The GenomiPhi HY DNA Amplification Kit, 25 Reactions (25660022), is a whole-genome DNA amplification kit for midi-scale genomic DNA preparation from nanogram amounts of starting material. Supplied for 25 reactions, it uses Phi29 DNA polymerase-based isothermal strand displacement amplification to generate highly representative amplified DNA without requiring a thermal cycler.
Key Features
- Whole-genome amplification kit, designed for representative genomic DNA amplification from small starting quantities
- 25 reaction format, matching the verified supplier number 25660022 variant
- 40 to 50 µg typical DNA yield, produced from nanogram amounts of DNA sample
- Average product length greater than 10 kb, supporting downstream genetic analysis workflows
- Four-hour amplification protocol, providing high DNA yield with limited hands-on time
- No thermal cycler required, using isothermal strand displacement amplification
- Phi29 DNA polymerase chemistry, supporting high-fidelity whole-genome amplification
- Complete reagent set included, with sample buffer, reaction buffer, enzyme mix, and control lambda DNA
Benefits
- Supports preparation of amplified genomic DNA for applications such as genotyping, sequencing, cloning, hybridisation, PCR, and DNA archiving.
- Helps preserve representative locus coverage across the genome for downstream analysis.
- Suitable for purified DNA and non-purified cell lysate starting material.
- Automation-friendly workflow supports laboratories processing multiple genomic DNA samples.
- Useful for molecular biology and immunodiagnostic workflows requiring higher-yield amplified DNA.
Why Choose the GenomiPhi HY DNA Amplification Kit, 25 Reactions (25660022)?
The GenomiPhi HY DNA Amplification Kit, 25 Reactions (25660022), provides a verified 25 reaction format for representative whole-genome DNA amplification using Phi29 DNA polymerase chemistry. John Morris Group can help Australian laboratories source the correct GenomiPhi HY kit for genomic DNA preparation, molecular biology, and diagnostic research workflows.
