FlashGel™ DNA Kit
FlashGel™ DNA Kit
Product Overview
The FlashGelTM System for fast electrophoresis of DNA is the ideal sample screening tool. Check up to 32 PCR or restriction fragments quickly without having to plan your day around agarose gels or verify your DNA sample integrity prior to downstream analysis. The FlashGelTM System is the fastest way to separate DNA and the best way to watch DNA migration as it happens. This revolutionary new tool separates DNA in 2 - 7 minutes. Monitor gel runs right at the bench, without UV light. The highly sensitive system allows a 5-20X reduction in DNA levels - saving both time and money. FlashGelTM Cassettes contain precast, prestained agarose gels and buffer - no need for gel preparation, buffer addition or gel staining.
Request More InfoBenefits
- 5 minute separation and recovery
- See bands in as little as 2 minutes
- Recover samples directly without UV light band excision or purification
- Real-time separation and documentation
- Watch band migration as it happens
- Photograph gels at the bench without DNA damaging UV light
- Outstanding sensitivity and resolution
Applications
- DNA Electrophoresis
Storage and Content
- FlashGelTM DNA Cassettes, 1.2% 12+1 single tier, 9 pack (Cat. No. 57023)
- FlashGelTM Loading Dye, 5X (Cat. No. 50462)
- FlashGelTM Marker 100 bp - 4 kb (Cat. No. 50473)
SDS, CoA, and Instructions
Safety Data Sheets (SDS)
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Certificate of Analysis (CoA)
Please enter Lot Number, including all zeros, located on the product label and please take into account that it is case sensitive.
Educational Material
Brochures, White Papers etc.
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FlashGel® System - Citations
Lonza Product Citation List FlashGel System -
Poster: Use of FlashGel® Cassettes for separations in gene editing workflows
Presented at ABRF 2020, we demonstrate here the use of FlashGel“ DNA Cassettes as tools to monitor the results of several electrophoretic separation steps that maybe involved in the CRISPR/Cas9 gene editing workflow: mismatch cleavage assays, single guide RNA (sgRNA) screening, and single stranded DNA (ssDNA) production.
