DNK3901-Saliva DNA collection And Extraction kit. The traditional collection of human genomic DNA samples often requires blood collection and extraction of whole blood genomic DNA.

DNK3801-Plant Max Genomic DNA Kit, 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.

DNK3701-Marine animal Tussie DNA Kit. The unique Buffer CB/Proteinase K rapidly cleaves cells and inactivates intracellular nucleases, and then selectively adsorbs genomic DNA onto the silica matrix membrane in a highly dissociated salt state.

DNK3601-Urine DNA Kit. The DNA in urine comes from detached cells in the urethra, and using urine DNA for molecular biology basic research and clinical diagnosis has many special advantages

DNK3401-Plant Genomic DNA Fast Kit. This reagent kit adopts a unique buffer system, which is particularly suitable for extracting genomic DNA from plant dry powder or fresh plant materials.

DNK3201-Immobilized Embedded Tissue DNA Kit. Formalin fixed or paraffin embedded tissues are rapidly lysed by unique Buffer FTL heat treatment and Proteinase K to release genomic DNA.

DNK3001-Oral Pharynx Swab Fast DNA Kit. This kit uses a specially designed imported DNA adsorption column and a unique buffer system, making it particularly suitable for separating and purifying genomic DNA from oral/pharyngeal swabs

DNK2901-Yeast Genomic Medi Kit. This kit is used for rapid extraction of genomic DNA from yeast.

DNK2801-Yeast Genomic DNA Kit. This kit is used for rapid extraction of genomic DNA from yeast.

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.

DNK2501-Clinical DNA Mini Kit. This reagent kit adopts a specially designed ultra trace DNA adsorption column and a unique buffer system

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.