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| Catalog | name | Description | price |
|---|---|---|---|
| R-M2xa-9837 | PDA(Polydopamine) coated Al2O3 particles | PDA(Polydopamine) coated Al2O3 particles/PDA-Al2O3 particles/Polydopamine-Al2O3 particles/PDA(Polydopamine) coated alumina particles are aluminum oxide (Al2O3) microspheres or nanoparticles uniformly coated with a polydopamine (PDA) layer formed via dopamine self-polymerization under mild alkaline conditions. The PDA coating imparts surface reactivity, biocompatibility, and functionalization capability while maintaining the core properties of Al2O3. Applications: Catalysis supports – PDA layer for anchoring metal nanoparticles. Biomedical applications – drug delivery, biosensing, or bioimaging. Functional coatings – anti-fouling, antioxidant, or adhesive layers. Environmental remediation – adsorption of heavy metals or pollutants. | price> |
| R-M1-8204 | Ac-(EIAALEK)3-GY-CONH2 | Ac-(EIAALEK)3-GY-CONH2 is a peptide sequence that can be used for fluorescence labeling. | price> |
| R-C-5821 | PLLA4000-SS-PEI1800 | PLLA-SS-PEI,PEI-SS-PLLA,Poly(L-lactic acid) (PLLA) is a biodegradable and biocompatible polymer derived from lactic acid monomers. PLLA has been extensively used in various biomedical applications,including drug delivery,tissue engineering, and sutures,due to its good mechanical properties and controlled degradation rate.The presence of disulfide bonds allows for the controlled release of payloads,such as drugs or biomolecules,under reducing conditions,like those found within cells. Polyethylenimine (PEI) can form condensed nanoparticles with nucleic acids or other cargo, facilitating their cellular internalization and potential gene delivery. | price> |
| R-M2-9838 | CHO-PEG400-MAL | CHO-PEG400-MAL/Benzaldehyde-PEG400-MAL is a heterobifunctional polyethylene glycol (PEG) derivative. Applications: Drug delivery systems – dual-functional linker for thiol- and amine-bearing molecules. Protein or peptide conjugation – site-selective coupling for multifunctional bioconjugates. Hydrogel crosslinking – dynamic Schiff base formation combined with thiol-MAL chemistry. Nanoparticle surface modification – introduce reversible and covalent attachments. | price> |
| R-M1-8205 | Ac-(KIAALKE)4-GW-CONH2 | Ac-(KIAALKE)4-GW-CONH2 is a peptide sequence that can be used for fluorescence labeling. | price> |
| R-C-5822 | PLGA10k-Se-Se-PLGA10k 50:50 | PLGA-Se-Se-PLGA,PLGA with diselenide-containing linkers,the resulting PLGA-Se-Se-PLGA copolymer can possess controlled drug release properties.The incorporation of diselenide bonds enables the degradation of the copolymer in the presence of reducing agents, such as glutathione,found abundantly inside cells.This behavior allows for the controlled release of encapsulated drugs at targeted sites or within specific cells. | price> |
| R-M2-9839 | CHO-PEG400-CHO | CHO-PEG400-CHO/Benzaldehyde-PEG400-Benzaldehyde is a telechelic bifunctional polyethylene glycol (PEG) derivative. Applications: Hydrogel formation – amine–benzaldehyde dynamic covalent crosslinking for injectable or self-healing hydrogels. Protein/peptide conjugation – reversible linkage to lysine-rich biomolecules. Nanocarrier modification – introduce stimuli-responsive (pH-labile) linkages. Tissue engineering & regenerative medicine – bioadhesive and dynamic matrix design. | price> |
| R-M1-8206 | Ac-(KIAALKK)4-GW-CONH2 | Ac-(KIAALKK)4-GW-CONH2 is a peptide sequence that can be used for fluorescence labeling. | price> |
| R-C-5823 | PLGA-PEI-PEG-COOH PLGA 36 kDa PEI:25 kDa PEG:2 kDa | PLGA-PEI-PEG-COOH copolymer provides a multifunctional platform for drug delivery and gene delivery applications. The PLGA component can encapsulate hydrophobic drugs and enable their sustained release. The presence of PEI facilitates the condensation and protection of nucleic acids for gene delivery. PEG enhances the stability and biocompatibility of the copolymer, while the carboxylic acid groups allow for additional functionalization or conjugation with desired molecules. | price> |
| R-M2cq-9840 | FAPI-IRDye800CW | FAPI–IRDye800CW is a fibroblast activation protein inhibitor (FAPI) conjugated with the near-infrared (NIR) fluorescent dye IRDye800CW. This conjugate enables specific imaging of FAP-expressing tissues, commonly associated with cancer-associated fibroblasts (CAFs) in the tumor microenvironment. Applications: Tumor imaging – visualize FAP-positive tumors in preclinical or clinical studies. Image-guided surgery – assists in delineating tumor margins. Diagnostic probe – monitor CAF distribution in cancer progression. Theranostic agent precursor – can be integrated into multimodal imaging or therapy systems. | price> |
| R-M1-8207 | Ac-(EIAALEE)4-GY-CONH2 | Ac-(EIAALEE)4-GY-CONH2 is a peptide sequence that can be used for fluorescence labeling. | price> |
| R-C-5824 | FITC(10%)-PLL10-TPP(10%) | FITC-PLL-TPP,FITC is a fluorochrome commonly used in biochemistry and cell biology applications to label proteins, antibodies, and other biomolecules for visualization and detection. PLL is a synthetic cationic polymer that is often used as a carrier for drug delivery and gene delivery due to its high binding affinity for nucleic acids and proteins. TPP is a porphyrin derivative that exhibits unique photophysical properties and has been studied for its potential applications in photodynamic therapy and as a photosensitizer for imaging. | price> |
| R-M2-9841 | TCO-PEG-CY7 | TCO-PEG-CY7/4e-TCO-PEG-CY7/4e trans-cyclooctene-PEG-CY7 is a multifunctional fluorescent probe composed. Applications: Pre-targeted imaging–conjugation with tetrazine-modified antibodies, peptides, or nanoparticles. In vivo optical imaging – tumor visualization and biodistribution studies. Click chemistry-based labeling – site-specific modification of biomolecules. Theranostic platforms – integration into drug delivery systems with real-time tracking. | price> |
| R-M1-8208 | AC-(EIAALEE)4-CONH2 | AC-(EIAALEE)4-CONH2 is a peptide sequence that can be used for fluorescence labeling. | price> |
| R-C-5825 | PS-PEO-biotin(molecular weight1:4) | PS-PEO-biotin,PS and PEO are combined in a ratio of 1:4,indicating that the PEO component is four times larger in molecular weight than the PS component.The incorporation of biotin into the copolymer suggests that the PS-PEO-biotin may be used for specific binding or immobilization of biotin-binding proteins or molecules in applications such as biosensors or protein purification. | price> |
| R-M2-9842 | Pyrene-PEG-OCH3 | Pyrene-PEG-OCH3/Pyrene-polyethylene glycol-OCH3/mPEG-OCH3/methoxy polyethylene glycol-OCH3 is an amphiphilic fluorescent polymer conjugate. Applications: Fluorescent nanoprobes – for monitoring microenvironment polarity and molecular interactions. Self-assembled nanocarriers – drug delivery micelles or nanoparticles. Biological imaging – tracking distribution and localization of PEGylated nanostructures. Material science – supramolecular assemblies, sensing platforms, and surface modification. | price> |
| R-M1-8209 | Boc-NH-PEG11-amine | Boc-NH-PEG11-amine,CAS:1233234-77-9 is a linear heterobifunctional PEG derivative with one Free Amine group and one Boc protected amine. The free amine group can be used to react with carboxyl or NHS ester. The protected amine can be regenerated by mild acidic conditions. | price> |
| R-C-5826 | PS-PEO-biotin(molecular weight1:1) | PS-PEO-biotin,PS and PEO are combined in a ratio of 1:1,indicating that the PEO component is four times larger in molecular weight than the PS component.The incorporation of biotin into the copolymer suggests that the PS-PEO-biotin may be used for specific binding or immobilization of biotin-binding proteins or molecules in applications such as biosensors or protein purification. | price> |
| R-M1-8210 | Pro-Leu-Gly-Val-Arg-Gly(N-terminal carboxyl group) | Pro-Leu-Gly-Val-Arg-Gly(N-terminal carboxyl group) | price> |
| R-C-5827 | PLL10-TPP(10%) | PLL is a synthetic cationic polymer that is commonly used in cell culture and gene delivery applications due to its high binding affinity for nucleic acids and proteins.TPP is a porphyrin derivative that exhibits unique photophysical properties and has been studied for its potential applications in photodynamic therapy and as a photosensitizer for imaging. | price> |

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