DNA Fragment Purification from Gels

This kit is based on our GET &trade Spin Columns,spin columns with a high binding affinity for DNA. GET &trade AGAROSE DNA method involves release of nucleic acid fragments from gel pieces followed by capture of nucleic acids on the GET &trade

This kit is based on our GET &trade Spin Columns,spin columns with a high binding affinity for DNA. GET &trade AGAROSE DNA method involves release of nucleic acid fragments from gel pieces followed by capture of nucleic acids on the GET &trade

This kit is suitable for recovering up to 8 μ GDNA (70bp-10kb), the recovery was 60-85%. The agarose gel melts in a mild buffer (De-a solution), in which the protective agent can prevent the degradation of linear DNA at high temperature, and then

This kit is suitable for recovering up to 8 μ GDNA (70bp-10kb), the recovery was 60-85%. The agarose gel melts in a mild buffer (De-a solution), in which the protective agent can prevent the degradation of linear DNA at high temperature, and then

GelRed is a novel nucleic acid stain. This unique oil-soluble macromolecule is non-volatile, non-inhalable, and cannot penetrate cell membranes to enter living cells.

Obtaining DNA from biological samples is the first and most crucial step in molecular biology. Eluting both high quality and high yield of DNA from a wide range of biological samples can be challenging and can impact the success of downstream

DNA Restriction Digestion Analysis

Basic concepts of DNA fingerprinting are featured in this lab by comparing crime scene DNA with suspect DNAs. Fingerprint patterns are separated by agarose gel electrophoresis and the students determine who may have done-it!

Obtaining DNA from biological samples is the first and most crucial step in molecular biology. Eluting both high quality and high yield of DNA from a wide range of biological samples can be challenging and can impact the success of downstream

Obtaining DNA from biological samples is the first and most crucial step in molecular biology. Eluting both high quality and high yield of DNA from a wide range of biological samples can be challenging and can impact the success of downstream

Gel purification of DNA is a common technique used for the isolation of specific DNA fragments from reaction products. However, most methods either fail to completely remove agarose, which can lead to problems in downstream manipulations shear the

Gel purification of DNA is a common technique used for the isolation of specific DNA fragments from reaction products. However, most methods either fail to completely remove agarose, which can lead to problems in downstream manipulations shear the