Azura™ Mouse Genotyping Kit provides a rapid, low-cost and highly efficient method for the DNA extraction and amplification of a variety of solid tissue types, and is ideally suited to mouse tail snips and mouse ear punches.
In order to confirm the ideal reagent for your application, please click here for our PCR Selection Guide.
Azura™ Mouse Genotyping Kit provides a rapid, low-cost and highly efficient method for the DNA extraction and amplification of a variety of solid tissue types, and is ideally suited to mouse tail snips and mouse ear punches. Conventional methods require laborious, time-consuming and inefficient steps such as phenol extractions and overnight incubations.
Azura™ Mouse Genotyping Kit includes a proprietary lysis buffer formulation which delivers a rapid and complete release of genomic DNA in 15 minutes, followed by PCR amplification using Azura 2x HS Red Mix for unrivalled sensitivity and performance regardless of sequence complexity. Azura 2x HS Red Mix also includes an inert red dye which facilitates direct gel-loading.
Time Savings Analysis of Azura™ Mouse Genotyping Kit compared with conventional extraction and amplification. The Azura™ Mouse Genotyping workflow requires a rapid 15 minute extraction method which generates high integrity PCR-ready genomic DNA followed by a fast amplification protocol for a total workflow time of approximately 1 hour. In contrast, conventional crude methods utilize a proteinase k digestion step (approx. 4 hours) and standard Taq polymerase PCR (approx. 1.5 hours). The Azura™ Mouse Genotyping Kit allows increased throughput and improved turnaround time.
DNA extraction and amplification from mouse
tail, mouse ear and other mammalian tissues.
Simple, efficient tissue lysis followed by robust
amplification which outperforms conventional,
crude methods and other commercial kits.
Single-tube preparation of PCR-ready mouse
genomic DNA in 15 minutes provides ease of
use and minimizes contamination risk.
DNA Extraction and PCR can be complete in as
little as 60 minutes for improved throughput and
turnaround time.