The GenomiPhi V2 DNA Amplification Kit, 100 Reactions (25660031) is a Cytiva illustra kit for representative whole-genome amplification from nanogram amounts of DNA sample. It uses isothermal strand displacement amplification to produce typical DNA yields of 4 to 7 µg with average product lengths greater than 10 kb.
Key Features
- Whole-genome amplification format, designed for efficient and representative genomic DNA amplification
- 100 reaction kit size, matching the verified 25660031 GenomiPhi V2 variant
- 4 to 7 µg typical DNA yield, generated from nanogram amounts of starting DNA sample
- Greater than 10 kb average product length, supporting downstream molecular biology workflows
- 1.5 to 2 h test time, providing a faster workflow than many traditional amplification approaches
- Isothermal strand displacement amplification, allowing whole-genome amplification without a thermal cycler
- Purified DNA or cell lysate input, supporting use with purified DNA or non-purified cell lysates
- Complete reagent set, including sample buffer, reaction buffer, enzyme mix and lambda control DNA
Benefits
- Helps laboratories amplify limited genomic DNA samples into usable quantities for downstream analysis.
- Supports representative whole-genome amplification where uniform locus representation is important.
- Reduces workflow complexity by using an isothermal protocol that does not require a thermal cycler.
- Provides amplified DNA suitable for applications such as genotyping, array CGH, sequencing, cloning and DNA archival.
- Supports reproducible processing with an automation-friendly protocol for molecular biology laboratories.
Why Choose the GenomiPhi V2 DNA Amplification Kit, 100 Reactions (25660031)?
The GenomiPhi V2 DNA Amplification Kit, 100 Reactions (25660031) is a specific Cytiva illustra kit for whole-genome amplification using Phi29 DNA polymerase-based isothermal strand displacement. John Morris Group can help Australian laboratories source the correct GenomiPhi V2 kit for genomic DNA amplification, high-throughput genotyping and downstream molecular biology workflows.
