Our Products Cannot Be Used As Medicines Directly For Personal Use.
Welcome! For price inquiries, please feel free to contact us through the form on the left side. We will get back to you as soon as possible.
Enzyme Screening
Enzymes are efficient biocatalysts and play an important role in many industrial fields. Enzyme discovery and screening is a challenging task. Creative Enzymes relies on its rich industry experience, professional knowledge and technology platform to provide customers with comprehensive solutions from primary screening of enzymes to structural analysis.
The purpose of enzyme screening is to find microbial strains that contain the required enzyme activity, or the genes encoding the required enzymes, to achieve specific biochemical reactions. In nature, enzymes derived from microorganisms account for more than 80%, and enzymes derived from animal cells and plant cells account for about 20%.. The advantages of microorganisms as a source of enzymes include a wide variety, easy cultivation, fast reproduction, and convenient genetic modification. Water and soil are common scenarios for screening enzyme-producing microorganisms. For example, if you want to obtain enzyme-producing bacteria for amylase, you can collect them around a flour mill. If you want to obtain enzyme-producing bacteria for cellulase, you can collect them under the layer of decaying leaves. Creative Enzymes provides enzyme screening services from natural sources and enzyme screening services based on genome mining.
Enzyme Screening from Natural Sources
Enzyme screening methods include hierarchical screening methods (primary and secondary screening) and high-throughput screening methods. The screening process includes sampling, enrichment culture, separation and purification, inoculation, screening, obtaining high-quality strains, performance identification, and production application. Creative Enzymes provides a one-stop service for enzyme screening from natural sources and can also provide services at every stage of enzyme screening.
- Primary and Secondary Screening of Enzymes
- Plate-based Screening for Enzymes
- Thin layer chromatography (TLC) for Enzymes Screening
- High-throughput Enzyme Screening
- Enzyme Discovery by Direct Activity Measurement
Enzyme Screening Based on Genome Mining
Genome mining is a more direct, efficient, and promising method for enzyme screening. Creative Enzymes provides a variety of enzyme screening services based on genome mining, combining enzyme activity measurement and enzyme function prediction strategies to establish an advanced enzyme screening technology platform.
- Molecular Screening for Enzymes
- Sequence-based Screening for Enzymes
- Metagenome Screening for Enzymes
- 3D Structure-Guided Screening for Enzymes
- Enzyme Screening Based Protein Interactions
Why Choose Creative Enzymes for Enzyme Screening?
- Expertise: With a team of experienced scientists and access to state-of-the-art technology, Creative Enzymes offers unparalleled expertise in enzyme screening.
- Customization: We tailor our screening services to meet your specific research or industrial needs. Whether you're looking for an enzyme with unique properties or a high-performance catalyst, we can help.
- Efficiency: Our high-throughput screening and automation capabilities ensure rapid results, saving you time and resources.
- Innovation: Creative Enzymes continuously adopts innovative techniques and stays at the forefront of enzyme discovery methods.
- Comprehensive Solutions: From primary screening to structural analysis, Creative Enzymes offers a comprehensive suite of enzyme screening services to support various applications.
In conclusion, Creative Enzymes' Enzyme Screening Services open the door to a world of enzyme possibilities. Whether you're searching for an enzyme in nature's diversity or exploring the genomic landscape, our expertise and cutting-edge techniques are at your service. We invite researchers and industries to partner with us in harnessing the power of enzymes for their diverse needs. Together, we can accelerate discoveries and advancements across a wide spectrum of fields, from biotechnology to green chemistry, and beyond.