DNK2701-Soil DNA Fast Kit. The soil genomic DNA extracted by ordinary handheld or reagent kits often fails due to the presence of strong inhibitors of PCR, such as humic acid and palmitic acid impurities.
DNK2301-Stool DNA Mini Kit. The conventional DNA purification method cannot effectively remove a large number of inhibitory factors present in feces, leading to the failure of downstream experiments, such as PCR not being able to amplify the required fragments.
DNK2201-λ Phage Genome Kit. λ Phage vectors are widely used for library screening, and the purpose is to clone and cultivate a large number of bacterial particles that need to be extracted λ Perform subsequent work such as sequencing using bacteriophage DNA.
DNK2101-M13 Phage Single Stranded Kit. M13 and other filamentous phage vectors are very useful in library construction and providing single stranded DNA and inducing mutations for sequence sequencing.
DNK1801-Apoptotic body hoeschst Stain Kit. The morphological changes of cells in the middle and late stages of apoptosis are chromatin aggregation and consolidation in local areas, followed by nuclear fragmentation and the appearance of apoptotic bodies.
DNK1701-Selectively Apoptotic DNA Ladder Extract Kit. A significant morphological feature of apoptotic or programmed death cells is that the chromosome DNA breaks regularly with the nucleosome as a unit (185bp) to form a DNA fragment with a length of about n×185bp(n=1,2,3,4...).
DNK1601-Apoptotic DNA Ladder Fast Kit. When cells undergo apoptosis, chromatin DNA breaks between nucleosomes, ultimately forming DNA fragments with integer multiples of 200bp.
DNK1501-Plant DNA Mini Kit, Qiagen 69104, This reagent kit adopts a DNA adsorption column and a novel unique solution system, suitable for rapid and simple extraction of genomic DNA from plant samples containing phenols, polysaccharides, and enzyme inhibitors.
DNK1101, Bacterial Genomic DNA Fast Kit, The unique binding solution/protease K rapidly lyses cells and uses a silica gel membrane centrifuge column to specifically adsorb DNA