Organisation
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Method
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Contact
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Presentation
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Nikon Instruments Europe BV, Netherlands
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Incubator with in-built robot, microscope,
imaging system and analysis software
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Sundeep Bhandari
bhandari@nikonbv.nl
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Nikon BioStation CT - an ”all-in-one” toxicity testing system solution
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Biopredic International, Rennes, France
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Use of HepaRG® cells for cytotoxicity and genotoxicity tests
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Christophe Chesné
christophe.chesne@biopredic.com
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HepaRG® human hepatocytes for toxicology studies
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Biopredic International, Rennes, France
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Use of HepaRG cells for enzyme induction,
hepatic drug transport function, hepatotoxic effects
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Christophe Chesné
christophe.chesne@biopredic.com
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HepaRG® cell line: a new tool for drug metabolism and
chemical -induced hepatotoxicity investigation
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Epithelix Sàrl, Geneva, Switzerland
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Studying of human respiratory diseases and testing for effects
on human respiratory tracts
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Samuel Constant
samual.constant@epithelix.com
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The use of an in vitro cell model of the Human Airway Epithelium
(MucilAir™) in preclinical development
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EggCentris, Brussels, Belgium
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Battery of follicle bioassay (FBA), in vitro fertilization pocedure (IVF)
and the mouse embryo assay (MEA)
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Rita Cortvrindt
rita.cortvrindt@eggcentris.com
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Battery of in vitro bioassays for the assessment of female fertility
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EggCentris, Brussels, Belgium
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Sperm Motility Assay (SMA) for detection of sperm toxicity
Murine Leydig Tumor cells (MLTC-1) and primary rat/mouse Sertoli cells
for testis specific toxicity
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Rita Cortvrindt
rita.cortvrindt@eggcentris.com
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Battery of in vitro bioassays for the assessment of male fertility
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EggCentris, Brussels, Belgium
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Mouse Embryo Peri-Implantation Assay (MEPA) using mouse zygotes cultured
to day 8 of development to study effects on early embryo development.
The Embryonic Stem Cell Test (EST) study post-implantation embryo toxicity
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Rita Cortvrindt
rita.cortvrindt@eggcentris.com
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In vitro bioassays for the assessment of pre-and post-implantation
embryo toxicity
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Institute for In Vitro Sciences,
Gaithersburg, USA
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Reconstructed Skin Micronucleus (RSMN) assay
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Rodger D. Curren
rcurren@iivs.org
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Development of a New In Vitro Genetic Toxicology Model Using
Reconstructed Human Skin
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Karolinska Institutet, Sweden
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Use of Small Model Organisms (SMOs) as biosensors and Xenopus and Zebrafish embryos as models to study effects of endocrine disruptors and/or medical drugs.
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Manuela Dahinden-Hase
manuela.hase@ki.se
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SME RECEPTOR - an industry-academia partnership for in vitro toxicology testing
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Department of Neurochemistry, Stockholm
University, Stockholm, Sweden
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TRPV1-expressing SH-SY5Y cells
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Anna Forsby
annaf@neurochem.su.se
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The in vitro nociception assay for estimation of mild eye irritation
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BioMed-zet-Life Science, Linz, Austria
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Expression of CYPs in HepaRG cells, cultured using a porous plasma activated scaffold
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Jürgen Frank
j.frank@zet.or.at
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Development of an in vitro 3D-liver test system for the investigation of drug metabolim and long term drug hepatotoxicity
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Institut für Umweltmedizinische Forschung,
Duesseldorf, Germany
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Neurospheres from human and mouse fetal brains as a screening system for developmental neurotoxicity
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Ellen Fritsche
ellen.fritsche@uni-duesseldorf.de
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Neurospheres for developmental neurotoxicity (DNT) testing
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British American Tobacco, Southampton, UK
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Exposure of human lung primary epithelial cells to whole cigarette smoke
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Marianna D Gaca
marianna_gaca@bat.com
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A model of in vitro exposure to aerosols at the air-liquid interface
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SymCel, Stockholm, Sweden
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Energy turnover of isolated cells, tissues or organism assessed by monitoring their heat production by calorimetry
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Dan Hallén
dan.hallen@symcel.se
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SymCel label-free and real-time data technology
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Cellial Technologies, Lens Cedex, France
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Differentiated endothelial cell monolayer
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Dorothée Hallier-Vanuxeem
dvanuxeem@hotmail.com
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Ready-to-use in vitro Blood-Brain Barrier model
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F.C.V. Centro Investigacion Principe Felipe,
Valencia, Spain
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Flow cytometry and High-Content Analysis on 96-well miniaturized assays with 3 cell lines
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Guadalupe Herrera
compras@cipf.es
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Multiparametric cytomic panel for in vitro cytotoxicity screening (MultiCytox-H®)
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CARDAM, (VITO NV), Mol, Begium
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Gene-expression (microarray, RT-PCR) in dendritic cells
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Jef Hooyberghs
Jef.Hooyberghs@vito.be
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VITOSENS™: a cell-based alternative to identify skin sensitizers
by gene expression
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TNO Quality of Life, Zeist, The Netherlands
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A human skin model applicable for genotoxicity tests
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Cyrille Krul
Cyrille.Krul@tno.nl
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The use of ex vivo human skin tissue cultures for safety testing
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Joint Research Centre, Institute for Health
and Consumer Protection, Italy
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Cultured networks of neurons (in vitro/ex vivo) for neurotoxicity evaluation
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Antonio Novellino
Novellino@jrc.itj
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MEA based high-troughout electrophysiology for in vitro toxicology
testing
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F.C.V. Centro Investigacion Principe Felipe, Valencia, Spain
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Combination of environment-independent, hermetic container to maintain
longterm cell cultures and toxicity measurements by light or fluorescence microscopy
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José-Enrique O’Connor
compras@cipf.es
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The use of PetakaG2™ hermetic cell culture containers and cytomics for testing of sustained in vitro toxicity (MultiCytox-LT®)
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University of Vermont, Burlington VT, USA
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Microscopic imaging by use of fluorescent reporter gene enabling specific organ/tissue development and metabolioc pathways
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Matthew D. Rand
Matthew.Rand@uvm.edu
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A Drosophila embryo platform for high-troughput testing of suspeced toxins and bioactive compounds
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Solidus, Biosciences, Troy, USA
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DataChip analysis for evaluation of systemic and acute toxicity
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David Rozzell
rozzell@solidusbio.com
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Miniaturized three-dimensional cell culture and metabolic enzyme arrays for high-throughput toxicity assays
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PRIMACYT Cell culture Technology,
Schwerin, Germany
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Long-term culture systems for hepatocytes for repetative analyses of metabolic and toxic effects of drugs
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Dieter Runge
Dieter.Runge@primacyt.de
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HEPAC: Serum-free, standardized and validated (re-usable) primary human hepatocytes for the analysis of xenobiotics
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CARDAM, (VITO NV), Mol, Begium
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Tail coiling and swimming behavior as identification of developmental
neurotoxicity
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Ingrid Selderslaghs
Ingrid.Selderslaghs@vito.be
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The zebrafish embryo as an alternative model to screen for the developmental neurotoxic potential of chemicals and drugs
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CIBERESP, Barcelona, Spain and Stockholm
University, Stockholm, Sweden
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GABAA receptor activity and Cell Membrane Potential in primary neuronal
cultures and the human neuronal cell line SH-SY5Y
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Cristina Suñol
csenqi@iibb.csic.es
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Combination of cell based assays determining GABAA receptor activity
and Cell Membrane Potential for in vitro testing of neurotoxicity
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Vrije Universiteit Brussel, Belgium
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Liver-based in vitro models for screening for liver toxicity
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Tamara Vanhaecke Tamara.
Vanhaecke@vub.ac.be
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Epigenetic modifiers as key tools to stabilise primary hepatocytes
cultures and to produce progenitor-derived hepatocytes
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BioThema, Stockholm, Sweden
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Measurements of intracellular ATP levels used for cyotoxicity testing
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Ida Westerdahl
Ida.Westerdahl@biothema.com
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ATP measurements in cell proliferation and cytotoxicity studies
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Cellasys, Munich, Germany
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Monitors parameters directly at living cells
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Joachim Wiest
wiest@cellasys.com
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Label-free cell based assays as alternative testing method for toxicity
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ADVANCELL, Valencia, Spain
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Reagent ISOCYP-TOX for in vitro screening of CYP450
biotranformation-mediated toxicity
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Maya R. Vilá
toni@advancell.net
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ISOCYP-TOX: A new ready-to-use concept for in vitro evaluation of
biotransformation-mediated toxicity
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Nikon Instruments.pdf