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| Catalog | name | Description | price |
|---|---|---|---|
| R-C-7718 | PSMA CAS:26762-29-8 | PSMA, cumene terminated,average molecular weight:1700,styrene content 68%,Styrene content: 68wt%,Poly (styrene co maleic anhydride)(PSMA)is a copolymer of styrene and maleic anhydride (often in an alternating structure),which combines the rigidity and heat resistance of polystyrene with the reactivity/hydrophilicity of anhydride groups.It is widely used as a dispersant,emulsifier, coating additive,and composite material modification. | price> |
| R-M1-8521 | TCO-PEG4-Fmoc-Gly-Gly-Gly | TCO-PEG4-Fmoc-Gly-Gly-Gly is a compound that includes a TCO reactive group, a PEG chain, a protecting group (Fmoc) on a glycine residue, and a glycine linker sequence. This compound can be used in bioconjugation or peptide synthesis applications, where the TCO group can react with tetrazine-containing molecules, the PEG chain can improve solubility and stability, and the glycine residues can provide flexibility and aid in linking other components in a larger structure or biomolecule. | price> |
| R-C-6139 | MPEG-pGlu | Methoxy-poly(ethylene glycol)-block-poly(L-glutamic acid) (MPEG-pGlu) is a linear PEG-poly(L-Amino Acid) block copolymer which can be self assembled into micelles. Poly(L-glutamic acid)is core-forming block,which has pendant free -COOH groups for drug conjugation and core modification.MPEG-PGlu is one of the most commonly used biodegradable copolymers for drug delivery. | price> |
| R-M2-10156 | NHS-PEG2K-NH2-AGSCYCSGPPRFECWCYETEGTGGGK-COOH | NHS-PEG2K-NH2-AGSCYCSGPPFECWCYTEGTGGGK-COOH is a functionalized bio coupling reagent composed of multiple key components, commonly used for the modification and connection of proteins, peptides, or nanomaterials. | price> |
| R-C-7719 | POEGMA-b-PGMA | PGMA-b-POEGMAPOEGMA-b-PGMA is a typical amphiphilic block copolymer composed of hydrophilic POEGMA segments and hydrophobic P(GMA)segments with highly reactive epoxy groups. Covalent coupling of anticancer drugs or biomolecules using epoxy groups to achieve controlled drug release;POEGMA shell improves stability and reduces clearance of the reticuloendothelial system.This product is only for scientific research and cannot be used on the human body. | price> |
| R-M1-8522 | DNP-PEG12-OH | DNP-PEG12-OH is a compound that includes a DNP reactive group, a PEG chain of twelve units, and a hydroxyl group. This compound can be used in bioconjugation applications, where the DNP group can react with nucleophiles like amines to form stable covalent bonds. The PEG12 moiety provides flexibility and enhanced solubility, while the hydroxyl group offers potential for further chemical modifications or conjugation reactions. | price> |
| R-C-6140 | pGlu-PEG-N3 | Poly(L-Glutamic acid)-PEG-Azide(pGlu-PEG-N3)is a linear amphiphilic block copolymer (ABC) which has poly(L-Glutamic acid) as the hydrophobic section and azide-functionalized PEG as the hydrophilic section. ABC can self assemble into micelles.P(L-Glu)-PEG-N3 has reactive groups on both sections,the the pendant free -COOH on P(L-Glu) can be used to modify micelle core and -N3 group on PEG can be used to modify micelle shelll by click chemistry. | price> |
| R-M2-10157 | AGSCYCSGPPRFECWCYETEGTGGGK-PEG-Chol | AGSCYCSGPPRFEWCYETEGTGGGK-PEG Chol is a heterodimeric peptide peg derivative. This type of compound is commonly used to construct targeted drug delivery systems, such as modifying the molecule on the surface of nanoparticles or liposomes, stabilizing the structure using the membrane anchoring effect of cholesterol, prolonging the in vivo circulation time with PEG, and the peptide portion may specifically recognize tumor cells or other diseased tissues, achieving precise drug delivery. | price> |
| R-C-7720 | PS-PEHA | Polystyrene-ω-pentaethylenehexamine(PS-PEHA)is a hydrophobic polymer material functionalized with end groups.The material grafts pentaethylenehexamine,which is rich in amino groups,onto the end of polystyrene chains,retaining the hydrophobic skeleton advantage of polystyrene and greatly enhancing the reactivity of the material through the multi amino groups at the end.It can be used as a functional carrier for metal ion adsorption materials,improving the adsorption capacity for heavy metal ions such as lanthanum and cadmium.This product is only for scientific research and cannot be used on the human body. | price> |
| R-M1-8523 | DBCO-Hemin-DBCO | DBCO-Hemin-DBCO is a compound that includes two DBCO reactive groups and a Hemin molecule. This compound enables the conjugation of Hemin to other molecules or surfaces through the use of click chemistry. The DBCO groups provide a simple and efficient way to attach Hemin to azide-containing molecules for various applications in biology and biomedicine. | price> |
| R-C-6141 | pGlu-PEG-pGlu | Poly(L-Glutamic acid)-PEG-block-poly(L-Glutamic acid)(pGlu-PEG-pGlu)is a linear amphiphilic triblock copolymer.The hydrophobic section pGlu has pendant free -COOH groups.It can self assemble into micelles or form hydrogels for drug delivery. | price> |
| R-M2-10158 | DMG-PEG-AGSCYCSGPPRFECWCYETEGTGGGK | DMG-PEG-AGSCYCSGPPFECWCYTEGTGGGK is a nano drug delivery system. Can be used for targeted delivery research, etc. | price> |
| R-C-7721 | Acrylate-PDMS-Acrylate | Acrylate-PDMS-Acrylate refers to a bifunctional macromolecular monomer/prepolymer with acrylic ester functional groups at both ends and polydimethylsiloxane(PDMS)segments in the middle.It is commonly used for constructing organic-inorganic hybrid elastomer networks through photo/thermal curing.This product is only for scientific research and cannot be used on the human body. | price> |
| R-M1-8524 | Fitc-Naringin | FITC-Naringin can be used in various applications such as studying cellular uptake, targeted drug delivery, and investigating the mechanisms and effects of Naringin in biological systems. The fluorescent label allows for easy visualization and quantification of Naringin in experimental settings, enabling researchers to gain insights into its behavior and interactions. | price> |
| R-C-6142 | Pentacosadiynoic acid-MPEG | 10,12-Pentacosadiynoic acid-MPEG(PCDA-MPEG)is a unsaturated fatty acid-PEG conjugate which has two acetylene in its structure.The polymer conjugates could form nanometer-sized micelles in aqueous media and be further polymerized under the exposure of UV 254 nm due to the UV sensitive nature of PCDA. | price> |
| R-M2-10167 | TRITC-Ciprofloxacin | TRITC Ciprofloxacin is a fluorescent labeling compound that labels tetramethylrhodamine (TRITC) onto ciprofloxacin. It is mainly used for drug tracking and intracellular localization research in scientific research. | price> |
| R-C-7722 | PVA-NH2 Mw:31000-50000 | PVA-NH2(aminated polyvinyl alcohol)is a functional polymer material that introduces amino functional groups onto the main chain of polyvinyl alcohol.Its molecular structure contains both hydroxyl and primary amino groups,endowing the material with amphiphilicity and reactivity.This product is only for scientific research and cannot be used on the human body. | price> |
| R-M1-8525 | GGG-PEG4-DBCO-6 | GGG-PEG4-DBCO-6 is a compound that combines a peptide spacer, a longer PEG chain, and a strain-promoted click chemistry reactive group, making it suitable for bioconjugation applications that require the enhanced solubility and steric hindrance provided by a longer PEG chain. | price> |
| R-C-6143 | PS(19kDa)-b-PEO(6kDa)-CY5 | Polystyrene(PS)is a hydrophobic polymer,while poly(ethylene oxide)(PEO)is a hydrophilic polymer.The combination of these two distinct blocks, along with the incorporation of the fluorescent dye CY5,makes this copolymer amphiphilic and functionalized with a fluorescent tag. | price> |
| R-M2-10160 | BSA-GlcNAc | BSA-GlcNAc/GlcNAc-BSA/N-Acetyl-D-glucosamine(GlcNAc)-BSA is widely used in immunology, glycobiology,and biochemistry research. These types of conjugates are commonly used to construct sugar chips, ELISA detection systems, or cell binding experiments to study the specific binding behavior of lectins, antibodies, or other sugar recognition receptors. For example, BSA modified with GlcNAc can be used to immobilize on a solid-phase carrier, capturing immune molecules that can recognize the structure of GlcNAc,thereby revealing its role in immune regulation, pathogen recognition, or tumor biomarker detection. | price> |

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