Symposium 3
Application of real-time recording in the central nervous systems for neuropharmacology

Fri. May 24, 2024 2:45 PM - 4:00 PM Room 12 (Hall D5)

Chair: Toshiaki Kume (Department of Applied Pharmacology, Graduate School of Medicine and Pharmaceutical Sciences, University of Toyama), Masahiro Osawa (Laboratory of Systems Pharmacology, Faculty of Pharmaceutical Sciences, Teikyo University)

+Add all to schedule

[JSY3-1] Real-time monitoring of physiological parameters by barometric pressure fluctuations in mice

*Yuki Kurauchi¹ (1. Department of Chemico-Pharmacological Sciences, Graduate School of Pharmaceutical Sciences, Kumamoto University)

[JSY3-2] Development of real-time measurement of neurotransmitters in the brain using a novel small CMOS device and its application to neuropharmacology

*Masahiro Ohsawa¹, Yasumi Ohta², Metin Akay³, Ohta Jun² (1. Laboratory of Systems Pharmacology, Faculty of Pharmaceutical Sciences, Teikyo University, 2. Division of Materials Science, Graduate School of Science and Technology, Nara Institute of Science and Technology, 3. Biomedical Engineering Department, University of Houston)

[JSY3-3] Electrophysiological study of nociceptive information pathways in spinal dorsal horn
-Problems and new opportunities for the in vivo electrophysiological methods-

*Daisuke Uta¹ (1. Department of Applied Pharmacology, Faculty of Pharmaceutical Sciences, University of Toyama)

[JSY3-4] Micro/nanoscale device approaches for in vivo electrophysiology

*Takeshi Kawano¹ (1. Institute for Research on Next-generation Semiconductor and Sensing Science (IRES2))

Session information

Symposium 3
Application of real-time recording in the central nervous systems for neuropharmacology

[JSY3-1] Real-time monitoring of physiological parameters by barometric pressure fluctuations in mice

[JSY3-2] Development of real-time measurement of neurotransmitters in the brain using a novel small CMOS device and its application to neuropharmacology

[JSY3-3] Electrophysiological study of nociceptive information pathways in spinal dorsal horn
-Problems and new opportunities for the in vivo electrophysiological methods-

[JSY3-4] Micro/nanoscale device approaches for in vivo electrophysiology

Authentication

Session information

Symposium 3Application of real-time recording in the central nervous systems for neuropharmacology

[JSY3-1] Real-time monitoring of physiological parameters by barometric pressure fluctuations in mice

[JSY3-2] Development of real-time measurement of neurotransmitters in the brain using a novel small CMOS device and its application to neuropharmacology

[JSY3-3] Electrophysiological study of nociceptive information pathways in spinal dorsal horn -Problems and new opportunities for the in vivo electrophysiological methods-

[JSY3-4] Micro/nanoscale device approaches for in vivo electrophysiology

Authentication

Symposium 3
Application of real-time recording in the central nervous systems for neuropharmacology

[JSY3-3] Electrophysiological study of nociceptive information pathways in spinal dorsal horn
-Problems and new opportunities for the in vivo electrophysiological methods-