Updates - Page 7
FMS Post-Doc Symposium 2018 – Newcastle University (15th June 2018)
Dr Chichagova will be talking about Retinitis Pigmentosa, one of the most common forms of inherited blindness affecting over 1 million people worldwide.With no effective treatment available for Retinitis…
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Dr Chichagova awarded best In Vitro Toxicology Society poster
Using statistical modelling, Dr Chichagova was able to improve the differentiation outcome of human induced pluripotent stem cells to retinal organoids, which were subsequently successfully tested with a toxicologically relevant test compound. As…
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British Toxicological Society Annual Congress 2018 – Hilton Gateshead (16th-18th April)
Hilton Gateshead – 16th-18th April https://www.thebts.org/bts-annual-congress-2018/ The Newcells Biotech team will be attending the British Toxicological Society Annual Congress 2018 that is taking place in Gateshead on 16th-18th April. Newcells Biotech staff…
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NB to develop 3D retinal organoids using hiPSC derived skin cells
Newcells Biotech in partnership with Newcastle University has been awarded further funding from the NC3R CRACK IT project to create 3D retinal organoids that more closely recapitulate the structure…
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Current cell-based screens are poor models of human biology
Current cell assays for in vitro screening are based on genetically modified cell lines which are crude models of human biology. Typically, these assays have used immortalised cell lines derived from…
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hiPSCs derived cells in disease modelling
These hiPSCs under the right culture conditions will differentiate into a wide range of cell types. This technology enables the supply of unlimited quantities of tissues from healthy individuals…
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Renal drug handling and drug-drug interactions in ADMET
The assays currently offered are based on human or animal cells transfected to express single or dual human kidney transporters on their surfaces. The major limitation is that they…
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Newcells Biotech joins StemBANCC consortium
Newcells Biotech has joined the StemBANCC project, a pan-EU consortium made up of major pharmaceutical and academe groups. StemBANCC’s goal is to generate 1,500 iPSC lines from 500 people,…
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Development of iPSC-derived conducting airways & application to toxicity testing
The in3 project is funded by the EU’s Marie Skłodowska-Curie Action – Innovative Training Network (MSCA-ITN), part of a 3-year project to develop novel ways to assess toxicity for…
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NB to develop a new skin metabolism model using iPSC derived skin cells
Working with academics Prof Mark Birch-Machin and Dr Peter Hanson from the Institute of Cellular Medicine, Newcells is using its expertise in cellular reprogramming and differentiation of iPSCs to…
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NB completes a licensing agreement with ID Pharma Co. Ltd for induced pluripotent stem cell technologies
The agreement will enable Newcells to develop, manufacture, distribute products and offer services to customers based on reprogramming cells using the CytioTuneTM-iPS kit. Prof Lyle Armstrong, CSO of Newcells Biotech,…
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NB completes a licensing agreement with iPS Academia Japan, Inc. for induced pluripotent stem cell technologies
The agreement will enable Newcells to develop, manufacture, distribute products and offer services to customers in the pharmaceutical, biotechnology and academic sectors in Europe. Dr Mike Nicholds CEO of Newcells…
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