Nanozyme Customization Service

Enzymes are a class of macromolecular biocatalysts that catalyze chemical reactions in biological systems. Due to the rapid development of nanomaterials, some inorganic nanomaterials have enzyme-like catalytic activity, so these nanomaterials can be used as substrates for catalyzing natural enzymes and have catalytic properties similar to those of natural enzymes, and thus are called nanozymes. In recent years, Nanozyme has attracted much attention from researchers for its high catalytic activity, mild reaction conditions, good stability, and physicochemical properties of nanomaterials, and has been used in a wide variety of research fields, such as medical research, environmental applications, and so on. Therefore, the design and synthesis of multifunctional nanozyme with specific functions have a broad development and application prospect. CD Formulation is an industry leader in nanozyme development and customization. Our team of skilled researchers and engineers has the deep knowledge and expertise to customize nanozyme according to specific customer needs.

Advantages of Nanozyme Customization

• Compared with natural enzymes, nanozyme is inexpensive to prepare, highly stable and easy to store.
• The catalytic activity of nanozyme can be regulated by its size, structure, surface modification and even other doping elements in addition to pH, temperature and concentration.
• Nanozyme has designability and versatility not found in natural enzymes.
• The catalytic activity of Nanozyme can be combined with the optical, electrical, magnetic and thermal properties of the nanomaterial itself.

What do We Offer?

• Peroxidase-Like (POD) Nanozyme Customization
• CATalase-Like (CAT) Nanozyme Customization
• Superoxide Dismutase (SOD)-Like Nanozyme Customization
• Glucose Oxidase-Like (GOD) Nanoenzyme Customization
• Glutathione Peroxidase-Like (GPX) Nanozyme Customization
• Oxidase-Like (OXD) Nanozyme Customization
• Nuclease-Like Nanozyme Customization
• Protease-Like Nanozyme Customization
• Multi-Enzyme Activity Nanozyme Customization
• Metal Nanozyme Customization
• Metal Compound Nanozyme Customization
• Carbon-Based Nanozyme Customization
• Single-Atom Nanozyme Customization
• Composite Material Nanozyme Customization
• Metal Organic Framework Nanozyme Customization
• Protein Nanozyme Customization
• Prussian Blue Nanozyme Customization
• Biomimetic Hybrid Nanozyme Customization
• Light-Induced Ultrasmall Chiral Nanozyme Customization

Our Process of Nanozyme Customization

Selection of Base Material

The selection of suitable materials is the first step in the customization of nanozyme. Conventional base materials include such as metal nanoparticles, metal oxide nanoparticles, carbon-based nanoparticles, composite nanoparticles and so on.

Synthesis of Nanozyme

Nanozyme can be synthesized by various of methods, our common methods include chemical synthesis, solution synthesis, thermal decomposition method and so on. The specific methods vary according to the different base materials and the different types of target enzymes.

Characterization of Nanozyme

The size, morphology, exposed crystal surface, chemical composition and surface modification of nanozyme are the key factors that determine its catalytic performance and application. The complex interrelationship between the structure and performance of nanozyme makes it necessary to characterize and analyze them at the nanoscale and atomic scale. The three perspectives of morphology analysis, composition and structure analysis, and surface and interface analysis are the commonly used characterization tools for nanozyme.

Detection

Finally, we need to test the properties of the prepared nanozyme, such as enzyme activity, stability, specificity and so on.

Applications of Our Nanozyme Customization Services

• Sensors. In the field of sensors, a variety of unique sensing technologies and methods have been developed due to the properties of nanozyme as both a natural enzyme and a nanomaterial. These technologies and methods have been widely used in a variety of fields, such as infectious disease prevention and control, environmental monitoring, in vitro diagnostics, and food safety.
• Biomedical research. The phenomenon of multi-enzyme activity of nanozyme gives it anti-tumor, anti-bacterial and anti-viral effects, and it can act on the target target by exerting a cascade reaction through the cascade system. Based on this, many researchers have incorporated nanozyme into anti-tumor studies. In addition, the catalytic mechanism of nanozyme is different from that of antibiotics, and it is not easy to make bacteria and other bacteria resistant.
• Environmental protection. Nanozyme can be produced and applied on a large scale safely. Pollutant detection means and pollutant treatment technologies based on nanozyme have been developed in large quantities and have been combined with sensor R&D so that treatment technologies can be combined with conventional means for efficient pollutant removal.

Highlights of Our Nanozyme Customization Services

• One-stop solution. We can provide one-stop solutions according to client's research needs, maximizing time savings and shortening the research cycle.
• Experienced. Our research team has many years of experience in nanozyme custom development and is committed to custom synthesizing nanozyme to meet customer needs.
• Perfect experimental platform. We have an advanced experimental platform for nanozyme development, with the most cutting-edge technology and equipped with the most advanced instrumentation.

CD Formulation is a professional nanozyme customization company, after years of research and development, we have established a mature nanozyme customization platform, and our customized nanozyme, as a new type of biological enzyme, shows good potential in catalytic reactions and applications. So far, we have cooperated with many companies, universities, and research institutes, and played an important role in promoting the development of nanozyme customization. If you are interested in us, please feel free to contact us.