Nanozymes
As a representative of next-generation artificial enzymes, nanozymes are a novel type of nanomaterial with biocatalytic functions. These materials can not only catalyze natural enzyme substrates based on specific nanostructures, but also achieve more stable catalytic activity than natural enzymes, and support large-scale industrial production. With the continuous expansion of the global nanozyme catalyst supplier market, services such as bulk nanozyme procurement and nanozyme custom synthesis have emerged, providing flexible procurement solutions for research institutions and enterprises.
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What is Nanozyme?
Nanozymes are a novel type of nanomaterial with enzyme-like catalytic properties, capable of mimicking the catalytic function of natural enzymes and serving as their replacements. Nanozymes exhibit multi-enzyme activity, mimicking the catalytic functions of various natural enzymes such as peroxidase, superoxide dismutase, and catalase, showing broad application prospects in fields such as biosensing, disease diagnosis, tumor treatment, and environmental remediation.
What are the Features of Nanozymes?
High stability and long shelf life
Nanozymes can maintain their structure and activity even under extreme conditions.
Low cost and easy scalability for production
The preparation and storage costs of nanozymes are far lower than those of natural enzymes.
Easy surface modification and multifunctional integration
Nanozymes possess excellent chemical tunability and multifunctionality.
Nanozymes Products List
| Type | Name | Catalog | Mechanism |
| Noble Metal-Based Nanozymes | Gold Nanoparticles | NM-Nz001 | POD, CAT, SOD, GOx |
| Platinum Nanoparticles | NM-Nz002 | POD, CAT, SOD | |
| Palladium Nanoparticles | NM-Nz003 | CAT, SOD | |
| Metal Compound-Based Nanozymes | Cerium Dioxide | NM-Nz004 | SOD, CAT, OXD |
| Prussian Blue | NM-Nz005 | POD, CAT, SOD | |
| Copper Oxide | NM-Nz006 | POD, OXD | |
| Carbon-Based Nanozymes | Fullerenes and Their Derivatives | NM-Nz007 | SOD, POD |
| Graphene Oxide | NM-Nz008 | POD | |
| Graphene Quantum Dots | NM-Nz009 | POD | |
| Single-Walled Carbon Nanotubes | NM-Nz010 | POD |
What are the Applications of Nanozymes?
Biomedical Field
Nanozymes are used in disease diagnosis and detection, biomedical imaging, and disease treatment.
Environmental Remediation Field
Nanozymes are used in pollutant degradation, environmental remediation, and water treatment.
Industrial and Agricultural Fields
Nanozymes are used in industrial applications as well as in agricultural and food science.
Other Emerging Applications
Nanozymes are used in bioorthogonal catalysis, drug delivery, supercapacitors, and medical diagnostics.
Our Services for Nanomaterials
Alfa Chemistry is dedicated to advancing the field of nanomaterials through our comprehensive suite of services.
Custom Synthesis
Design and synthesis multi-purpose screening compounds to meet your precise screening requirements
Process R&D
Provide safe and cost-effective process development services to customers
Nanomaterials Synthesis
Use different methods to synthesize various nanomaterials, such as physical, chemical and biological methods
Nanomaterials Analysis and Research
Analyze and research the microstructure and chemical composition of nano-scale and nano-materials
Nanomaterial Application Services
Provides a wide range of nanomaterials application services, including the analysis and characterization of nanotubes and pharmaceutical nanoparticles
Why Alfa Chemistry?
ISO 9001:2015
Alfa Chemistry is ISO 9001:2015 certified and focuses on collaboration and partnership.
QA & QC
Alfa Chemistry's QA (Quality Assurance) and QC (Quality Control) department oversees all production and quality systems.
On-time Delivery
Alfa Chemistry delivers high-quality products on time, meeting all customer needs.
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