| Instruments and Software |
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Dark Reader® transilluminators and hand lamps reveal fluorescent DNA, RNA, proteins and other biological samples using a revolutionary combination of a VISIBLE light source and two colour filters. The apparatus is at least as sensitive as UV for the detection of many popular dyes and can be used to see, directly by eye, less than 100 pg of stained DNA. No UV light is emitted by the Dark Reader so there is essentially zero risk of eye and skin damage. DNA undergoes a number of reactions when exposed to UV light resulting in poor cloning and sequencing results. Use of the Dark Reader drastically reduces the extent of DNA damage and cloning is increased over 100-fold compared to the damage produced by a UV device. The Dark Reader visible light source is very versatile as it is particularly effective for viewing fluorophors through glass and plastic, and even in transgenic plants and animals. Photographs of gels can be taken using Polaroid and digital cameras as well as with conventional Geldoc systems.
 CLC Bio provides integrated bioinformatics solutions including sequence analysis software, high-performance computing, consulting, and education to pharmaceutical and biotechnology companies, as well as hospitals and universities all over the world. We hereby facilitate research into genetically determined diseases, drug development, molecular diagnostics, agricultural research, and more.
 The Lab901 ScreenTape system is a fully automated solution for gel electrophoresis that delivers analysed results in 10 minutes. The TapeStation loads, separates, images and analyses your samples, giving you more time for discovery. Whether you perform DNA analysis, RNA analysis or protein analysis, Lab901 will change the way you do electrophoresis. Pre-packaged reagents and full automation mean safety, simplicity, speed and reproducibility.
Drawing on Genevac's extensive experience in the drug discovery field, the miVac Series is designed to provide very high performance coupled with ease of use, occupying the minimum of laboratory space. The miVac Range of centrifugal concentrators are capable of removing water and organic solvents from a variety of sample formats including tubes, microplates, vials and round bottom flasks. Built-in special runs for working with water and water mixtures improve performance and optimise concentration time. Choose from the miVac DNA Concentrator for simple organic solvents, e.g. methanol, ethanol, and solvents up to 100°C BP, e.g. water, the miVac Duo Concentrator for low sample numbers or the miVac Quattro Concentrator for larger numbers, the Duo and the Quattro are both available with the optional miVac SpeedTrap and pump(s). Both the SpeedTrap and the pumps (Duo Pump, Quattro Pump or Scroll) are also available separately.
 As part of Thermo Fisher Scientific, the world leader in serving science, NanoDrop Products has played a pioneering role in micro-volume instrumentation by developing unique spectrophotometers and fluorospectrometers for the life sciences market. Since 2001, more than 20,000 NanoDrop instruments are utilized in labs that conduct research in such diverse fields such as drug discovery, genomics, proteomics and molecular diagnostics. The technology foundation of every NanoDrop product is based upon the patented sample retention system. This system allows scientists to quickly and easily quantify and assess purity of samples such as proteins and nucleic acids. By continually delivering small, simple and robust instruments combined with world class technical support, NanoDrop products continue to garner strong customer loyalty. See article on the MIQE Guidelines and Assessment of Nucleic Acids prior to qPCR and RT-qPCR.
 Seegene's patented block dissipation technology and bottom detection mode provide better heating and cooling rates, temperature accuracy, uniformity and stability. SeeCycler has a capacity of up to 96 samples and delivers 6 wells dual color scanning in 5.5 seconds. With 6 channels, the system covers the entire fluorescence detection wavelength.
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