The special role of peptides in medical care is increasingly being grasped and used by people.
Beike Nano provides high-quality bio-nano material design, development and verification services
The special role of peptides in medical care is increasingly being grasped and used by people.
Magnetic beads can be combined with drugs, proteins, enzymes, antibodies or nucleic acids. Magnetic beads are widely used in a variety of in vivo experiments, such as drug delivery, magnetic resonance imaging (MRI) contrast agents, and hyperthermia.
Nanovaccines made of various platform nanomaterials and technologies have many advantages, such as high antigen loading efficiency, good targeting, low toxicity, high stability, and various ways of administration
Hydrogel has flexible and adjustable physical and chemical properties, excellent biocompatibility and porous morphology, and has great application prospects in biomedical, flexible sensing, intelligent driving, and other fields!
Mature drug carrier evaluation platform, providing a variety of drug coating and release platforms, and providing a complete set of solutions
Flow cytometry antibody and antigen (recombinant protein) related reagents help your scientific research.
High-throughput brain-computer interface, biosensor, flexible bioelectrode based on graphene and Mxene materials, with good biological description and excellent flexibility
Beike Nano focuses on the pre-clinical research of bio-nano materials, and provides professional CRO services such as drug discovery, pharmaceutical research and pre-clinical research for global new drug research and development companies and scientific research institutions. The company has rich project experience in the fields of nano-enzymes, drug coating and release, and nano-pharmacodynamic research, It has served many large pharmaceutical companies and biomedical research institutions in China. .More
We can provide a variety of bio-nano materials, dedicated to advancing your research and development process
Methacrylylated Gelatin (GelMA) | Fluorescent GelMA | Methacrylylated Chitosan (CSMA) | Methacrylylated carboxymethyl chitosan (CMCSMA) | Light curing hyaluronic acid (BKNM-HAMA) | Porous GelMA | 3D printing bracket | Biological reagent | Chitin Nanogel | Mxene hydrogel | Polyamino acids-polypeptide/silk protein | Natural macromolecules-UV/visible light cross-linked biopolysaccharides | Polymer-Amphiphilic/Temperature Sensitive Block Copolymer | Polyethylene glycols-functionalized PEG derivatives |
Single layer MXene solution | Single layer MXene powder | Multilayer MXene solution | Multilayer MXene powder | MBene | Ti4N3 MXene | Nitrogen doped MXene | Ti3C2 MXene | Ti2C MXene | Nb2C MXene | V2C MXene | TIVC MXene | Ti3CN MXene | Ti2N MXene | Nb4C3 MXene | V4C3 MXene | TiNbC MXene | Mo2Ti2C3 MXene | Mo2TiC2 MXene | Mo2C-MXene | Porous MXene | Cr2C MXene | Ta2C MXene | Ta4C3 MXene | W1.33C MXene | Mo1.33C MXene | VCrC MXene | MXene-based metal film | Aminated MXene | Carboxylated MXene | In-situ doped MXene | Single atom doped MXene | Element doping MXene | Metal foam load MXene | Single layer small size MXene | MXene nanowire | MXene functional group control | MXene quantum dot | MXene ink | MXene aerogel | MXene flexible film | All hydroxyl groups MXene | Single layer MXene material | MXene Nano Biomedicine | MXene catalysis | MXene precursor MAX |
MBene two-dimensional transition metal borides
Metal organic framework compound MOF
HKUST-1（CuBTC） | Cu-TCPP(Cu) | Cu-THQ(Cu) | MIP-202(Zr) | Al-Fum(Al) | UiO-66(Zr) | MOF-808(Zr) | MOF-801(Zr) | MOF-5（Zn） | ZIF-67（Co） | ZIF-9（Co） | ZIF-8（Zn） | ZIF-7（Zn） | MIL-125（Ti） | MIL-101（Fe） | MIL-100（Fe） | MIL-88B（Fe） | MIL-68（Fe） | MIL-53（Al） | MIL-53（Fe） | MIL-47(V) | Luminescent MOF materials and probes | Moisture absorbing MOF material | Two-dimensional conductive MOF material | Ultra-microporous MOF and industrial gases | Macroporous MOF-for enzyme immobilization | Other configuration MOF materials | PCN-MOF material | UiO-MOF material | ZIF-MOF material | MIL-MOF material | Other metal MOF materials | Chromium-containing MOF material | Titanium-containing MOF material | Zirconium-containing MOF material | Zinc-containing MOF material | Aluminum-containing MOF material | Copper-containing MOF material | Fe-containing MOF material | Palladium doped MOF material |
Biological 3d printer series
Basic Magnetic Bead Series/Immune Labeling and Capture Magnetic Beads
Silica Magnetic Beads | Sepharose magnetic beads | Polymer magnetic beads | Dextran Nanomagnetic Beads | Fast coupling of biological ligands to magnetic beads | Immunoprecipitation kit | 链霉亲和素磁珠 |
Nucleic acid extraction magnetic beads
Cell-free DNA extraction kit | Saliva Genome Extraction Kit | Fecal nucleic acid extraction kit | Blood Genome Extraction Kit | Viral DNA/RNA Extraction Kit | DNA fragment screening | PCR product purification kit | Gel recovery kit | Plasmid DNA Mini Extraction Kit | Oligo dT magnetic beads |
Protein purification magnetic beads
Antibody purification magnetic beads | His-tag protein purification magnetic beads | GST fusion protein purification magnetic beads | Strep-tag II protein purification magnetic beads | Heparin Magnetic Beads | DEAE magnetic beads |
Inorganic luminescent material
Functional luminescent materials
Biological fluorescent probe
Ion probe | fluorescent probe | Enzyme fluorescent substrate | Cell membrane staining | Bioluminescence | Fluorescence Kit | Labeled nucleic acid |
Fluorescent labeling of small drug molecules | Fluorescent labeled protein | Fluorescent labeled sugar |
Conventional fluorescent dyes
CY series | FITC/Rhodamine Basic Dyes | BDP series | Coumarin series | Atto series | Pyrene series | photosensitizer | Near infrared region I and region II |
Recombinant Streptavidin | Recombinant Core Streptavidin | Recombinant Staphylococcus aureus protein A | Recombinant Alkali Tolerant Protein A | Recombinant Streptococcal Protein G | Easy-eluting protein G | Recombinant protein A/G fusion protein | Recombinant Strep-Tactin (containing cysteine) | Recombinant Peptic Streptococcus protein L | Recombinant Human Basic Fibroblast Growth Factor | Recombinant human acidic fibroblast growth factor (rh-aFGF) | Recombinant human epidermal growth factor | Recombinant human growth hormone (rh-GH) | Recombinant human copper-zinc superoxide dismutase (rhCu, Zn-SOD) | Recombinant bovine enterokinase (histidine tag) | SUMO protease 1 (histidine tag) | Peptide modification service | Peptide synthesis technology | N-terminal/C-terminal modification | Disulfide bond modification | Amide bond to ring | Fluorescent label | Biotin labeled peptide | Carrier protein coupling and MAPs | Unnatural amino acid/D type amino acid | Linker, Spacer, PEGylations | Penetrating peptide |
Affinity packing and prepacked column
Recombinant Protein A Sepharose FF Gravity Prepacked Column | 重组蛋白G琼脂々糖凝胶FF重力预装柱♀ | Easy-eluting Protein G Sepharose FF Gravity Prepacked Column | Recombinant Alkali-resistant Protein A Sepharose FF Gravity Prepacked Column | Ni-IDA Sepharose FF Gravity Prepacked Column | Immunoprecipitation kit | Ni-NTA Sepharose FF Gravity Prepacked Column | Ni-TED Sepharose FF Gravity Prepacked Column | GST-Sepharose FF Gravity Prepacked Column | GST-Sepharose 4B Gravity Prepacked Column | Heparin-Sepharose FF Gravity Prepacked Column | Soybean Trypsin Inhibitor Sepharose FF Gravity Prepacked Column | Protein A/G Sepharose FF Gravity Prepacked Column | Streptavidin Sepharose FF Gravity Prepacked Column | Easy-eluting Streptavidin Sepharose FF Gravity Prepacked Column | Strep-Tactin Sepharose FF Gravity Prepacked Column | Strep-Tactin 2 Sepharose FF Gravity Prepacked Column | Cobalt Sepharose FF Gravity Prepacked Column | Recombinant Protein L Sepharose FF Gravity Prepacked Column | Dextrin Sepharose FF Gravity Prepacked Column | Recombinant Protein A Sepharose FF Medium Pressure Prepacked Column | Recombinant Protein G Sepharose FF Medium Pressure Prepacked Column | Easy-eluting Protein G Sepharose FF Medium Pressure Prepacked Column | Recombinant Alkali-resistant Protein A Sepharose FF Medium Pressure Prepacked Column | Ni-IDA Sepharose FF Medium Pressure Prepacked Column | Ni-NTA Sepharose FF Medium Pressure Prepacked Column | Ni-TED Sepharose FF Medium Pressure Prepacked Column | GST-Sepharose FF medium pressure prepacked column | GST-Sepharose 4B Medium Pressure Prepacked Column | Heparin-Sepharose FF Medium Pressure Prepacked Column | Soybean Trypsin Inhibitor Sepharose FF Medium Pressure Prepacked Column | Protein A/G Sepharose FF Medium Pressure Prepacked Column | Streptavidin Sepharose FF Medium Pressure Prepacked Column | Easy-eluting Streptavidin Sepharose FF Medium Pressure Prepacked Column | Strep-Tactin Sepharose FF Medium Pressure Prepacked Column | Strep-Tactin 2 Sepharose FF Medium Pressure Prepacked Column | Cobalt Sepharose FF Medium Pressure Prepacked Column | Recombinant Protein L Sepharose FF Medium Pressure Prepacked Column | Dextrin Sepharose FF Medium Pressure Prepacked Column | Recombinant Protein A Sepharose FF | Recombinant Protein G Sepharose FF | Easy-eluting Protein G Sepharose FF | Recombinant Alkali-resistant Protein A Sepharose FF | Ni-IDA Sepharose FF | Ni-NTA Sepharose FF | Ni-TED Sepharose FF | GST-Sepharose FF | GST-Sepharose 4B | Heparin-Sepharose FF | Soybean Trypsin Inhibitor Sepharose FF | Protein A/G Sepharose FF | Streptavidin Sepharose FF | Easy-eluting Streptavidin Sepharose FF | Strep-Tactin Sepharose FF | Strep-Tactin 2 Sepharose FF | Cobalt Sepharose FF | Recombinant Protein L Sepharose FF | Dextrin Sepharose FF |
Ion exchange packing and prepacked column
DEAE-Sepharose FF Gravity Prepacked Column | Q-Sepharose FF Gravity Prepacked Column | CM-Sepharose FF Gravity Prepacked Column | SP-Sepharose FF Gravity Prepacked Column | DEAE-Sepharose FF medium pressure prepacked column | Q-Sepharose FF | Q-Sepharose FF medium pressure prepacked column | CM-Sepharose FF Medium Pressure Prepacked Column | SP-Sepharose FF medium pressure prepacked column | DEAE-Sepharose FF | CM-Sepharose FF | SP-Sepharose FF |
Cerium Oxide Nanozyme | Manganese Oxide Nanozyme | Prussian Blue Nanozyme | Iron Oxide Nanozyme | Doped ferrite nanozyme | Cerium Vanadate Nanoenzyme | Protein Nanozyme | Platinum nanozyme | Manganese Single Atom Nanozyme | pH-responsive graphite nanozyme | Biomimetic Hybrid Nanozyme | Light-induced ultra-small chiral nanozyme | CeO2@ZIF-8 Nano Enzyme | CeO2@MMT Nanozyme | PCN-222 mimic peroxidase | MOF Nanozyme | Graphene peroxidase | Fe3O4 magnetic nanoparticle-like peroxidase | Pyrite Nanozyme | Photolyase activity ceria nanozyme | Cobalt Oxide Nanozyme | Precious metal nanoenzymes | Copper Oxide Nanozyme | Vanadium oxide nanozyme | Ultra-small copper-based nanoenzymes | 2D vanadium carbide MXene nanoenzyme | MOF@COF Nanozyme |
Inorganic quantum dots
Cadmium Quantum Dots | Cadmium-free quantum dots | Graphene quantum dots | MXene quantum dots | Boron nitride quantum dots | Molybdenum disulfide single-layer quantum dots | Tungsten disulfide single-layer quantum dots | Silicon quantum dots (blue) | Selenium quantum dots | Carbon quantum dots | Perovskite quantum dots | Oil-soluble perovskite quantum dots | Sulfur Quantum Dots | Inorganic perovskite quantum dots CsPbX3 | Perovskite single crystal | Cadmium Selenide CdSe Quantum Dots | CIS/CZTS/CISe/CZTSe/CIGSeCIGS quantum dots |
Heavy launch-new products are online!
Graphene oxide powder | Graphyne film | Graphyne monomer HEB-TMS | Graphyne powder | Silver nanosheet | Silver nanoparticles | Gold nanorods | Gold nanowire | Silver nanowire coating solution | Silver nanowire coating solution | Quantum dots | Single/small-layer boron nanosheets |
Three-electrode carbon electrode, gold electrode (customizable) | Complete set of dissolved oxygen electrode technology and oxygen permeable membrane material (customizable) | Electrochemical fuel cell gas sensor | Electrode application related accessories | Impedance type carbon nanotube film gas sensor | Fluorescence Dissolved Oxygen Detector | Reference electrode | Portable electrochemical workstation | Handheld low-power electrochemical sensor | Fully automatic electrochemical biosensing analyzer | Quartz glass substrate | Flexible PET substrate | Flexible PI substrate | Monocrystalline silicon substrate | Ceramic substrate |
Avidin-coated magnetic iron oxide nanospheres | PEGylated magnetic manganese zinc ferrite nanocrystals | Manganese-zinc ferrite nanocrystalline (high temperature pyrolysis method) | Nucleic acid extraction series | Magnetic separation tool | Monodisperse magnetic mesoporous silica nanoparticles | Ferric oxide magnetic nanoparticles | Ferroferric oxide magnetic nanoparticles | Nanoemulsion | Gene transfer | Cell magnetic sorting | molecular biology | Immunology | Basic magnetic beads | Titanium Dioxide Magnetic Beads | Prussian blue nanoparticles | Magnetic iron oxide nanospheres | PEGylated zinc ferrite magnetic nanoparticles | Albumin magnetic composite nanoparticles | Magnetic graphene | Magnetic polystyrene nanospheres |
Precious metal nanoparticles | Nano metal oxide | PEGylated gold nanorods | Oil-soluble gold nanorods | Nano Gold Micro-CT Contrast Agent | Water-soluble spherical gold nanoparticles | Au@SiO2 nanoparticles | Gold nanowire | Gold nanorods | Peptides | Silver-coated gold nanorods | Gold nanocubic particles | Mesoporous silica coated gold nanorods | Gold Nano Hexagonal Plate | Nano gold powder | Oil-soluble gold nanocage | Water-soluble gold nanocage | Gold nanobicone | Water-soluble gold and silver nano shuttle | Water-soluble gold nanostar | Water-soluble gold nano triangle sheet | Water-soluble hollow gold nanoshells | Gold nanochain | Water-soluble gold nanorods | PEI modified spherical gold nanoparticles | Spherical gold nanoparticles modified with streptavidin | PEGylated spherical gold nanoparticles | Oil-soluble spherical gold nanoparticles |
MoS2 | MoSe2 | MoTe2 | SnSe | SnSe2 | TaS2 | TaSe2(2H) | VSe2 | NbSe2 | NbS2 | WSe2 | WS2 | GeSe | GeS | GaSe | GaS | In2Se3 | InSe | h-BN boron nitride crystal | Black phosphorus |
MnO2-based bio-nano materials
Crystalline MnO2 (α, β, γ, ε, λ and δ-MnO2) | Manganese dioxide nano flower | Manganese dioxide nanoparticles | Manganese dioxide nanosheet dispersion |
Polymer magnetic microspheres | Rapid separation of magnetic microspheres | Silica Nanospheres | Millimeter Mesoporous Carbon Ball MMCS | Mesoporous Graphite Carbon GMAC | Mesoporous Fe3O4 Microspheres | Nitrogen-doped mesoporous carbon spheres | Fluorescent microspheres | Latex microspheres | Nucleic acid extraction silicon magnetic particles | Nucleic acid extraction silicon magnetic microspheres | Streptavidin magnetic microspheres |
Other Mono PEGs | Other Homo PEGs | Other Hetero PEGs | Click PEGs | Fluorescent PEGs | Lipid PEGs | (OPSS) PEGs | (4 arm) (8 arm) PEGs | (FMOC, tBOC) PEGs | Hydroxyls (OH) PEGs | Thiols (SH) PEGs | (NHS) PEGs | Maleimides (MAL) PEGs | Biotin (Bio) PEGs | (COOH) PEGs | Amine (NH2) PEGs |
Fluorescent Lipids | PEGylation, Lipids(PEG-PE) | Cationic Lipids | Phosphatidylserine(PS) | Phosphatidic Acid(PA) | Phosphatidylglycerol(PG) | Phosphadylethanolamine(PE) | Phosphatidylcholine (PC) |
Silver Nano Material
Water-soluble silver nanoparticles | Silver nanosheet (triangle) | Silver nanowire coating solution | Silver nanowire coating solution | Silver nanoparticles | Silver nanowire | Nano silver powder | Silver Nanocube | PEGylated silver nanoparticles | Streptavidin-modified silver nanoparticles | Oil-soluble silver nanoparticles |
Diagnostic reagent development service
Multifunctional factor carrier | Image factor carrier | Immune factor carrier | Therapeutic factor carrier |
Bismuthene Borene Tellurene Phosphorene Graphyne
Graphyne | Purple Phosphorus | Silane | Germanene | Azene | Blue phosphorene | Arsenene | Antimonene | Stanene | Bismuthene |
Long-acting slow-release carrier
Smart Nano Carrier
Enzyme/ROS Response Vector | Ligand-mediated vector | Photoacoustic response release | Temperature/PH response carrier | Bionic Nano Carrier |
Lipid raw materials
Phospholipid-PEG-target molecule conjugate | Active lipid | Functional lipid | Neutral lipid substrate |
Image contrast agent
Biological fluorescent dyes | T2 contrast agent (paramagnetic iron manganese) | In vivo fluorescent contrast agent |
HOF hydrogen bonding organic framework material/COF covalent organic framework material
HOF-102 | HOF | HOF-100 | Crystalline covalent triazine frameworks (CTFs) | COF-LZU-1 | COF-42 | HCOF-1 | TpPa-1 | CTF-1 | TpBD-Me2 | PyCOF | COF-Tz |
Keep up with the latest scientific research trends and grasp the technological trends
1、Contact and consultation。You can use the company's service hotline 18626297653 and service mailbox email@example.com, or the service personnel of Beike Nano to inform you of your research service needs
2、Sign a confidentiality agreement and negotiate specific service content.After the two parties sign the cooperation confidentiality agreement, you can communicate with the Beike Nano Scientific Research Service Consulting Group on specific projects; you and Beike Nano have clear service product requirements and specific project requirements; Beike Nano will produce and submit project implementation plans and quotations.
3、The two parties sign a contract, and the customer pays according to the contract.After the two parties have no objection to the contract service content and price, the service contract is signed. You pay the fees as agreed in the contract and provide the necessary experimental drugs or samples (experimental samples must be sent by express mail, and those with low temperature requirements and fixed requirements should be stored in low temperature, fixed and shatter-resistant, and transported to ensure safety reliable).
4、The project was implemented and began to provide customers with scientific research consulting and technical services.Beike Nano carries out the project implementation according to the contract plan. During the implementation of the project, Beike Nano project manager timely feedback and exchange information with customers; Beike Nano began to provide customers with relevant scientific research consulting and technical services, and timely provided data, materials, samples, models and other related information materials to client.
5、Analyze the result data and sort out the submitted data.The Beike Nanotechnology team analyzes and sorts out the data, summarizes the conclusions, provides the complete project implementation report, data, pictures and other related information to the customer, and processes related experimental materials according to the contract. The content of the project report will include specific experimental methods, procedures, reagents, instruments, data, results and conclusions, etc.
6、The project is completed and further cooperation is negotiated.After the project is completed, if the customer has follow-up research service needs, the two parties will negotiate further cooperation.