Automated System for BigDye® Terminator Cleanup by Hamilton Company
Manufacturer Hamilton Company
Removal of unincorporated dye terminator after DNA sequencing reactions is a prerequisite to load samples on automated capillary sequencers. For rapid and effective removal of unincorporated dye terminator, Agencourt CleanSEQ® uses Solid Phase Reversible Immobilization (SPRIT) of DNA products on magnetic microparticles. The kit has been automated on the HAMILTON MICROLAB® STAR. The flexibility of the STAR and the robustness of the method facilitate implementation in low or high throughput enviro... Read more
Automated System for BigDye® Terminator Cleanup
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Average Rating: 4.3
1 Scientist has reviewed this product
Status:
Reviewer
Member since: 2010
Organization: University of Stellenbosch
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- Ease of use
- After sales service
- Value for money
Rating: 4.3
Application Area: Bacteriology In Environmental Samples
"It gives the best results in a short time. "
Review date: 09 Apr 2014 | Automated System for BigDye® Terminator Cleanup
Removal of unincorporated dye terminator after DNA sequencing reactions is a prerequisite to load samples on automated capillary sequencers. For rapid and effective removal of unincorporated dye terminator, Agencourt CleanSEQ® uses Solid Phase Reversible Immobilization (SPRIT) of DNA products on magnetic microparticles.
The kit has been automated on the HAMILTON MICROLAB® STAR. The flexibility of the STAR and the robustness of the method facilitate implementation in low or high throughput environments.
• minimal costs for reagents and consumables
• high quality data
• maximum read length
Results generated on the STAR compare favorably with results from manual processing. Automation of other kits from Agencourt on the same system is easily done due to the flexibility of the STAR.
The kit has been automated on the HAMILTON MICROLAB® STAR. The flexibility of the STAR and the robustness of the method facilitate implementation in low or high throughput environments.
The application was optimized to attain:
Results generated on the STAR compare favorably with results from manual processing. Automation of other kits from Agencourt on the same system is easily done due to the flexibility of the STAR.
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