Release date: 2014-08-18 PerkinElmer Inc., a global leader focused on improving human health and its environment, today announced the release of CellCarrier Ultra 384-well microplates for high content screening (HCS). The well plate design has been improved to achieve higher quality image data and more reliable results in HCS applications such as phenotypic screening and 3D disease model studies. This combination of features allows researchers to gain a deeper understanding of the disease and help accelerate the development of new, more effective therapies. “PerkinElmer has a strong professional background in HCS instruments and consumables, helping us develop innovations for scientists who want to measure intracellular changes in an unbiased and statistically meaningful manner using physiologically relevant disease models that indicate the physiological state of the human body. Type solution.†Brian Kim, president of PerkinElmer Life Sciences and Technology, said, “Innovations such as microplates equip scientists with powerful research tools that allow them to more accurately analyze diseases and develop more effective New treatment options." The CellCarrier Ultra 384-well microplate is designed for higher performance in high-content screening applications where imaging surfaces are critical for high-resolution images and high-quality data generation. The plate has a black appearance and is precision engineered for an extremely flat surface for efficient imaging. The orifice plate is made of a cyclic olefin, a plastic that is optically similar to glass and provides a sharper image. Other features of the microplate include: high numerical aperture water immersion lens combined with the bottom of the ultra low orifice plate for better viewing of the hole, improved plate cover design to reduce evaporation, corner space reserved for stacking Damage to the imaging surface, a variety of packages are available to suit the specific application. This microplate is part of PerkinElmer's complete solution for high-content screening, including: Operetta high-content imaging system, Opera Phenix high-content screening system, Columbus image data management and analysis system, and HC Profiler. Source: Bio Valley
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step 2: Immediately close the container again.
This protects the remaining test strips from humidity and guarantees strip integrity up to the expiry date indicated.
step 3: Dip the test strip for about 1 second into the fresh urine specimen.
Wipe off any excess urine on the rim of the vessel and blot the edge of the test strip on tissue paper.
step 4: Read the result by comparing the test fields with the color scale on the test pack after 30 to 60 seconds.
PerkinElmer launches new microplates for better quality high-content screening results
step 1: Remove a test strip, taking care not to touch the reaction fields.