Streamlining DNA Primer Synthesis for Precision Research
Tsingke has established itself as a leader in this space by integrating advanced synthetic raw materials, cutting-edge equipment, and innovative technology into a seamless industrial chain. This comprehensive approach ensures that researchers receive safe, reliable, and cost-effective customized DNA oligos tailored to their specific needs.
Workflow Overview
Tsingke’s DNA primer synthesis workflow is meticulously designed to maintain high standards at every stage.
Synthesis: Utilizing high-throughput synthesizers, Tsingke can produce primers in quantities ranging from picomoles (pmol) to millimoles (mmol). This capacity allows for flexibility in meeting diverse project demands.
Purification: The purification process employs state-of-the-art Waters 2695 and Waters 2767 automatic purification systems, along with PAGE purification techniques. This ensures that the synthesized primers are free from contaminants, confirming their suitability for sensitive applications.
Quality Control: Quality assurance is integral to Tsingke’s operations. Every batch undergoes rigorous MASS quality inspection, alongside CE and other additional quality checks. This meticulous scrutiny guarantees the integrity and performance of the primers.
Distribution: An automatic dispensing instrument is employed for precise dispensing, ensuring that researchers receive their orders accurately and efficiently.
Delivery: Tsingke offers flexible delivery options, including tubes or customized packaging for lyophilized DNA, along with a comprehensive Certificate of Analysis (COA) report that provides detailed insights into the product’s quality.
Conclusion
Tsingke’s dedication to excellence in DNA primer synthesis positions it as a trusted partner for researchers across various fields. In the realm of molecular biology, DNA primer synthesis is a fundamental process that underpins various applications, from PCR to sequencing. By combining advanced technology with a robust quality control framework, Tsingke empowers scientists to conduct their experiments with confidence.