EnzymoGenius™, our advanced enzyme AI design platform, specializes in offering a wide range of proteases-based services and solutions tailored specifically for dishwashing detergent research. Leveraging cutting-edge enzymatic technology, we facilitate advancements in the field by providing indispensable support at every stage of the research process.
Background
Research trends in proteases applicable to dishwashing detergents have evolved significantly over the years. Advancements have primarily focused on bio-enzymes, due to their ability to improve washing effectiveness, even under challenging conditions. Specifically, subtilisin, an L-asparagine-specific endoprotease secreted by Bacillus strains, has attracted notable attention. In the quest for higher efficiency, experts have turned to bioengineering to improve the thermal stability and alkali tolerance of the enzyme. A trend in research towards serine proteases has also emerged, as these enzymes display high specificity and catalytic efficiency, and work optimally under neutral to alkaline pH, ideal conditions for dishwashing detergents. Additionally, studies on proteases derived from extremophilic microorganisms have gained traction, given their expanded functionalities in extreme conditions. Therefore, much anticipation surrounds the future developments in the area of protease enzymes for dishwashing detergents.
Fig 1. Scanning electron microscopy of T1 lipase, Rand protease, and maltose amylase. (Naganthran A, et al., 2017)
Products and Solutions Offering
Custom Products
- Alkaline Proteases: Specifically designed for use in dishwashing detergent formulations, these proteases excel at breaking down protein-based stains, such as food residues and greasy soils.
- Neutral Proteases: Ideal for applications requiring a more balanced pH, neutral proteases are versatile and can effectively target a wide range of stains found on dishes and kitchenware.
- Enzyme Concentrates: Concentrated Protease solutions are offered, allowing for precise control over enzyme dosage, making it easier to optimize dishwashing detergent formulations.
Custom Solutions
- Enzyme Screening: A comprehensive screening process is offered to identify proteases with optimal catalytic activity, stability, and compatibility with dishwashing detergents, crucial for enhancing the detergent's cleaning power.
- Enzyme Optimization: Fine-tuning proteases for maximum performance in dishwashing detergents, employing molecular engineering techniques to enhance enzyme activity and ensure compatibility with various detergent formulations.
- Formulation Development: Assistance is provided in creating innovative Dishwashing Detergent formulations that incorporate Proteases effectively, improving the removal of tough stains, grease, and protein-based residues.
- Performance Evaluation: Rigorous testing and evaluation of protease-enhanced dishwashing detergents to measure their cleaning efficacy, enzymatic stability, and shelf-life under various conditions.
Technical Advantages
- Extensive Expertise: The team of experts possesses extensive knowledge in enzyme technology, ensuring the success of dishwashing detergent research.
- Cutting-Edge Technology: We utilize the latest techniques and equipment for enzyme screening, optimization, and formulation development.
- Customization: Our platform excels in tailoring protease solutions to meet specific project needs, ensuring optimal results.
- Quality Assurance: Stringent quality control measures are in place to guarantee the performance and stability of protease-enhanced dishwashing detergents.
CD Biosynsis is a pioneer in delivering enzyme-based solutions for the fabric & household care sector. Our suite of services covers enzyme identification, optimization, formulation, and compatibility testing. These solutions apply to various research areas, from enzyme kinetics to formulation chemistry, environmental impact, and enzyme engineering. Our technical advantages encompass enzyme profiling, high throughput screening, custom formulation, a sustainability focus, and a commitment to continuous research. Contact us to explore the limitless potential of enzyme-based solutions for cleaning and care.
Reference
- Naganthran, A.; et al. Improving the Efficiency of New Automatic Dishwashing Detergent Formulation by Addition of Thermostable Lipase, Protease and Amylase. Molecules. 2017, 22(9): 1577.