The ZymoBIOMICS DNA Kits are designed for purifying DNA from a variety of sample inputs that is immediately ready for microbiome or metagenome analyses. The ZymoBIOMICS lysis system eliminates bias associated with unequal lysis efficiencies of different organisms (e.g. Gram-negative/positive…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

MagRack 6 is designed for small-scale sample preparation using magnetic beads, and enables handling of up to six samples in 1.5 ml microcentrifuge tubes Provides convenience by making it easy for you to perform small-scale purifications and enrichment of sample volumes up to 6x1.5 ml. Process…

MagRack Maxi is a magnetic rack for small-scale protein purification and sample enrichment with magnetic beads. Provides convenience by making it easy for you to perform small-scale purifications. Enrichment of sample volumes up to 50 ml. Allows for optimal performance during protein…

Tunable : High quality tunable DNA fragment size selection from 150 bp to 800 bps Consistent performance : Rapid purification with high reproducibility Automation Ready : Scalable automation-friendly protocol The Select-a-Size DNA MagBead Kit is a size selection DNA magbead kit that…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Quick-DNA/RNA Viral MagBead kit is designed for high-throughput purification of viral DNA and/or RNA from plasma, serum, urine, cell culture media, blood, saliva, cellular suspensions, biopsies and swab and fecal samples stored in DNA/RNA Shield. The kit also features a buffer system that…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

G-Biosciences’ Carboxyl Magnetic Beads are 1µm, uniform magnetic beads with surface functional group -COOH. The magnetic bead consists of a single-crystal Fe₃O₄ sphere core and dextran coating layer. Through chemical modification of dextran, the carboxyl…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…

Magnetic Nanobeads have been developed to obtain the largest surface area while there is still sufficient magnetic force for its mobility. It results in higher binding capacity for target molecule, with less time spent in work. Features and Benefits Higher capacity for binding molecules due to…