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Menneskelige pluripotent stamcelle Basert Utviklingstoksisitet Analyser for kjemikaliesikkerhet Screening og Systems Biology datagenerering
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1Center of Physiology and Pathophysiology, Institute of Neurophysiology,University of Cologne, 2Department of Biology,University of Konstanz, 3Department of Statistics,Technical University of Dortmund, 4Leibniz Research Centre for Working Environment and Human Factors,Technical University of Dortmund
Chapters
- 00:05Title
- 02:02H9 Cell Culture on Basement Membrane Matrix Coated Plates
- 04:40Embryoid Bodies Formation
- 06:17Collection of Embryoid Bodies and Treatment
- 07:55RNA Isolation
- 09:31Splitting and Maintenance of H9 Cells
- 10:55Differentiation of hESC towards Neuroectodermal Progenitor Cells (NEP)
- 15:06Results: Methyl Mercury Exposure Causes Gene Expression Changes in Embryoid Bodies
- 16:40Conclusion
Protokollene beskriver to in vitro utviklingstoksisitetstestsystemer (UKK og UKN1) basert på humane embryonale stamceller og transkriptom studier. De testsystemer forutsi menneskelig utviklingstoksisitet farer, og kan bidra til å redusere dyrestudier, kostnader og den tiden som kreves for kjemisk sikkerhetstesting.
Tags
Human Pluripotent Stem CellsDevelopmental Toxicity AssaysChemical Safety ScreeningSystems BiologyEmbryonic Stem CellsEmbryoid BodiesNeuroectodermal Progenitor CellsTranscriptome MicroarrayIn Vitro Toxicity TestingEarly Embryonic ToxicityTeratogenicityDevelopmental NeurotoxicityEpigenetic ChangesToxicity BiomarkersSystems Biology AnalysisAnimal Studies ReductionDrug DevelopmentChemical Safety Evaluation
