Tiangen TGuide Advanced Universal DNA Kit for Genetic Analysis

Introducing our life-altering product, the "Tiangen TGuide Advanced Universal DNA Kit for Genetic Analysis", the cutting-edge kit specially designed for precise genomic DNA extraction from a variety of sources, including blood, bacteria, cells, saliva, and other biological samples. Developed by Tiangen, a reputable biotech manufacturer, our new arrival leverages innovative magnetic bead technology for swift, accurate, and secure results, effectively revolutionizing the field of genetic analysis.

Our kit benefits your laboratory by ensuring the isolation and purification of high-quality genomic DNA from diverse samples in a safe and convenient manner. This unique and reliable technique gives you large fragments of DNA with high purity and stability, suitable for an extensive range of further experiments such as enzymatic digestion, PCR, qPCR, library construction, Southern blot, ChIP analysis, and high-throughput sequencing. Additional S&H or Hazmat fees may apply due to the proprietary nature of the kit.

Key features of our Tiangen TGuide Advanced Universal DNA Kit include:

• Universal applicability: This kit allows DNA extraction from a broad range of samples, including blood, dried blood spots, bacteria, cells, saliva, oral swabs, and animal tissues.
• Innovative magnetic bead method: Our DNA extraction process leverages a specialized magnetic bead technique and a unique buffer system, facilitating efficient separation and purification of nucleic acids.
• High purity and yield: The resulting genomic DNA is of extremely high purity with large fragments, making it ideal for subsequent experiments.
• Safety, speed, and convenience: The extraction process is designed for safety and quick results—thus minimizing lab downtime and maximizing efficiency.
• Endless possibilities: DNA extracted using the kit is compatible with a wide range of downstream processes, including enzymatic digestion, PCR, qPCR, library construction, Southern blot, ChIP analysis, and high-throughput sequencing.