Overview. Specifically-designed restraint chairs are commonly used in research studies that require non-human primates to 'sit' in place for sustained periods ...
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Our scientific aim is to develop a scalable patient-specific organoid/microtissue (organoids are spheroid structures that act as miniature tissues) platform and ...
Jul 8, 2014 ... The development of non-animal technologies is vital in the search for alternatives that can replace the use of animals in scientific ...
This proposal aims to develop a novel platform for modelling the different features of NAFLD using human Induced Pluripotent Stem Cells (hIPSCs). For that, I ...
Oct 19, 2022 ... Supporting the wider adoption of non-animal derived antibodies to realise scientific and animal welfare impacts.
Professor Stuart Peirson has developed a new method of measuring sleep and body temperature using sensors placed above the animal's home cage that can detect ...
Dr Rachel Tanner has developed a functional in vitro assay that could be used to refine the tests by avoiding the need for the in vivo M.tb challenge. The assay ...
Magnetic Resonance Imaging (MRI) and Spectroscopy (MRS) are sophisticated phenotyping techniques that allow for a non-invasive characterization of cardiac ...
Jul 14, 2022 ... The BBSRC and NC3Rs are collaborating to fund projects that drive the development and uptake of non-animal technologies for bioscience ...
Chair training of non-human primates. Specifically designed restraint chairs are the preferred method of restraint for research studies that ... https://nc3rs.