$474.00
Elevate your molecular biology experiments with the Avam® T7 DNA Polymerase, harnessing the power of Avam® T7 DNA Polymerase, a mesophilic, highly processive enzyme derived from bacteriophage T7. This replicative DNA polymerase plays a pivotal role in the rapid and precise replication of the phage’s genome during its infection cycle. Comprising a polymerase domain from gene 5 of T7 bacteriophage and a processivity factor from the E. coli trxA gene thioredoxin, this two-subunit protein offers exceptional fidelity and efficiency.
Avam® T7 DNA Polymerase boasts a robust (3′-5′) exonuclease activity that acts on both single and double-stranded DNA, contributing to its high fidelity and preventing strand displacement synthesis. The polymerase provides the enzyme in a buffer optimized for stability and activity, ensuring reliable performance in your experiments. The 10X Avam® T7 DNA Polymerase Buffer further enhances enzyme efficiency, facilitating seamless DNA synthesis and replication.
● Avam® T7 DNA Polymerase (3500U, 0.35 mL)
● 10X DNA Polymerase Buffer (1 X 1.5 mL)
● Storage temperature: –25°C to –15°C
● Molecular weight: 92.1 Daltons
● Purity: >99%
● Specific activity: 13,333 U/mg
● Single-stranded exonuclease: Functional
● Double-stranded exonuclease: Functional
● Double-stranded endonuclease: 100 U, no conversion
● E. coli DNA contamination: <10 copies
● Copying long stretches
● DNA manipulation
● Site-directed mutagenesis
● Second strand synthesis
● Gap filling reaction (no strand displacement)
● ISEL assay: apoptosis detection by in situ labeling of DNA breaks
No, Avam® T7 DNA Polymerase is not suitable for DNA sequencing due to its exonuclease activity.
The recommended DNA molar ratio is dependent on the specific application and should be optimized accordingly
Yes, Avam® T7 DNA Polymerase can be used for gap filling reactions without strand displacement, making it suitable for various DNA manipulation techniques.
The Avam® T7 DNA Polymerase should be stored at temperatures between -25°C to -15°C for optimal stability and performance.
Quantity | 3500U |
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