Mutation Analysis - STA Method "Use your existing sequencer,
results in 3 hours"
Capillary Sequencer ABI 3100, 3700, 3130, 3500 | | TrimGen's STA technology uses special chemistry to enrich mutation signal for low level mutations detection. The STA assay has been widely used to detect BRAF, KRAS and other mutations see STA publications.
- Compare to PCR : STA's multiplex capability tests more mutations
- Compare to Sequencing : STA has higher sensitivity- detects 1-2% mutations
- Compare to NGS : STA's result in 3 hours with a fraction cost of NGS
| Assay Information | | Assay method | Shifted Termination Assay (STA) | | Sample required | 10-100ng DNA | | Assay Time | 3 hours | | Instrument required | Thermal cycler, Capillary sequencer ABI 3100, 3700, 3130, 3500 |
Product Information |
Mutation Analysis - NGS Method "Library preparation,
with 2 steps in 1.5 hours"
| | TrimGen's iGeneQuick method uses special chemistry to simplifies NGS library preparation. The method allow user to select target gene and prepare library in 1.5 hour. With iGeneQuick method, laboratories can perform ALL-in-ONE test to save time, labor and cost. Compare to traditional NGS methods - iGeneQuick test more samples in a single run.
- iGeneQuick screen hundreds of samples with less cost and fast results.
- iGeneQuick able to create your own NGS assay/panel for any target gene(s).
| Assay Information | | Assay method | iGeneQuick method | | Sample required | 5-100 ng DNA | | Assay Time | 1.5 hours | | Instrument required | Thermal cycler, Next Generation Sequencer |
Product Information |
