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Catalog	name	Description	price
R-C-7981	Biotin-PEOz-COOH	COOH-PEOz-Biotin,Biotin-PEOz-COOH is a biotinylated PEOz bifunctional polymer that combines Biotins biological recognition ability,PEOzs hydrophilic polymer properties,and carboxyl groups chemical coupling activity.It is suitable for scientific research fields such as biological detection, targeted delivery,and biomaterial construction.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6402	POLY(1,4-BUTADIENE)-B-POLY(LACTIDE)	1,4-Butadiene is a conjugated diene with four carbon atoms and is commonly used in the production of synthetic rubber.It provides flexibility and elasticity to the polymer chain.lactide is a cyclic diester derived from lactic acid.When polymerized,it forms polylactide(PLA),a biodegradable and renewable thermoplastic.	price>
R-M2-10419	L-LACTIC ACID-CY2	L-LACTIC ACID-CY2 is a fluorescent labeled small molecule probe formed by chemically coupling L-lactic acid with green fluorescent dye Cy2. It has good cell recognition and confocal imaging capabilities, and is suitable for in vitro cell imaging, metabolic tracking, and multi-color labeling experiments.	price>
R-C-7982	Biotin-PEOz-Biotin	Biotin-PEOz-Biotin is a bifunctional PEO polymer with Biotin at both ends. It can utilize the Biotin streptavidin/avidin high affinity system to bridge,assemble,and immobilize biomolecules,while providing hydrophilicity and spatial spacing through PEO.It is mainly used for surface functionalization of nanomaterials,biomolecule assembly,biological detection,sensing,and the construction of functionalized drug delivery systems.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6403	POLY(1,2-BUTADIENE)-B-POLY(LACTIDE)	The poly(1,2-butadiene)segment imparts chemical reactivity due to its pendant vinyl groups and influences the materials overall flexibility and resilience.The poly(lactide)segment provides biodegradable characteristics and the potential for tailoring the materials mechanical strength and thermal properties.	price>
R-M2-10420	L-LACTIC ACID-CY3	L-LACTIC ACID-CY3 is a fluorescent labeled small molecule probe. It has good cell recognition and confocal imaging capabilities, and is suitable for in vitro cell imaging, metabolic tracking, and multi-color labeling experiments.	price>
R-C-7983	Alkyne-PEOz-COOH	COOH-PEOz-Alkyne,Alkyne-PEOz-COOH is a PEOz polymer with dual functional end groups of alkyne and carboxyl.It can be chemically coupled with Azide using click chemistry,and activated with COOH to form amide bonds with amino molecules.Mainly used for surface functionalization of nanoparticles/liposomes,biological coupling,fluorescent labeling, targeted drug delivery,and construction of functionalized biomaterials.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6404	POLY(1,2-BUTADIENE)-B-POLY(Ε-CAPROLACTONE)	The 1,2-polybutadiene structure has a higher 1,2-vinyl content,which results in different physical properties compared to the more common 1,4-polybutadiene.The polymer chains have a high degree of elasticity and low glass transition temperature due to the vinyl content.PCL is commonly synthesized by ring-opening polymerization of ε-caprolactone using catalysts.It is a semicrystalline polymer with a low melting point and is often used for its biodegradability and biocompatibility in medical applications.	price>
R-M2-10421	L-LACTIC ACID-CY5.5	L-LACTIC ACID-CY5.5 is a fluorescent labeled small molecule probe. It has good cell recognition and confocal imaging capabilities, and is suitable for in vitro cell imaging, metabolic tracking, and multi-color labeling experiments.Cy5.5 dye is a near-infrared fluorescent dye with a maximum absorption/emission wavelength of approximately 675 nm/694 nm. It has good tissue penetration and low background interference, making it suitable for in vivo imaging and multi-color labeling.	price>
R-C-7984	Alkyne-PEOz-NH2	Alkyne-PEOz-amine,NH2-PEOz-Alkyne,Alkyne-PEOz-NH2 is a PEOz polymer with dual functional end groups of alkyne and amino groups.It can undergo click chemistry reaction between Alkyne and Azide,and covalently couple NH2 with functional groups such as NHS esters and carboxyl groups.It is suitable for surface modification of nanoparticles,liposomes,micelles,and polymer materials.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6405	POLY(1,2-BUTADIENE)-B-POLY(TERT-BUTYL METHACRYLATE)	1,2-butadiene is a conjugated diene with four carbon atoms, often used in the production of synthetic rubber.It imparts flexibility and elasticity to the polymer chain.tert-butyl methacrylate(TBMA)is a monomer used in the synthesis of polymers with tunable properties,including temperature sensitivity and hydrophobicity.	price>
R-M2-10422	FITC-L-LACTIC ACID	FITC-L-LACTIC ACID is a fluorescent labeled small molecule probe. It has good cell recognition and confocal imaging capabilities, and is suitable for in vitro cell imaging, metabolic tracking, and multi-color labeling experiments.	price>
R-C-7985	Alkyne-PEOz-Biotin	Biotin-PEOz-Alkyne,Alkyne-PEOz-Biotin is a PEOz polymer with dual functional end groups of alkyne and biotin.It can be chemically coupled with Azide using click chemistry,while utilizing the high affinity of Biotin streptavidin/avidin to achieve biometric recognition,fixation,and modular assembly.Mainly used for functionalization of nanoparticles,liposomes,micelles,and polymer materials.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6406	POLY(1,2-BUTADIENE)-B-POLY(SEC-BUTYL METHACRYLATE)	Poly(1,2-butadiene)-b-poly(sec-butyl methacrylate)block copolymers combine the properties of the two polymer blocks.The presence of the flexible and elastic butadiene block and the glass-like sec-butyl methacrylate block imparts unique characteristics to the copolymer.The properties can be adjusted by varying the length and concentration of the blocks.	price>
R-M2-10423	‌Sulfo-Cy3-L-LACTIC ACID	‌Sulfo-Cy3-L-LACTIC ACID is a fluorescent labeled small molecule probe. It has good cell recognition and confocal imaging capabilities, and is suitable for in vitro cell imaging, metabolic tracking, and multi-color labeling experiments.	price>
R-C-7986	FMOC-NH2-PEOz-SH	FMOC-NH2-PEOz-SH is a PEOz polymer with dual functional end groups of Fmoc protected amino and thiol groups.Fmoc can temporarily protect the amino group,allowing the material to preferentially utilize the SH end for selective coupling;After removing Fmoc,release NH2 for the second step reaction.Therefore,it is mainly used for multi-step biological coupling,targeted delivery carrier construction,and orthogonal synthesis of multifunctional biomaterials.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6407	POLY(1,2-BUTADIENE)-B-POLY(ISO-BUTYL METHACRYLATE)	Poly(1,2-butadiene)-b-poly(iso-butyl methacrylate)copolymers find applications in various fields, including coatings,adhesives,and elastomers.The combination of flexibility and unique properties of iso-butyl methacrylate allows for the design of materials with specific functionalities and tailored performance characteristics to meet specific application requirements.	price>
R-M2-10424	Azide-L-lactic acid	Azide-L-lactic acid can be linked to alkyne labeled probes through CuAAC or SPAAC reactions for surface labeling of living cells, orthogonal biological reactions, or chemical labeling studies.	price>
R-C-7987	FMOC-NH2-PEOz-MAL	FMOC-NH₂-PEOz-MAL is a PEOz polymer with Fmoc protected amino groups and Maleimide dual functional end groups.The MAL end can selectively couple with proteins,peptides,antibodies,or other biomolecules containing thiol groups,while the amino group protected by Fmoc can be deprotected after completing the first step reaction,releasing -NH2 for further coupling.This product is only for scientific research and cannot be used on the human body.	price>
R-C-6408	AIE515nm	In dilute solutions, some functional groups within AIE molecules exhibit active relative motion(such as vibration and rotation).Molecules in excited states consume light energy in the form of thermal energy through vibration and rotation,resulting in a smaller proportion of energy output in the form of light and a decrease in fluorescence efficiency;When these molecules gather together,the restraining effect of each other restricts the internal movement of the molecules,resulting in a decrease in the proportion of energy dissipated through the movement form and an increase in the proportion of energy output in the form of light,thus exhibiting a phenomenon of fluorescence enhancement.	price>

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