The GenomiPhi V3 Ready-To-Go Kit, 480 Reactions (25-6601-97) is a whole-genome DNA amplification kit for representative amplification from nanogram amounts of DNA sample. This 480 reaction Ready-To-Go format uses isothermal strand displacement amplification and is designed to generate 12 to 20 µg DNA yield from 10 ng genomic DNA input.
Key Features
- 480 reaction kit format, matching the verified GenomiPhi V3 Ready-To-Go 25-6601-97 variant
- Representative whole-genome amplification, supporting amplification from nanogram amounts of DNA sample
- 12 to 20 µg typical DNA yield, achieved from 10 ng of genomic DNA input under stated conditions
- Isothermal strand displacement amplification, enabling amplification without a thermal cycler
- Phi29 DNA polymerase family chemistry, supporting high-quality DNA amplification workflows
- Ready-To-Go lyophilised cake format, with preformulated, predispensed single-dose reaction cakes for reproducible setup
- 1.5 h amplification at 30 °C, followed by 10 minute heat inactivation at 65 °C
- Room temperature storage, simplifying handling compared with frozen liquid reagent formats
Note: This kit is listed for research use only and is not recommended or intended for diagnosis of disease in humans or animals.
Benefits
- Helps generate microgram quantities of DNA from limited genomic DNA input.
- Simplifies whole-genome amplification setup through predispensed Ready-To-Go reaction cakes.
- Supports downstream genotyping, SNP analysis, STR analysis, array CGH, and DNA archiving workflows.
- Improves workflow convenience by reducing reagent thawing and freezer handling requirements.
- Reduces reorder uncertainty by matching part 25-6601-97 with the 480 reaction GenomiPhi V3 kit format.
Why Choose the GenomiPhi V3 Ready-To-Go Kit, 480 Reactions (25-6601-97)?
Choose the GenomiPhi V3 Ready-To-Go Kit, 480 Reactions (25-6601-97) when you need the verified 480 reaction Ready-To-Go format for whole-genome DNA amplification. John Morris Group can help confirm suitability for your molecular biology, genotyping, or DNA archiving workflow.
