Porvair Sciences announces its complete range of Krystal (TM) clear bottomed assay microplates is now available individually packed and sterilised for optimised tissue culture cell growth or non-sterile for assay development.Available in a choice of 24-, 96- and 384-well formats, Krystal (TM) series clear bottom assay plates are widely recognised as industry-leading cell culture tools by many Pharma drug discovery and screening labs. These standard clear polystyrene bottom plates have bases just 0.4mm thick and are moulded from highly polished tools to reduce flow lines, artefacts and scratches, guaranteeing excellent results with all types of bottom-reading instruments.For more demanding applications, precision engineered Krystal glass bottom plates from Porvair Sciences are manufactured using a polystyrene upper and a borosilicate glass sheet fixed to the base with a biocompatible adhesive. This proprietary process results in consistent flatness (+/- 15 microns) across the base, excellent light transmission and a flat optical plane for growing cells. Based upon a standard SBS / ANSI microplate format - Krystal glass bottom plates are fully compatible with all confocal microscopes as well as automated liquid handling and robotic devices.

BIA Separations has announced the introduction of CORNERSTONE AAV Process Development Service, designed to improve the robustness and yield of AAV-based gene therapy production.

Researchers at JEOL and Kyoto University iCeMS have developed an NMR crystallography method for observing crystal structure in detail, including the position of hydrogen atoms.

A common problem when using 2D-bar coded tube racks straight from the freezer is "fogging" of the scanner or reader glass as condensation forms on the surface. The Ziath range of single tube scanners, compact rack readers and large multi-rack readers are all capable of reading 2D-barcoded tubes straight from the freezer.

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