Enzymes are proteins or RNAs produced by living cells that are highly specific and catalytically efficient for their substrates. Currently, enzymes are used in a variety of applications including the food industry, agriculture, and medicine. Enzyme synthesis is important to obtain the desired enzyme for the target. Chemical synthesis of enzymes is the process of obtaining the desired enzyme by chemically linking monomers one by one in the order of the amino acids or nucleotides in the enzyme's chemical structure. Creative Enzymes has a wealth of experience in enzyme synthesis research and services. We offer a wide range of effective enzyme chemical synthesis solutions according to the needs of enzyme synthesis.

What do we Offer?

• Enzyme Design. We will design an artificial enzyme structure with a high structural match based on the substrate to be catalyzed. In this phase, we will investigate the structure of the substrate, the reaction mechanism, the conformational space of the enzyme, and spatial modeling.
• Laboratory Synthesis. Upon completion of the design, we synthesize the desired enzyme in the laboratory using chemical synthesis methods. At this stage, we ensure the quality and purity issues of the product, as well as enzyme activity and stability.

The chemical synthesis of enzymes is usually more complex than the synthesis of small molecule compounds because enzymes are usually large molecules whose folding and conformation are critical to their function. In addition, enzyme synthesis usually requires more laboratory skills and sophisticated analytical tools to ensure correctness and activity. Creative Enzymes has a wealth of service experience in enzyme chemical synthesis, and our multidisciplinary experts will work hand-in-hand in enzyme chemical synthesis to maximize experimental success.

Applications of Chemical Synthesis of Enzymes

We offer chemically synthesized enzymes that have a wide range of applications designed for multiple fields, including bioengineering, pharmaceutical research, biosensing, and energy.

• Bioengineering. The field of bioengineering typically involves the synthesis of a large number of proteins that often have complex structures and multiple protecting groups. This makes it very difficult to synthesize these complex factors. However, we offer chemical synthesis solutions for enzymes that can accomplish these complex syntheses by designing reactions from complex to simple.
• Pharmaceutical Research. Many pharmaceutical studies require the synthesis of complex organic molecules that can be used to make drugs or develop new drugs. We offer a chemical synthesis of enzymes that can catalyze multiple reactions to synthesize these important organic molecules.
• Biosensing. Biosensors are devices that use certain sensors to measure certain biological molecules. We offer a chemical synthesis of enzymes that can be designed to selectively detect these biomolecules.
• Energy. Chemical synthesis of enzymes can also be used to produce bioenergy. The synthetic enzymes we synthesize can be designed to catalyze the reaction of bio-acids and bio-alcohols to make biofuels.

Our Service Advantages

The chemical synthesis of enzymes is an important part of enzyme synthesis, and accelerating enzyme chemical synthesis research can greatly contribute to the development of science and technology. Creative Enzymes relies on a state-of-the-art enzyme synthesis technology platform and a team of experienced experts, and our enzyme chemical synthesis solutions will provide important research tools for pharmaceutical, bioengineering, and biosensor research. tools for pharmaceutical, bioengineering, and biosensor research.