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Construction of Ferrum-Based Nanozymes
Creative Enzymes develops an advanced platform to construct multiple ferrum-based nanozymes and related services with decades of experience. Our experts will comprehensively and carefully answer your questions and help you solve the problems in your studies. We guarantee satisfied and reliable results for our customers all over the world.
| Nanozymes Features | Mimical Enzyme Activity | |
|---|---|---|
| Fe3O4 Nanozymes | There is a large amount of ferric and divalent iron available on the surface. In addition, the synthesized Fe3O4 Nanozymes not only have controllable size but also have high activity. | Peroxidase-like |
| Ferric Oxide (Fe2O3 ) Nanozymes | Fe2O3 nanozymes have many advantages in stability, tunability of activity and multifunctionality because of their nanoscale effects. | Catalase-like and peroxidase-like |
| Ferric Sulfide (FeS) Nanozymes | The ferrothiophore group is an important cofactor of many enzymes. In biocatalytic processes, it acts as the active center of electron transfer. | Peroxidase-like |
| Metal Hybrid Nanozymes | The catalytic enzyme activity depends on the appropriate ratio of various metals. | Peroxidase-like |
| Doped Ferrite Nanozymes | A kind of ferrite with a cubic spinel structure, which has the activity of mimicking enzyme. | Peroxidase-like |
Fe3O4 Nanozymes Construction Services
- We provide Fe3O4 Nanozymes with various preparation methods, including coprecipitation method, thermal decomposition method, sol-thermal method, sol-gel method and acoustic chemical method.
- In the process of constructing the Fe3O4 Nanozymes, a variety of morphologies can be selected according to the purpose of the research. In addition to spherical and dodecahedral morphologies, there are octahedral, cluster spheres, nanofiber morphologies, triangles, hexahedra, etc.
Fig. 1 Reaction pathway for ferrum-based nanozymes.
Ferric Oxide (Fe2O3) Nanozymes Construction Services
- Various morphologies of hexagonal prisms, cubes, bars and spheres are available.
- The size of the material involves the activity of nanozymes, and the smaller the size, the higher the activity. Creative Enzymes offers a variety of sizes that can be selected.
- In addition, the modified derivatives of Fe2O3 nanozymes have superior enzymatic activities, and our customers can select materials of interest to modify Fe2O3 for research purposes.
Ferric Sulfide (FeS) Nanozymes Construction Services
- We provide ferric sulfide (FeS) nanozymes synthesized by micellar assisted, hydrothermal and other methods.
- FeS nano-sheets, FeS nano-needles and spherical FeS nanozymes are available, but the enzyme catalytic activity of nano-sheets and nano-needles is higher.
- Furthermore, other ferrum-based chalcogens such as FeS2, Fe3S4, FeSe, FeTe and CuFeS2 nanozymes are also wise construction options.
Metal Hybrid Nanozymes Construction Services
We provide metal hybrid nanozymes containing ferrum using one-step reduction, solvothermal and other methods. We help our customers synthesize hybrid nanozymes composed of ferrum with other metals such as Co, Pt, Cu, etc.
Doped Ferrite Nanozymes Construction Services
We also provide doped ferrite nanozymes, such as BiFeO3, EuFeO3, CoFe2O4, MnFe2O4, ZnFe2O4, FeMnO3, Fe2(MoO4)3, FeOOH and others. These nanozymes have a wide range of applications in biomedicine and the environment, especially for hydrogen peroxide and glucose detection.
Ferrum-Based Nanozymes Related Services
After the construction of ferrum-based nanozymes, Creative Enzymes also provides hydrogen peroxide, glucose, DNA and protein detection to assist our clients with subsequent research. Our comprehensive services will bring a better research experience.
Creative Enzymes offers nanozymes services with customized delivery strategies, precise designs and modifications of ferrum-based nanozymes. Our advanced technical platforms can help our clients solve the problems we may encounter in research based on decades of experience. If you are interested in our services, please contact us for more details or make an online inquiry.