We are a team of biotechnology entrepreneurs, physicians and highly talented scientists in the field of liver diseases and cell-based regenerative medicine
Cellaïon is a Belgian biotechnology company developing advanced therapies to repair tissues and regenerate organs, particularly the liver. Cellaïon targets life-threatening diseases.
We are located in the biotechnology valley of the Walloon region in Belgium.
We are a team of biotechnology entrepreneurs, physicians and highly talented scientists in the field of liver diseases and cell-based regenerative medicine.
Our strong intellectual property assets stem from our own research and from academic research at UCLouvain, aimed at generating new therapeutic products. The current portfolio offers intellectual property protection for our lead compound HepaStem® and its uses beyond 2040.
Our lead product, HepaStem®, is in advanced-stage clinical development in acute-on-chronic liver failure (ACLF), a life-threatening condition affecting more than 100,000 patients worldwide each year.
The liver has an immense capacity for regeneration, but this process is often overwhelmed by ongoing disease and tissue inflammation, leading to functional degradation of the organ and impairment of the regenerative process.
We, at Cellaïon, are developing HepaStem® with the aim of boosting the regenerative process and supporting the survival of the failing native liver.
HepaStem® has unique anti-inflammatory, immunomodulatory and regenerative properties. It is administered by a simple intravenous infusion.
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QA ANALYST – GcP
Cellaïon SA is currently hiring a QA Analyst – GcP.
Your responsibilities:
– Writing of general quality system procedures to support business objectives and comply with regulatory requirements for clinical, production, logistics, QA and QC activities.
– Review and evaluate production batch and QC files (batch records, certificates of analysis and compliance, etc.) prior to the release of clinical batches.
– Manage and update quality assurance system documents.
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2022-09
A new article on the Multi-Target Effect of HALPCs in the NASH STAM model has recently been published in Cells Journal. “Human Allogeneic Liver-Derived Progenitor Cells Significantly Improve NAFLD Activity Score and Fibrosis in Late-Stage NASH Animal Model”. Cells is an international, peer-reviewed, open access journal of cell biology, molecular biology, and biophysics This peer-reviewed publication recognizes HALPCs as part of the most recent advances in liver repair strategies. This article is the first to show the results of the in vitro and in vivo properties of HALPCs.
2019
Phase I/II Trial of Liver–derived Mesenchymal Stem Cells in Pediatric Liver–based Metabolic Disorders
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