Welcome to HepaPredict AB
Physiological hepatic in vitro systems for improved prediction of drug response and safety
We are a specialized CRO, focussing on drug metabolism, toxicity, and drug development for liver disease utilizing our advanced 3D primary human liver culture platform.
Our Services
Service philosophy: Delivering the best science by keeping things:
“As simple as possible and as complex as necessary.”
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HepaPredict uses the most extensively characterized 3D spheroid system available, offering unmatched accuracy in predicting hepatotoxicity and evaluating toxicity mechanisms. We offer:
Tailored experimental designs and readouts.
Rapid turnaround of results and reports.
Extensive customer support from project initiation to closure.
Integrative analysis of results by experienced toxicologists.
Consulting about future steps and recommendations for follow-up studies.
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Short-term exposures - Quick toxicity screenings to identify the most toxic drugs.
Long-term exposures - Repeated dose toxicity screenings for best DILI prediction.
Hepatocytes of different species: human, mouse, rat, minipig, dog, or monkey.
Compare DILI predictions in monocultures vs. cocultures with various NPCs.
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Metabolic profiling
Pharmacokinetic analyses
Drug clearance assessments
Identification of enzymes responsible for drug metabolism
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Short-term and long-term induction and inhibition studies of drug metabolizing enzymes, nuclear receptors, and other targets.
Various endpoints including viability, gene expression and immunofluorescence.
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Modulation of gene expression
Knockdown or chemical inhibition of drug targets.
Overexpression of drug targets or other genes of interest.
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Extensively characterized models for MASLD/MASH (NAFLD/NASH), fibrosis, and cholestasis.
Disease models are optimized to support the co-culture of hepatocytes with other primary non-parenchymal cells funtioning as a unique tool for disease mitigating drug screening.
Identification of compounds with disease inducing liability.
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We offer various in-house assessments and endpoints which can be customized and optimized dependent on project needs, including:
Liver disease and co-culture models
Viability / Apoptosis
Gene and Protein expression
IHC / IF / Histology
Electron Microscopy
Omics Profiling
LC-MS
BSL-3 Facilities
AI Drug Repurposing
Advantages of the HepaPredict System
Our 3D spheroid platform offers multiple advantages over alternative in vitro systems and animal models:
Physiologically replicative in vitro system with close resemblance to human liver on transcriptomic, proteomic and metabolomic level.
Optimized to support co-cultures with non-parenchymal cells, such as Kupffer, biliary and Stellate cells.
Functionally stable and suitable for chronic applications, thus allowing to assess long-term toxicity, pharmacokinetics, and chronic drug response, not supported by conventional in vitro systems.
Easy manipulation of gene expression through knockdown or knockin techniques.
Emulation of human inter-individual variability in an in vitro setting.
High-throughput compatibility and scalability allows screening of hundreds of conditions and/or drug candidates with multiple replicates, adding to statistical power.
Controlled, chemically defined experimental conditions ensure maximal reproducibility.
Direct translation of findings to patients by using patient-derived cells instead of cell lines or animal models.