Nucleic Acid Electrophoresis
Features CAS#: 631-61-8 Molecular Formula: C2H3O2NH4 Molecular Weight: 77.08 ..
For Cleaner Backgrounds A high performance hybridization buffer system providing researchers with unprecedented simplicity, reliability, accuracy, and cost saving for hybridization. EKONO&tra..
Two concentrations of ethidium bromide solutions are offered, a 0.625 and 10mg/ml solution. Features Synonym: Homidium Bromide CAS#: 1239-45-8 Molecular Formula: C21H20BrN3 ..
Agarose I has low electroendosmosis (EEO) and high electrophoresis mobility. Suitable for nucleic acid analytical and preparative electrophoresis; blotting; and protein electrophoresis (i.e. Rad..
Agarose II has a low melting and gelling temperature compared to standard agaroses. The low melting temperature allows for the recovery of undamaged nucleic acids below the denaturation tem..
Agarose IV is a linear polymer with a very high molecular weight, giving gel structures unlike those of traditional agaroses. This characteristic produces a strong intercatenary interaction, yei..
Agarose MS is a high purity, ultra high resolution small fragment analysis agarose.
Moisture: ≤ 10%
Ash: ≤ 0.5%
EEO (electroendosmosis): ≤ 0.1
A proprietary mixture of Formaldehyde, EDTA and Blue Dextran that is designed for use in loading DNA samples onto denaturing polyacrylamide gels.
Loading DNA samples ..
Church & Gilbert’s Hybridization Buffer is prepared from molecular biology grade SDS, monosodium phosphate, EDTA and BSA Fraction V using DNase, RNase and Protease-free water.
Suitable for nucleic acid hybridization. Denhardt's solution is a mixture of high-molecular weight polymers capable of saturating non-specific binding sites and artificially increasing the concent..
DNAmark™ 100bp Plus Ladder consists of 14 DNA fragments ranging in size from 100-3000 base pairs (bp). The 500bp and 1200bp fragment are present at increased intensity to allow easy identificati..
DNAmark™ 1kb Plus contains 15 DNA bands ranging from 100bp to 10Kb. The 500bp and 3,000bp fragment are present at increased intensity to allow easy identification. All fragments are precisely qu..