Superior Genomic DNA Extraction Kit - BlueKit
Superior Genomic DNA Extraction Kit - BlueKit
Applications
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Shows higher yield and higher purity compared to competing products.
Electrophoresis in 1% agarose gels
Strip No.1&2:Blood/Tissue/Cell Genomic DNA Extraction Kit (Magnetic bead method)
Strip No.3&4:Imported Kit
Results show that genomic fragments extracted using the Bluekit® kit are as complete as those using imported kits.
Extract genomic DNA from two blood samples respectively with the imported kit and the Bluekit® kit, and then detect the concentration with Nanodrop.
Results show that the the Bluekit® kit has 5-10% yield more than the imported kit.
Beyond its superior performance, our Genomic DNA Extraction Kit is celebrated for its user-friendly protocol. We understand that time is of the essence in research. Therefore, our kit is designed to simplify the DNA extraction process without compromising on quality or efficiency. From streamlined sample preparation to fast processing times, every aspect of the kit is tailored to enhance productivity in the lab. Furthermore, compatibility with a variety of downstream applications, including PCR, qPCR, next-generation sequencing, and genotyping, makes our kit a versatile tool for researchers tackling diverse genomic projects. Embarking on genomic analysis requires tools that are not only effective but also reliable and easy to use. BlueKit’s Blood/Tissue/Cell Genomic DNA Extraction Kit stands out as the preferred choice for researchers seeking to push the boundaries of what’s possible in genomic studies. With its higher yield and purity, coupled with a user-friendly design, this kit is not just a product but a pivotal partner in the quest for scientific discoveries and advancements.
Cat.No. HG-NA100 $231.00
This kit is designed for the simple and efficient extraction of genome. This kit can be applied to extract a small quantity of samples manually and perform in a high-throughput scale automatically.
Genomic DNA Extracted by this kit can be used to detect host cell DNA in some experiments.