[11a-PA1-1~20] 12.7 Biomedical Engineering and Biochips | The 87th JSAP Autumn Meeting 2026

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Session Details

Poster presentation12 Organic Molecules and Bioelectronics : 12.7 Biomedical Engineering and Biochips

[11a-PA1-1~20]12.7 Biomedical Engineering and Biochips

Fri. Sep 11, 2026 9:00 AM - 10:30 AM JST
Fri. Sep 11, 2026 12:00 AM - 1:30 AM UTC

PA1 (1st Gymnasium)

English Presentation

[11a-PA1-1]Mechanical properties of bacterial persistence

〇(D)Inez Hermann¹, Masanori Toyofuku², Kaori Sugihara¹ (1.Univ. of Tokyo, 2.Univ. of Tsukuba)

[11a-PA1-2]Mechanical Stimulation Response of Cardiomyocytes at Multiple Phases Using a Real-Time Feedback Mechanism

〇Yuto Sei¹, Miina Kitagawa¹, Ayaka Namiki¹, Arisa Mizutani¹, Yuuta Moriyama¹, Toshiyuki Mitsui¹ (1.Aogaku Univ.)

[11a-PA1-3]Quantitative Analysis of Fibroblast Collective Motion and Ordering in Microgrooves

〇Mizuki Yoshida¹, Kazuhiro Aoki¹, Keisuke Imamura¹, Yuuta Moriyama¹, Toshiyuki Mitsui¹ (1.Aogaku Univ.)

[11a-PA1-4]In-Air Activity Measurement of Collagen Gel-Embedded Neuronal Spheroids

〇Yuya Sato¹, Hideaki Yamamoto², Daito Mouri¹, Yuki Hoshino¹, Takashi Tanii¹ (1.Waseda Univ., 2.Tohoku Univ.)

[11a-PA1-5]Implementation of reservoir computing-based reinforcement learning model in micropatterned neuronal networks

〇Arata Saito^1,2, Hideaki Yamamoto^1,3, Nobuaki Monma^1,2, Shuma Tanaka⁴, Shigeo Sato^1,2, Yuichi Katori⁴, Ayumi Hirano-Iwata^1,2,3 (1.RIEC, Tohoku Univ., 2.Grad. Sch Eng., Tohoku Univ., 3.AIMR, Tohoku Univ., 4.Future Univ. Hakodate)

[11a-PA1-6]Energy Transfer Mechanisms in PVK:OXD-7/Ir Complex Films for Implantable Wireless Organic Light-Emitting Diode-Based Photodynamic Therapy

〇(M1)Masanori Kimura¹, Hitoshi Mizuno¹, Shin Aoki², Tatsuya Yamada², Daiki Ueda², Rinka Satsuma², Takehiro Imura³, Miyu Takahashi³, Tamao Aoki⁴, Kimihisa Matsumoto¹ (1.Toyama Pref. Univ., 2.F. Pharm.Sci., TUS, 3.F. Sci. Eng., TUS, 4.Konan Univ.)

[11a-PA1-7]Investigation of Organic Polymer-Based Flexible Temperature Sensorsfor Internal Temperature Measurement

〇(M1)Ryo Tagawa¹, Satoshi Matsuoka¹ (1.Nagasaki Univ)

[11a-PA1-8]Development of a plasmonic heating-triggered drug release mechanism for microneedle-based delivery systems

〇(M2)Ryota Hizume¹, Koji Toma¹, Matsumoto Akira² (1.Shibaura inst. of Technology, 2.Science Tokyo)

[11a-PA1-9]Design and Evaluation of Micro-controller Board for Intermittently Driven RF Communication

〇Runa Yamauchi¹, Hayato Inoue¹, Yasufumi Yokoshiki¹ (1.Aoyama Gakuin Univ.)

[11a-PA1-10]A 0.5-V Lateral-Inhibition STDP Circuit for Low-Power Spiking Neural Networks

〇Kai Sakuma¹, Daiki Sato¹, Yasufumi Yokoshiki¹ (1.Aoyama Gakuin Univ.)

[11a-PA1-11]Development of a Low-Cost, Compact Wireless Versatile Terminal
for Unconstrained Measurement of Mice

〇(M1)Ren Katsuki¹, Satoshi Matsuoka¹ (1.Nagasaki Univ.)

[11a-PA1-12]Development of a Electrochemical Impedance Spectroscopy Sensor
using AgCl-based thin-film electrodes prepared by Electrostatic Spray Deposition

〇Yuki Ohama¹, Kanata Tanaka¹, Hiroki Yoshinaga¹, Yosuke Umemoto¹, Mutsumi Sugiyama^1,2 (1.Tokyo Univ. Sci., 2.RIST)

[11a-PA1-13]Fabrication of a uricase-immobilized enzyme membrane using silk fibroin and its application to an extended-gate FET-based uric acid sensor

〇Issei Yamana¹, Masaya Honda¹, Megumu Hashimoto¹, Yuichi Hirofuji¹, Nobuya Hiroshiba¹, Kazuto Koike¹ (1.Osaka Inst. of Tech., NMRC)

[11a-PA1-14]Fabrication of a nanostructured silica membrane and evaluation of its pH sensitivity beyond the Nernst limit for biosensor applications

〇(M1)Masaya Honda¹, Issei Yamana¹, Megumu Hashimoto¹, Yuichi Hirofuji¹, Nobuya Hiroshiba¹, Kazuto Koike¹ (1.Osaka Inst. of Tech., NMRC)

[11a-PA1-15]Development of a Rapid and Simple General Viable Bacterial Counting Method Based on Current Responses of Tetrazolium Salts

〇(DC)Hikaru Ikeda¹, Hiroya Wabuchi¹, Kanta Sako¹, Satohiro Itagaki¹, Masashi Fujita², Hiroshi Shiigi¹ (1.Osaka Metro. Univ., 2.EC FRONTIER)

[11a-PA1-19]Development of a monitoring system for bioaerosols

〇Tasuku Ozeki¹, Koji Toma¹ (1.Shibaura Inst. of Technology)

[11a-PA1-20]Rise-and-Sink Dynamics of a Chemically Responsive Autonomous Swimmer

〇Shogo Himori¹, Riku Takahashi¹, Misa Yamaji¹, Aya Tanaka¹ (1.NTT BRL/BMC)

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The 87th JSAP Autumn Meeting 2026

Session Details

[11a-PA1-1~20]12.7 Biomedical Engineering and Biochips

[11a-PA1-1]Mechanical properties of bacterial persistence

[11a-PA1-2]Mechanical Stimulation Response of Cardiomyocytes at Multiple Phases Using a Real-Time Feedback Mechanism

[11a-PA1-3]Quantitative Analysis of Fibroblast Collective Motion and Ordering in Microgrooves

[11a-PA1-4]In-Air Activity Measurement of Collagen Gel-Embedded Neuronal Spheroids

[11a-PA1-5]Implementation of reservoir computing-based reinforcement learning model in micropatterned neuronal networks

[11a-PA1-6]Energy Transfer Mechanisms in PVK:OXD-7/Ir Complex Films for Implantable Wireless Organic Light-Emitting Diode-Based Photodynamic Therapy

[11a-PA1-7]Investigation of Organic Polymer-Based Flexible Temperature Sensorsfor Internal Temperature Measurement

[11a-PA1-8]Development of a plasmonic heating-triggered drug release mechanism for microneedle-based delivery systems

[11a-PA1-9]Design and Evaluation of Micro-controller Board for Intermittently Driven RF Communication

[11a-PA1-10]A 0.5-V Lateral-Inhibition STDP Circuit for Low-Power Spiking Neural Networks

[11a-PA1-11]Development of a Low-Cost, Compact Wireless Versatile Terminal
for Unconstrained Measurement of Mice

[11a-PA1-12]Development of a Electrochemical Impedance Spectroscopy Sensor
using AgCl-based thin-film electrodes prepared by Electrostatic Spray Deposition

[11a-PA1-13]Fabrication of a uricase-immobilized enzyme membrane using silk fibroin and its application to an extended-gate FET-based uric acid sensor

[11a-PA1-14]Fabrication of a nanostructured silica membrane and evaluation of its pH sensitivity beyond the Nernst limit for biosensor applications

[11a-PA1-15]Development of a Rapid and Simple General Viable Bacterial Counting Method Based on Current Responses of Tetrazolium Salts

[11a-PA1-16]Effect of Potassium Salt Concentration on In₂O₃ Oxide Semiconductor Biosensors

[11a-PA1-17]Influence of Lipid Membrane-Modification on Extracellular Vesicle Detection Waveforms in Nanopore Sensing

[11a-PA1-18]Fundamental study on dielectrophoretic property of fabricated lipid nanoparticles

[11a-PA1-19]Development of a monitoring system for bioaerosols

[11a-PA1-20]Rise-and-Sink Dynamics of a Chemically Responsive Autonomous Swimmer

Session Details

[11a-PA1-1~20]12.7 Biomedical Engineering and Biochips

[11a-PA1-1]Mechanical properties of bacterial persistence

[11a-PA1-2]Mechanical Stimulation Response of Cardiomyocytes at Multiple Phases Using a Real-Time Feedback Mechanism

[11a-PA1-3]Quantitative Analysis of Fibroblast Collective Motion and Ordering in Microgrooves

[11a-PA1-4]In-Air Activity Measurement of Collagen Gel-Embedded Neuronal Spheroids

[11a-PA1-5]Implementation of reservoir computing-based reinforcement learning model in micropatterned neuronal networks

[11a-PA1-6]Energy Transfer Mechanisms in PVK:OXD-7/Ir Complex Films for Implantable Wireless Organic Light-Emitting Diode-Based Photodynamic Therapy

[11a-PA1-7]Investigation of Organic Polymer-Based Flexible Temperature Sensorsfor Internal Temperature Measurement

[11a-PA1-8]Development of a plasmonic heating-triggered drug release mechanism for microneedle-based delivery systems

[11a-PA1-9]Design and Evaluation of Micro-controller Board for Intermittently Driven RF Communication

[11a-PA1-10]A 0.5-V Lateral-Inhibition STDP Circuit for Low-Power Spiking Neural Networks

[11a-PA1-11]Development of a Low-Cost, Compact Wireless Versatile Terminalfor Unconstrained Measurement of Mice

[11a-PA1-12]Development of a Electrochemical Impedance Spectroscopy Sensorusing AgCl-based thin-film electrodes prepared by Electrostatic Spray Deposition

[11a-PA1-13]Fabrication of a uricase-immobilized enzyme membrane using silk fibroin and its application to an extended-gate FET-based uric acid sensor

[11a-PA1-14]Fabrication of a nanostructured silica membrane and evaluation of its pH sensitivity beyond the Nernst limit for biosensor applications

[11a-PA1-15]Development of a Rapid and Simple General Viable Bacterial Counting Method Based on Current Responses of Tetrazolium Salts

[11a-PA1-16]Effect of Potassium Salt Concentration on In2O3 Oxide Semiconductor Biosensors

[11a-PA1-17]Influence of Lipid Membrane-Modification on Extracellular Vesicle Detection Waveforms in Nanopore Sensing

[11a-PA1-18]Fundamental study on dielectrophoretic property of fabricated lipid nanoparticles

[11a-PA1-19]Development of a monitoring system for bioaerosols

[11a-PA1-20]Rise-and-Sink Dynamics of a Chemically Responsive Autonomous Swimmer

[11a-PA1-11]Development of a Low-Cost, Compact Wireless Versatile Terminal
for Unconstrained Measurement of Mice

[11a-PA1-12]Development of a Electrochemical Impedance Spectroscopy Sensor
using AgCl-based thin-film electrodes prepared by Electrostatic Spray Deposition

[11a-PA1-16]Effect of Potassium Salt Concentration on In₂O₃ Oxide Semiconductor Biosensors