Drug Transcellular Transport Assay Using a High Porosity Honeycomb Film by Nakazono, Yuya, Arakawa, Hiroshi, Nishino, Masafumi, Yamaki, Ikumi, Oba, Takahiro, Tomotoshi, Kimihiko, Kakinuma, Chihaya, Ogihara, Takuo, Tamai, Ikumi

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Drug Transcellular Transport Assay Using a High Porosity Honeycomb Film by Yuya Nakazonoa, Hiroshi Arakawaa, Masafumi Nishinob, Ikumi Yamakia, Takahiro Obab, Kimihiko Tomotoshib, Chihaya Kakinumab, Takuo Ogiharac, Ikumi Tamaia

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Excitatory actions of mushroom poison (acromelic acid) on unmyelinated muscular afferents in the rat by Taguchi, Toru, Tomotoshi, Kimihiko, Mizumura, Kazue

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Porous honeycomb film membranes enhance endothelial barrier integrity in human vascular wall bilayer model compared to standard track‐etched membranes by Ebrahim, Neven A., Mwizerwa, Olive N., Ekwueme, Emmanuel C., Muss, Tessa E., Ersland, Erik E., Oba, Takahiro, Oku, Keisuke, Nishino, Masafumi, Hikimoto, Daichi, Miyoshi, Hayato, Tomotoshi, Kimihiko, Neville, Craig M., Sundback, Cathryn A.

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Human Vascular Wall Microfluidic Model for Preclinical Evaluation of Drug-Induced Vascular Injury by Ersland, Erik, Ebrahim, Neven, Mwizerwa, Olive, Oba, Takahiro, Oku, Keisuke, Nishino, Masafumi, Hikimoto, Daichi, Miyoshi, Hayato, Tomotoshi, Kimihiko, Rahmanian, Omid, Ekwueme, Emmanuel, Neville, Craig, Sundback, Cathryn

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Balance of two secretion pathways of nerve growth factor in PC12 cells changes during the progression of their differentiation, with a decrease in constitutive secretion in more di... by Nomoto, Hiroshi, Tomotoshi, Kimihiko, Ito, Hisanori, Furukawa, Shoei

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P-71. Development of blood vessel model by organon-chip technology and its application for evaluation of drug induced vascular injury by Hayato Miyoshi, Tomoharu Naito, Takafumi Suehiro, Daichi Hikimoto, Masafumi Nishino, Takahiro Oba, Kimihiko Tomotoshi, Chihaya Kakinuma, Tadanori Yamada, Kenichiro Hata

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