and Dexamethasone@Liposomal CY5.5,100-150nm/Liposome@with Nintedanib and Dexamethasone modified CY5.5 is a multifunctional targeted nano delivery system that achieves synergistic anti fibrotic and anti-inflammatory effects through liposome encapsulated dual drugs, and uses CY5.5 near-infrared fluorescence labeling to achieve real-time visualization tracking of in vivo distribution. It is mainly used for the study of acute exacerbation of pulmonary fibrosis (AE-IPF) or tumor related fibrosis microenvironment.	price>
R-Mcs-545	RGD modified macrophage membrane encapsulating hollow manganese dioxide@L-Arg	RGD modified macrophage membrane encapsulating hollow manganese dioxide@L-Arg/RGD-macrophage membrane encapsulating hollow manganese dioxide loaded L-Arg is a new bionic nano drug delivery system, which combines targeting, responsive release and immune regulation functions, showing potential for synergistic treatment in tumor treatment, atherosclerosis and other inflammatory diseases.	price>
R-Mcs-546	HMnO2@L-Arg	HMnO2@L-Arg is a multifunctional nanosystem based on hollow manganese dioxide (HMnO ₂) nanocarriers loaded with L-arginine(L-Arg). It has the potential for responsive drug release, microenvironment regulation, and imaging guidance, and is widely used in the treatment of inflammatory diseases and tumors.	price>
R-Mcs-547	CSTSMLKAC modified liposomes@glycine,100-200nm	CSTSMLKAC modified liposomes@glycine,100-200nm is a targeted nano delivery system with the ability to specifically identify myocardial injury areas, suitable for research and treatment exploration related to cardiovascular diseases.	price>
R-Mcs-548	Peptide CSTSMLKAC modified blank liposomes,100-200nm	Peptide CSTSMLKAC modified blank liposomes,100-200nm, is a nanocarrier system with myocardial targeting ability, mainly used as a control carrier or functional platform in scientific research.	price>
R-M1-cs8806	RVG29 modified liposomes loaded with paclitaxel	The RVG29 modification on the liposomes provides a targeted approach to deliver paclitaxel specifically to neuronal cells, potentially for the treatment of neurological disorders or brain tumors. The RVG29 peptide interacts with nAChR on neuronal cells, promoting the endocytosis of the liposomes and subsequent release of the paclitaxel within the targeted cells.RVG29 modified liposomes loaded with paclitaxel offer the benefit of targeted drug delivery to neuronal cells, improving the efficacy and selectivity of paclitaxel treatment.RVG29 is a peptide derived from the rabies virus glycoprotein, which has a high affinity for the neuronal acetylcholine receptor (nAChR), specifically present on neuronal cells. By modifying liposomes with RVG29, they can be targeted specifically to neuronal cells, allowing for enhanced drug delivery to these cells.	price>
R-M1-cs8807	Liposome loaded tectorigenin,surface modified peptide APWHLSSQYSRT	The combination of liposome loaded tectorigenin and surface-modified peptide APWHLSSQYSRT refers to the preparation of liposomes that encapsulate tectorigenin, a natural compound, while the surface of the liposomes is modified with the peptide sequence APWHLSSQYSRT. Surface modification of liposomes with peptides, such as APWHLSSQYSRT, offers a way to enhance drug delivery and target specific cells or tissues. The sequence of the peptide may have been specifically designed to interact with a receptor or biomarker present on the surface of target cells.	price>
R-M1-cs8810	SS31 peptide/simvastatin @ ROS responsive liposome	By encapsulating SS31 peptide and simvastatin within ROS-responsive liposomes, it may be possible to achieve targeted delivery of both compounds to areas of high ROS levels, such as in certain disease states. The ROS-responsive liposomes are designed to release the encapsulated SS31 peptide and simvastatin in response to the presence of ROS, allowing for localized therapeutic effects and potentially enhanced efficacy. This combination could be explored in various biomedical applications, including the treatment of oxidative stress-related disorders or conditions where ROS plays a significant role, such as cardiovascular diseases, neurodegenerative disorders, or inflammation-associated conditions.	price>

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