Creative Enzymes Elevates Your Industrial Processes with Enzymes for Industrial Use
Creative Enzymes, a leader in enzyme solutions, introduces its groundbreaking Enzymes for Industrial Use, transforming the manufacturing sector with enhanced productivity, streamlined processes, and sustainable practices. With a commitment to innovation, Creative Enzymes is redefining the industrial enzyme market. Enzymes are nature’s catalysts, driving essential biochemical reactions. Creative...
Read More »New Detergent Enzyme Works Well in Both Cold and Hot Water Temperatures
Designed to enhance the cleaning performance of laundry detergents. Removes different types of stains, including protein, starch, fat, and cellulose-based stains. Ideal for use in all types of washing machines, including those with energy-efficient settings.
Read More »New Enzyme for Healthier Teeth and Gums
Break down the biofilm, making it easier to remove during brushing. Prevents the formation of plaque and other dental problems. Helps to break down harmful bacteria and other substances within the mouth.
Read More »New Food-Grade Enzymes to Improve Product Taste and Quality
High degrading efficiency accelerates food processing and upregulates production efficiency. Delivers high-quality, nutritious and tasty products to consumers. Applications, such as baking, brewing, dairy, meat and beverage.
Read More »EMI/RFI Shielding Considerations for Electric Vehicles
This white paper provides an overview into EMI/RFI shielding considerations for electric vehicles.
Read More »New Restriction Enzymes for DNA Digestion in Molecular Biology Research
Designed to enhance the flexibility and precision of molecular biology experiments. Allows scientists to modify, cleave and analyze DNA fragments with exceptional accuracy and efficiency. Ideal for applications that require long DNA fragments, such as genome assembly and DNA sequencing.
Read More »New Diagnostic Enzymes for Kidney and Pancreatic Diseases
Urease is use to indicate renal failure by measuring urea levels. Amylase, lipase and trypsin can be used to monitor the relative health of pancreas. Suitable for structural investigations of carbohydrates and the enzymatic determination of α-amylase.
Read More »New Raw Material for Rapid, Reliable and Reproducible Experiments
Provides detailed description, source, form, activity and other biochemical properties. Suitable for cholesterol reagent kit, creatine kinase assay kit, creatinine assay kit, homocysteine assay kits and free fatty acid assay kits.
Read More »Creative Enzymes Expands its Probiotic Portfolio
Creative Enzymes, a professional enzyme provider located in New York, USA, is always hammering away at research and trials in order to provide customers with enzyme services and products with its greatest effort. With the continuous expansion of business areas and scales, the company has set foot in other areas, established a sound probiotic production and supply chain, and is pleased to announce...
Read More »New Raw Materials are Produced in Large-Scale for Industrial and Scientific Research Customers
Offers high-quality creatinase, creatininase, and sarcosine oxidase raw materials. Used to produce sarcosine oxidase, native actinobacillus sp. creatinase, creatinase from E. coli, and creatininase from E. col.
Read More »New DNA Modifying Enzyme Available with Vaccinia Capping Enzyme and T4 DNA Ligase
Improves the stability and translation ability in vitro transcribed RNA for transfection and microinjection. Repairs single-strand nicks in duplex DNA, RNA or DNA/RNA hybrids. Ideal for cut, edit, unfold, ligate or remove nucleic acid fragments.
Read More »Reduce Time to Market, Improve System Uptime with Dedicated Computing Medical Solutions
Embedded computing solutions from Dedicated Computing are designed to meet unique and specific requirements. As the preferred supplier to leading healthcare OEMs, the Dedicated Computing team of expert engineers gets your product out to the market faster while helping your company avoid costly validation and verification steps. Check out our video to learn more.
Read More »