Tohoku Institute of Technology at SfN 2026

Nov 14–18, 2026 Washington, DC ~21k attendees Website

Tohoku Institute of Technology brings 3 presentations to SfN 2026 in Washington. Its presentations at this meeting centre on human stem-cell models of motor neuron and peripheral nerve disorders, and electrophysiological measurement of neural circuits. One thread uses single-cell recordings from TDP-43 mutant motor neurons to evaluate drug efficacy.

Organization	SfN 2026 Attendance
Tohoku Institute of Technology Miyagi, Japan
tohtech.ac.jp Universities and research institutes Private university of science and technology in Sendai, Japan.	Poster Sat Nov 14 1–5pm Part of Session PSTR014: ALS and Motor Neuron Diseases: In Vitro Studies Single-Cell Electrophysiological Phenotyping of Isogenic hiPSC-Derived TDP-43 M337V Motor Neurons Using Ultra-High-Density CMOS-MEA to Evaluate Drug Efficacy WCC Halls A-C · Board X7 Poster Sat Nov 14 1–5pm Part of Session PSTR039: Gene, Protein, or Cell Based Approaches A Multi-Platform Microphysiological System-MEA Approach Using Conventional MEA and CMOS-MEA Systems: Application to CNS Circuit, NMJ, and Peripheral Neuropathy Models WCC Halls A-C · Board KK60 Poster Wed Nov 18 1–5pm Part of Session PSTR358: Cellular and Molecular Mechanisms in Multiple Sclerosis and Other Demyelinating Diseases Reconstruction and Electrophysiological Characterization of Human iPSC-derived Saltatory Conduction Models on Ultra-High-Density CMOS Microelectrode Arrays WCC Halls A-C · Board Z14

Organization

SfN 2026 Attendance

Tohoku Institute of Technology

Miyagi, Japan

tohtech.ac.jp

Universities and research institutes

Private university of science and technology in Sendai, Japan.

Poster

Sat Nov 14
1–5pm

Part of Session PSTR014: ALS and Motor Neuron Diseases: In Vitro Studies

Single-Cell Electrophysiological Phenotyping of Isogenic hiPSC-Derived TDP-43 M337V Motor Neurons Using Ultra-High-Density CMOS-MEA to Evaluate Drug Efficacy

WCC Halls A-C · Board X7

Poster

Sat Nov 14
1–5pm

Part of Session PSTR039: Gene, Protein, or Cell Based Approaches

A Multi-Platform Microphysiological System-MEA Approach Using Conventional MEA and CMOS-MEA Systems: Application to CNS Circuit, NMJ, and Peripheral Neuropathy Models

WCC Halls A-C · Board KK60

Poster

Wed Nov 18
1–5pm

Part of Session PSTR358: Cellular and Molecular Mechanisms in Multiple Sclerosis and Other Demyelinating Diseases

Reconstruction and Electrophysiological Characterization of Human iPSC-derived Saltatory Conduction Models on Ultra-High-Density CMOS Microelectrode Arrays

WCC Halls A-C · Board Z14

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Not affiliated with the Society for Neuroscience. Organization details are derived from SfN’s published exhibitor list, its Neuroscience Meeting Planner and each organization’s own website. Submit a correction