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→Capable of amplifying and sequencing a library of DNA fragments in a massively parallel fashion, the Genome Sequencer FLX System provides advanced tools for ultra-high-throughput sequencing, including: the GS FLX Instrument and accessories; advanced software to generate base calls and interpret raw reads; reagent kits for library construction, clonal amplification, and sequencing. The Genome Sequencer instrument is
the centerpiece of the Genome Sequencer FLX System. The fluidics
subsystem ensures accurate reagent dispensing. It consists of a
reagents cassette holding the reagent containers, a sipper manifold,
pumps, valves, and debubblers. The fluidics subsystem flows the
sequencing reagents across the wells of the PicoTiterPlate device, and
moves the spent reagents from the PicoTiterPlate device to the waste
receptacle.
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→The NimbleGen MS 200 Microarray Scanner is the
first scanner optimized to unleash the full potential and capture the
complete picture from NimbleGen DNA microarrays. The MS 200 offers 2
micron resolution and heightened sensitivity to achieve high data
quality and confident results from high-density NimbleGen microarrays
of today and tomorrow. Critical to the the workflow, NimbleScan and
SignalMap software are included to analyze and view the high-quality
data from the MS 200. |
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→Using The Coulter Principle, also known as ESZ (Electrical Sensing Zone Method), the Multisizer 3 COULTER COUNTER provides number, volume, mass and surface area size distributions in one measurement, with an overall sizing range of 0.4 µm to 1,200 µm. Its response is unaffected by particle color, shape, composition or refractive index. The Coulter Principle is the absolute leading technology in high resolution and accuracy and it is further enhanced in the Multisizer 3 by using a Digital Pulse Processor (DPP). You will get the ultra-high resolution, multiple channel analysis and accuracy not provided by any other technology. It all makes the Multisizer 3 indispensable for any industrial or life science research project involving sizing and/or counting. Equally a powerful tool for quality control, it provides the analyst with a system which is easy to use, yet so technologically advanced that it is able to solve most particle sizing problems. |
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→Applications:
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| HydroShear | ||
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→HydroShear®
offers the simplest, most reproducible, and most controllable method
available for generating random DNA fragments. This software-driven
device uses hydrodynamic shearing forces to fragment DNA strands. |
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→Features of the DNA Engine thermal cycler Single-bay cycler accommodates over ten different Alpha™ sample blocks, including independently controlled dual blocks. Temperature Gradient capability employs dynamic ramping, guaranteeing consistent hold times across all sample wells. |
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→MJResearch, Model PTC-240 Tetrad 2 DNA Engine Peltier thermal cycler, The Tetrad 2 contains an onboard Pentium-class computer that delivers an advanced graphical interface—ideal for managing production-grade thermal cycling. Real-time displays of block, sample and lid temperatures provide quality assurance that the thermal cycler is performing as directed. |
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→Beckman Coulter introduces the Allegra X-15R
benchtop centrifuge, providing fast separations and optimal recovery
in the large capacity four x 750ml rotor. It also incorporates Aries smart balance rotor technology, which not only automatically detects imbalance, but also corrects it, enabling customers to complete their runs even if the samples are not balanced. |
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→The Direct-Q 5 tap-fed water purification
system is designed for scientists who need 5 to 15 L of ultrapure
water per day. This compact, silent system produces up to 0.6 L/min of
ultrapure (Type I) water on demand, directly from potable tap water.
Direct-Q system performance characteristics are automatically
monitored by pressure, temperature and resistivity sensors, and are
clearly shown on the system's display, which also indicates when
routine maintenance should be performed.
- Culture Media
- Buffers - Blanks or Standard Solutions |
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→The TissueLyser system is well-suited for high-throughput sample disruption, providing highly reproducible results in many downstream applications. These include RNA purification from difficult-to-lyse animal tissues and plant tissues and DNA purification from animal tissues. For RNA applications, stabilization of freshly harvested tissues in RNAlater RNA Stabilization Reagent effectively prevents RNA degradation during disruption with the TissueLyser system. |
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→The Iroquois perchloric acid fume hood is designed specifically for procedures using perchloric acid. Based on the LA-series superstructure, it features a one-piece, cove-cornered Type 316 stainless steel interior with integral work surface and washdown system. Regular use of the washdown system cleanses the hood interior of perchloric salts, which drain into a full-length sloped trough contained in the work surface. Access to plumbing is through exterior access panels only. Due to the extreme reactivity of perchloric acid, this hood should be used FOR PERCHLORIC ACID ONLY. Standard features include:
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→The VersaFluor cuvette fluorometer is a fast and simple way to quantitate DNA, RNA, and proteins, to detect apoptosis, and to perform reporter enzyme assays with the high level of sensitivity and selectivity that fluorescent detection offers. The VersaFluor is a flexible cuvette fluorometer, featuring changeable filters for multiple excitation and emission wavelengths. To order the appropriate filter for your application, use the Filter Selection Guide. The VersaFluor fluorometer is the only instrument needed to detect and quantitate DNA from PCR amplification, restriction digests, and plasmid preps, to quantitate apoptosis activity, and to assay the reporter enzymes beta-glucuronidase (GUS) and beta-galactosidase. |
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