Brand: Quantabio
Features:
- Description : 20 racks/ box
- Size : 1 box
- Supplier No. : 95910-20
Details: A faster, smaller, better way to qPCR Ultra-Fast Data Acquisition - 35 cycles in 25 minutes Unrivaled Performance - Detect 2-fold expression level differences Portable & Compact - 4.5 lbs - transport without ever calibrating Scalable & Wireless - Connect up to 10 instruments (48 samples/instrument) Magnetic Induction Technology - Eliminate variability vs block-based cyclers Q uses a patented magnetic induction technology to rapidly heat samples coupled with fan forced air for cooling to acquire data in only 25 minutes. Available in 2 or 4 channel models, the robust optical system acquires all channels simultaneously and allows for running the fastest multiplexed assays. Q?ó?é¼s miniature speaker-size and 4.5 pound weight make it the most portable and versatile qPCR cycler on the market without ever needing to calibrate. Q also provides scalability as each instrument can process up to 48 samples per run and up to 10 Q?ó?é¼s can be connected to a single computer wirelessly via bluetooth enabling up to 480 samples to be processed simultaneously. A key difference is that Q incorporates a unique spinning aluminum rotor providing superior temperature uniformity of ?é?? 0.05?éC versus traditional block-based real time cyclers which rely on multiple peltier heating blocks that can create edge effects resulting in sample variation. Not only does the data give you superior reproducibility, repeatability but enables detection of 2-fold gene expression level differences as well as identification of difficult class IV SNP?ó?é¼s requiring melt temperature resolutions of 0.1?éC.Who wouldn?ó?é¼t want to take one for a spin Ultra-Fast Data AcquisitionGenerate high quality data, fast!Q?ó?é¼s speed is the fastest in the industryDon?ó?é¼t sacrifice on the performance quality of your qPCR.Completing runs in as little as 25 minutes* is the new standard*25 minute cycle times obtained with fast cycling master mixes and short amplicon assay designs targeting cDNA
