Yokahoma, Japan: REPROCELL announce the launch of StemRNA™ Entero: human iPSC-derived intestinal epithelial cells.
StemRNA™ Entero cells are intestinal epithelial cells derived from human iPSCs. This model was developed using advanced technologies established by Professor Shoen Kume (The Tokyo Institute of Technology) and REPROCELL, Inc. StemRNA™ Entero cells closely mimic the gene expression of intestinal epithelial cells; for example, they express high levels of the CYP3A4 gene – a key enzyme for metabolism – compared to Caco2 cells, an intestinal model system widely used to measure the absorption and metabolism of novel therapeutics. StemRNA™ Entero cells are designed for use as a more clinically relevant alternative to Caco2 cells in drug development.
Yokohama, Japan: REPROCELL is delighted to announce the launch a new service for consumers, Personal iPS, in which induced pluripotent stem cells (iPSCs) are established for future regenerative medicine treatment.
The lab-scale system will allow researchers to study and culture stem cells in suspension
Glasgow, UK: REPROCELL Europe Ltd today announced exclusive distribution rights to a single-use reactor series for stem cell culture in 11 European countries*. The ABLE Biott Bioreactor System is a lab-scaled bioreactor that offers a new way for stem cell researchers to study and culture pluripotent stem cells.
“We are excited to offer our customers the chance to access this innovative new bioreactor, which is ideal for the culture of pluripotent stem cells” said Dr David Bunton, CEO at REPROCELL Europe Ltd. “The product has been rapidly and widely adopted by stem cell scientists in Japan and the US, with the recent CE marking now enabling its use in Europe”.
REPROCELL is pleased to announce that the first patient has been registered and the test article administered at Nagoya University in the Phase II clinical trial of the regenerative medicine product Stemchymal®.
Dates: 19-20 February 2020
Venue: Copthorne Tara, London, United Kingdom
Website: https://www.smi-online.co.uk/pharmaceuticals/uk/3D-Cell-Culture
REPROCELL Europe’s CSO Professor Stefan Przyborski will giving the keynote address on 3D cell culture at this year’s SMi 4th Annual Conference London, UK. There Prof Przyborski will also be showcasing REPROCELL’s range of Alvetex products for 3D cell culture.
A recent study by researchers from REPROCELL found that IBD patients display different drug absorption profiles to healthy individuals. This is the first time that drug absorption has been estimated using inflamed GI tissue from this patient group. A similar study, performed by Keio University, estimated drug absorption in healthy areas of GI tissue from ulcerative colitis (UC) donors.
Glasgow, UK: REPROCELL (Biopta) today announced that they can predict test article permeability using gastrointestinal (GI) resections from Inflammatory Bowel Disease (IBD) donors. This service, which is first of its kind to market, will allow ADME/DMPK scientists to estimate compound permeability in living human IBD tissue.
Glasgow, UK: REPROCELL (Biopta) today announced the successful publication of a novel study in pharmacology and genomics to improve strategies for the development of precision medicines. The study – performed in collaboration with the NHS, academia and Scottish companies Fios Genomics, Systemic, and Aridhia – used human living lung tissue from Chronic Obstructive Pulmonary Disease (COPD) donors to explain inter-patient variation in drug efficacy.
Lantern Pharma a clinical stage oncology biotech leveraging A.I. and machine learning genomics company has selected REPROCELL Inc. to provide drug screening and drug sensitivity services.
BELTSVILLE, MD. (PRWEB) NOVEMBER 12, 2019: REPROCELL Inc. a stem cell and drug discovery company has announced today that they have been selected by Lantern Pharma to provided preclinical screening and drug sensitivity for its portfolio of oncology drugs. The collaboration is designed to obtain millions of data points using panels of unique and genetically edited cell lines from various tumors. The data generated from these studies will help Lantern’s AI platform to generate the biological and genetic basis for drug positioning and maximum drug efficacy. Lantern believes this will help bring oncology therapies to patients more efficiently and affordably than traditional R&D efforts.
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