New Restriction Enzymes for DNA Digestion in Molecular Biology Research
Press Release Summary:
- 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
Original Press Release:
Creative Enzymes Releases Restriction Enzymes for Molecular Biology Research
Creative Enzymes, an excellent biotech company specializing in enzyme manufacturing and offering related services, is excited to introduce a new line of restriction enzymes designed to enhance the flexibility and precision of molecular biology experiments. Restriction enzymes are essential tools for DNA digestion in molecular biology research, allowing scientists to modify, cleave, and analyze DNA fragments with exceptional accuracy and efficiency.
As research in genetic engineering and DNA sequencing grows more complex and sophisticated, the need for advanced restriction enzymes has never been more pressing. To meet this demand, Creative Enzymes has developed a range of innovative restriction enzymes that provide superior performance and versatility. These enzymes are derived from various sources, including bacteria, fungi, and plants, and are engineered to display exceptional specificity, sensitivity, and stability under a wide range of conditions.
The highlighted restriction enzymes cover the followings:
AccBSI is a high-fidelity endonuclease that recognizes the sequence CC*TCGAGG and cleaves the DNA double-strands precisely. This enzyme is particularly useful for applications that require precise control over DNA cleavages, such as site-directed mutagenesis and gene synthesis.
BseX3I is a rare-restriction enzyme that recognizes the sequence AACGTT and cleaves DNA only once every 4096 base pairs. This enzyme is ideal for applications that require long DNA fragments, such as genome assembly and DNA sequencing.
BstFNI is a thermostable enzyme that recognizes the sequence CCTNAGG and cleaves DNA at a defined position, leaving a 4-base overhang. This enzyme is beneficial for applications that require high-temperature incubation, such as PCR amplification and DNA ligation.
“We are excited to introduce our latest line of restriction enzymes to the scientific community,” said the senior scientist at Creative Enzymes. “These enzymes provide researchers unparalleled precision, specificity, and efficiency in molecular biology experiments, enabling them to achieve results that were previously thought to be impossible.”
With the launch of these innovative restriction enzymes, Creative Enzymes reaffirms its commitment to providing high-quality enzyme products and services to researchers worldwide. The company’s expert team of scientists and technicians is dedicated to helping customers overcome the most challenging research obstacles and achieve breakthrough discoveries in a wide range of fields, including biotechnology, pharmaceuticals, and agriculture.
About Creative Enzymes
Creative Enzymes is a remarkable supplier and manufacturer in the enzymology field. Equipped with an advanced technology platform, Creative Enzymes is able to offer high-quality and professional services to customers. Lastly, its products and services have been widely used in the academic and pharmaceutical industries.
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