The Role of Artificial Intelligence in Social Media Marketing

Social media has transformed marketing. Platforms like Instagram with its 2 billion subscribers allow businesses to connect directly with customers and build their brands through compelling visual storytelling. However, the highly competitive and fast-paced nature of social media also presents challenges. This is where artificial intelligence (AI) comes in. AI technologies are revolutionizing social media…

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Biocatalyst Immobilization and Modification

Besides protein engineering, chemical approaches including chemical modification and immobilization are employed in designing biocatalysts with desirable bio-properties for industrial applications. Enzyme immobilization, first commercialized in the 1960s, has been well developed to facilitate the reusability and recovery of enzymes. High stabilization of a biocatalyst, such as pH and thermal stability, can often be achieved…

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Besides protein engineering, chemical approaches including chemical modification and immobilization are employed in designing biocatalysts with desirable bio-properties for industrial applications. Enzyme immobilization, first commercialized in the 1960s, has been well developed to facilitate the reusability and recovery of enzymes. High stabilization of a biocatalyst, such as pH and thermal stability, can often be achieved through immobilization, and enhanced activities are demonstrated in an increasing number of recent reports. Immobilization can be generally categorized into carrier-bound immobilization and carrier-free immobilization. In carrier-bound applications, solid support attachment is a typical example, where enzymes are attached in solid surfaces either through physical adsorption or covalent linkages. Entrapment and cross-linking are other alternative methods in this category. In carrier-free applications, cross-linked enzyme aggregates (CLEAs) are developed by simple precipitation of the enzyme from a solution by adding salt, (such as ammonium sulfate), or a water-miscible organic solvent, followed by cross-linking with a bifunctional reagent. This method has been demonstrated to be sufficient for two or more enzymes and known as combi-CLEA. Creative Enzymes provide the best biocatalyst immobilization and modification services for researchers. With years of experience in this field, we offer professional one-stop services with reliable outcomes, improved performance, and biophysical analysis: Custom biocatalyst immobilization design; Process optimization; Activity and stability measurements; Process scaling-up.

Besides protein engineering, chemical approaches including chemical modification and immobilization are employed in designing biocatalysts with desirable bio-properties for industrial applications. Enzyme immobilization, first commercialized in the 1960s, has been well developed to facilitate the reusability and recovery of enzymes. High stabilization of a biocatalyst, such as pH and thermal stability, can often be achieved…

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Ionic Liquid for Enzyme Stabilization

Ionic Liquid for Enzyme Stabilization  Creative Enzymes is widely known as the expert in enzyme stabilization. More specifically, we dedicate resources and technologies to perform custom services targeted at improvement in enzyme properties and activities, tailored to the need of customer. An advanced approach to stabilize enzymes is to use ionic liquid (ILs) or polymer coatings,…

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Global Business Rules Management System Market Size | Projections for US$ 2.80 Billion, SAS and TIBCO Leading the Market

Business Rules Management System Market Projected to Reach US$2.8 Billion by 2030, Driven by Efficiency and Compliance Needs, Says Maximize Market Research The global business rules management system (BRMS) market is expected to reach US$2.8 billion by the end of the forecast period (2024-2030), growing at a CAGR of 11.8%, according to a new report by…

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