The GenomiPhi HY DNA Amplification Kit, 100 Reactions (25660020) is a mid-scale whole genome amplification kit for generating representative genomic DNA from nanogram amounts of starting sample. It uses Phi29-based isothermal strand displacement amplification and can typically produce 40 to 50 µg DNA in 4 hours.
Key Features
- 100 reaction kit format, matching the confirmed Cytiva ordering code 25660020
- Mid-scale whole genome amplification, designed for representative amplification of genomic DNA
- Phi29 isothermal strand displacement amplification, enabling non-PCR based DNA amplification at a constant temperature
- Typical 40 to 50 µg DNA yield, achieved in 4 hours with little hands-on time
- Average product length over 10 kb, supporting downstream applications that require high molecular weight amplified DNA
- Uniform genome representation, helping locus representation remain close to the original DNA sample
- Verified with clinical sample DNA, including DNA from blood and buccal swabs
- Core kit components included, with sample buffer, reaction buffer, enzyme mix and control lambda DNA listed for this kit
Benefits
- Helps laboratories generate useful quantities of genomic DNA from limited starting material.
- Supports high-throughput genotyping, hybridisation, DNA archival, PCR, restriction enzyme digestion and cloning workflows.
- Reduces reliance on thermal cycling by using an isothermal amplification method.
- Supports consistent whole genome amplification where representative locus coverage is important.
- Provides a 100 reaction pack size for routine molecular biology and genomics workflows.
Why Choose the GenomiPhi HY DNA Amplification Kit, 100 Reactions (25660020)?
The GenomiPhi HY DNA Amplification Kit, 100 Reactions (25660020) gives laboratories a verified 100 reaction option for mid-scale whole genome amplification using Phi29 isothermal strand displacement chemistry. John Morris Group can help Australian laboratories confirm suitability, availability and ordering details for this GenomiPhi HY kit.
