$474.00
Avam® ssDNA Binding Protein (E. coli) selectively binds single-stranded DNA, forming tetramers of four identical 18.9 kDa subunits, providing protection to 8-16 nucleotides. Primarily involved in DNA replication, recombination, and repair processes in nature, this protein enhances specific DNA polymerase-mediated reactions in vitro by relaxing DNA secondary structure and boosting enzyme processivity. Its ability to bind single-stranded DNA effectively allows for the stabilization of DNA regions, minimizing secondary structure formation and facilitating the fidelity of DNA polymerase during replication and amplification processes. Supplied in a buffer solution containing 50 mM Tris-HCl, 200 mM NaCl, 1.0 mM DTT, 0.1 mM EDTA, and 50% glycerol, pH 7.5 at 25°C, this protein is a versatile tool for various molecular biology applications, aiding in the manipulation and analysis of DNA molecules with enhanced precision and efficiency.
● Avam® ssDNA Binding Protein (E. coli) (1.5 mg)
● Storage buffer solution
● Storage temperature: –25°C to –15°C
● Molecular weight: 18.975 Kilo Daltons
● Purity: >99%
● Single-stranded exonuclease: <1% released
● Double-stranded exonuclease: <1% released
● Double-stranded endonuclease: No conversion
● E.coli DNA contamination: <0.7 µg inhibits PCR
● Enhances DNA Polymerase Fidelity
● Facilitates primer sequestration
● Allows for longer read lengths in pyrosequencing for SNP analysis
This protein stabilizes single-stranded DNA regions, reduces DNA secondary structure, and enhances the fidelity and processivity of certain DNA polymerase-mediated reactions.
It should be stored at temperatures ranging from -25°C to -15°C for optimal stability.
As a starting point, add Avam® ssDNA Binding Protein (E. coli) at a concentration range between 20-320 ng/µL per 50 µL reaction to identify the optimal concentration for PCR reactions.
Purity and activity are evaluated through various quality control measures, including SDS-PAGE, specific activity assays, and tests for contaminating E. coli DNA.
Yes, it can also be utilized in primer sequestration and for enabling longer read lengths in pyrosequencing for SNP analysis.
Quantity | 1.5mg |
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