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Posters

Characterization of an in vitro synaptic propagation assay using iPSC-derived neurons and multiwell microelectrode array technology

D Millard, D Sullivan, r Hayes, Axion BioSystems, GA

The electrophysiological responses to antibacterial drug in human iPSC-derived neurons demonstrate the claissification of antibacterial drugs encephalopathy in clinical

Yuto ISHIBASHI, Kazutoshi OGAWA, and Ikuro SUZUKI, Tohoku Institute of Technology, Japan

Establishing an In Vitro Assay for Predicting Neurotoxicity Risks Using Functional Human iPSC-Derived Neurons

H Liu, W Zhong, L Saavedra, T Portmann, J Davila, D Haag, and T Huang, NeuCyte Inc., CA

In Vitro Neurotoxicity Testing Using Functional Human iPSC-Derived Neurons

H Liu1, L Saavedra1, K Wallace2, T Freudenrich2, T Portmann1, J Davila1, TJ Shafer2, M Wernig3, and D Haag1
1 NeuCyte Inc., CA, 2 US EPA, 3 Stanford University, CA

Development of a Fully Defined, Synaptically Competent iPSC-Derived Neuronal Platform for Drug Discovery

L Saavedra, Vu Cao Dang, A Fua, and J Davila, and D Haag, NeuCyte Inc., CA

New iPSC-Based Neural In Vitro Approach for Seizure Liability Testing

L Saavedra, A Fua, V Dang, J Davila, and D Haag, NeuCyte Inc., CA

Comparison of Acute Effects of Neurotoxic Compounds in Neural Networks from Rodent and Human Neurons Using Microelectrode Arrays

T Freudenrich1, K Wallace1, D Haag2, L Saavedra2, M Mall2 , WR Mundy1, J Davila2, TC Südhof3, M Wernig2, and TJ Shafer1
1 US EPA, 2 Stanford University, CA

Application of Patient Generated iPSCs-Derived Neurons to Define the Pathophysiology of FXS Neurons

S Botelho , L Saavedra, A Fua, T.Huang, J Dávila, D Haag, V Dang, NeuCyte Inc., CA

Comparison of Acute Effects of Neurotoxic Compounds on Network Activity in Human and Rodent Neural Cultures

L Saavedra2,4, K Wallace1, T Freudenrich1, M Mall2, WR Mundy1, J Davila2,4, TC Südhof3, TJ Shafer1, M Wernig2, and D Haag2,4
1US EPA, 2 Stanford University, CA, 3 Stanford University, CA, 4 NeuCyte Inc., CA