Versatility is the great advantage of the new VACUETTE® Secondary Tubes developed by Greiner Bio-One. Th e tubes are available in two different types of material: PP (Polypropylene) and PET (Polyethylene terephthalate). They are perfectly suited for various uses inside and outside the laboratory, e.g. aliquoting, pooling, centrifuging, freezing, storing or transporting sample material. Thanks to the special screw closure, they fulfill the IATA guidelines for safe sample transport. Naturally they also meet the CLSI Standard AUTO 1-A. The tubes are easy to open, cold-resistant (-80 °C), transparent and shatter-proof. In order to off er the appropriate packaging for each application, Greiner Bio-One has developed two versions. VACUETTE® Secondary Tubes MULTIPLEX are packaged in pull-open plastic bags, whereas VACUETTE® Secondary Tubes SIMPLEX were developed especially for use with automated laboratory equipment. They are offered in environmentally friendly cardboard packaging. As they are already packaged pre-aligned in the cardboard container, they can be transferred directly into the storage container (plastic or metal box) of the laboratory machine. This is especially practical and saves valuable working time.
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Ergonomically engineered to provide the highest level of comfort and precision, Acura electro electronic pipettes are available in three models. The 926X model comprises seven micropipettes, ranging in volumes from 0.1 to 1000μL; the 936 model includes three micropipettes with volumes ranging from 0.1 to 10mL; and the Acura electro 956 offers eight multichannel pipettes with dispensing volumes from 0.5 to 350µL in 8- or 12-channel configurations. A unique feature is that one control unit is capable of fitting on to any one of 27 volumetric assemblies. Each microprocessor-controlled pipette features a lightweight design for maximum hand comfort and control. Programming one of the six working modes is easy with intuitive software control. The modes include Forward, Reverse, Stepper, Dilute, Mixing and Tactile. The new Tactile mode simplifies gel loading and makes titration possible using a micropipette. Display information is reversible for right or left side reading. User-friendly features include a swift-set user calibration system, a pipetting cycle counter, an audible beep for switching on or off, a reduced shaft length on the 926XS micropipettes up to 1000µL, and the ability of the volumetric module to be autoclaved at 121°C. The height adjustment system allows the optimal fitting and ejection of a wide selection of tips, and tip ejection is facilitated with the low-pressure activation button. Pipettes automatically go into energy saving stand-by mode if unused. The battery pack can be charged quickly on the convenient charging station stand. The battery charge level is clearly visible on the liquid crystal display.
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The launch of the Cytell Image Cytometer, a benchtop-sized image cytometer for rapid cell characterisation, introduces researchers to a new, simpler, faster and more productive way to conduct their cell analysis. The new system enables researchers to capture detailed data about their cells quickly while using minimal sample volumes. Data can be acquired for up to eight samples at a time and results are delivered through an intuitive graphical interface in less than two-and-a-half minutes. The system simplifies researchers’ working practices and increases productivity by removing the need to use specialised cell analysis instruments. Large cell analysis instruments are often in a shared facility, which can be difficult to access at the right time, and are time-consuming to use.
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Delivering increased sensitivity, the Triple Quad 6500 and QTRAP 6500 systems are next-generation mass spectrometers designed for those who need to push the limits of quantitation in complex matrices while maintaining reproducibility and robustness. With new multi-component Ion- Drive technology increasing the generation, transmission and detection of more ions, the instrument delivers sensitivity enhancements with no compromise in mass range. This is made possible by significant improvements in the ionization source through the new Turbo V source, enhancements in the ion transmission stage with the novel QJet guide, and a 20x increase to the detector dynamic range with the High Energy detector. The 6500 platform is also compatible with the novel SelexION Technology, which delivers a new dimension of selectivity in differential ion mobility spectrometry for quantitative and qualitative analysis. The 6500 series is ideally suited to a variety of applications, including drug discovery and development in regulated laboratories; peptide quantitation as well as biomarker verification in biomedical research; and clinical research in endocrinology laboratories.
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