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6. Effects and safety of high-frequency rTMS in acute intracerebral hemorrhage patients: A pilot study

Author

Komatsu, Teppei, Hada, Takuya, Sasaki, Nobuyuki, Kida, Hiroyuki, Takahashi, Junichiro, Maku, Takahiro, Nakada, Ryoji, Shiraishi, Tomotaka, Akiyama, Shiho, Kitagawa, Tomomichi, Sato, Takeo, Takatsu, Hiroki, Sakuta, Kenichi, Sakai, Kenichiro, Umehara, Tadashi, Omoto, Shusaku, Murakami, Hidetomo, Mitsumura, Hidetaka, Abo, Masahiro, and Iguchi, Yasuyuki

Published
2022
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9. Development of implantable devices for epilepsy: research with cats, dogs, and macaques in biomedical engineering.

Author

Takara, Sayuki, Kida, Hiroyuki, and Inoue, Takao

Subjects
*VAGUS nerve stimulation, *DEEP brain stimulation, *SEIZURES (Medicine), *ARTIFICIAL implants, *BIOMEDICAL engineering, *MACAQUES
Abstract

In epilepsy treatment, besides medication and surgery, devices that modulate abnormal brain activity are being developed. Intracranial devices like vagus nerve stimulation (VNS), deep brain stimulation (DBS), brain cooling, and drug delivery have seen significant advances in recent years. The process of developing these devices necessitates the use of animals, from the basic to applied research phases. Notably, research with large-sized animals is vital and provides insights that closely mirror human responses. Cats, dogs, and macaques are frequently used models in medicine, neuroscience, and biomedical engineering. However, ethical concerns, escalating costs, and other factors challenge the feasibility of their continued use. Nevertheless, the accumulated knowledge from research on these three species is indispensable for advancing epilepsy treatment techniques. Macaques have brain structures closely resembling humans, offering vital insights into human epilepsy. Meanwhile, cats and dogs present unique study cases. Dogs exhibit high spontaneous epilepsy rates, while established methods exist for inducing experimental convulsive seizures in cats. These devices are increasingly used as therapeutic options for treating domesticated cats and dogs. In this review, we explore research on therapeutic devices for epilepsy in cats, dogs, and macaques, underscoring the importance of these animal models and experimental methods. [ABSTRACT FROM AUTHOR]

Published
2024
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10. Abstract TP259: Slower Early Mitral Inflow Velocity and Lesion in Anterior Circulation is Associated With Right-to-Left Shunt in Embolic Stroke of Undetermined Source Right-to-Left Shunt in Embolic Stroke of Undetermined Source

Author

Kida, Hiroyuki, primary, Sato, Takeo, additional, Nakada, Ryoji, additional, Kitagawa, Tomomichi, additional, Komatsu, Teppei, additional, Sakai, Kenichiro, additional, Sakuta, Kenichi, additional, Mitsumura, Hidetaka, additional, and Iguchi, Yasuyuki, additional

Published
2024
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11. Abstract TP195: Impact of Intracranial Atherosclerotic Disease on Thrombectomy Outcomes in Acute Cerebral Infarction With Large Vessel Occlusion

Author

Nakada, Ryoji, primary, Sakuta, Kenichi, additional, Okumura, Motohiro, additional, Kida, Hiroyuki, additional, Kitagawa, Tomomichi, additional, Takatsu, Hiroki, additional, Sato, Takeo, additional, Miyagawa, Shinji, additional, Komatsu, Teppei, additional, Sakai, Kenichiro, additional, Mitsumura, Hidetaka, additional, Yaguchi, Hiroshi, additional, and Iguchi, Yasuyuki, additional

Published
2024
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14. Differential temperature sensitivity of synaptic and firing processes in a neural mass model of epileptic discharges explains heterogeneous response of experimental epilepsy to focal brain cooling

Author

Soriano, Jaymar, Kubo, Takatomi, Inoue, Takao, Kida, Hiroyuki, Yamakawa, Toshitaka, Suzuki, Michiyasu, Ikeda, Kazushi, Soriano, Jaymar, Kubo, Takatomi, Inoue, Takao, Kida, Hiroyuki, Yamakawa, Toshitaka, Suzuki, Michiyasu, and Ikeda, Kazushi

Abstract

Experiments with drug-induced epilepsy in rat brains and epileptic human brain region reveal that focal cooling can suppress epileptic discharges without affecting the brain’s normal neurological function. Findings suggest a viable treatment for intractable epilepsy cases via an implantable cooling device. However, precise mechanisms by which cooling suppresses epileptic discharges are still not clearly understood. Cooling experiments in vitro presented evidence of reduction in neurotransmitter release from presynaptic terminals and loss of dendritic spines at post-synaptic terminals offering a possible synaptic mechanism. We show that termination of epileptic discharges is possible by introducing a homogeneous temperature factor in a neural mass model which attenuates the post-synaptic impulse responses of the neuronal populations. This result however may be expected since such attenuation leads to reduced post-synaptic potential and when the effect on inhibitory interneurons is less than on excitatory interneurons, frequency of firing of pyramidal cells is consequently reduced. While this is observed in cooling experiments in vitro, experiments in vivo exhibit persistent discharges during cooling but suppressed in magnitude. This leads us to conjecture that reduction in the frequency of discharges may be compensated through intrinsic excitability mechanisms. Such compensatory mechanism is modelled using a reciprocal temperature factor in the firing response function in the neural mass model. We demonstrate that the complete model can reproduce attenuation of both magnitude and frequency of epileptic discharges during cooling. The compensatory mechanism suggests that cooling lowers the average and the variance of the distribution of threshold potential of firing across the population. Bifurcation study with respect to the temperature parameters of the model reveals how heterogeneous response of epileptic discharges to cooling (termination or suppression only) is ex

Published
2023

16. Urinary Immunoglobulin G Is Associated with Deep and Infratentorial Cerebral Microbleeds in Stroke Patients.

Author

Komatsu, Teppei, Kida, Hiroyuki, Ozawa, Masakazu, Mimori, Masahiro, Kokubu, Tatsushi, Takahashi, Junichiro, Kurihara, Sumire, Maku, Takahiro, Motegi, Haruhiko, Takahashi, Maki, Shiraishi, Tomotaka, Nakada, Ryoji, Kitagawa, Tomomichi, Sato, Takeo, Takatsu, Hiroki, Sakai, Kenichiro, Umehara, Tadashi, Omoto, Shusaku, Murakami, Hidetomo, and Mitsumura, Hidetaka

Subjects
*STROKE, *IMMUNOGLOBULIN G, *CEREBRAL small vessel diseases, *STROKE patients, *TRANSIENT ischemic attack
Abstract

Background: Cerebral microbleeds (CMBs) detected on susceptibility-weighted imaging (SWI) are associated with cerebral small vessel disease. Chronic kidney disease and microalbuminuria have been associated with the presence of CMBs in stroke patients. Urinary immunoglobulin G (IgG) is measured to document glomerular injury; however, the relationship between urinary IgG and CMBs is unknown. Methods: We retrospectively enrolled consecutive patients who had been admitted with transient ischemic attack (TIA) or ischemic stroke and identified those who had undergone SWI and a spot urine test. The location of CMBs was classified on magnetic resonance imaging as strictly lobar, deep/infratentorial (D/I), or mixed areas. We analyzed the association between urinary IgG and the presence and location of CMBs. Results: We included 298 patients (86 female, median age 70 years, median eGFR 65.8 mL/min/1.73 m2). Positive urinary IgG and CMB results were found in 58 (19%) and 160 patients (54%), respectively. Urinary IgG positivity was significantly associated with CMBs compared with non-CMBs (28% vs. 9%, p < 0.001), and with D/I or mixed CMBs compared with non-D/I or mixed CMBs (34% vs. 10%, p < 0.001). Multivariate analysis revealed that urinary IgG and hypertension positivity were strongly associated with D/I or mixed CMBs (OR 3.479, 95% CI: 1.776–6.818, p < 0.001; OR 3.415, 95% CI: 1.863–6.258, p < 0.001). Conclusions: Urinary IgG was associated with the prevalence of D/I or mixed location CMBs in TIA or ischemic stroke patients. Our findings provide new insights into the association between urinary IgG and the distribution of CMBs. [ABSTRACT FROM AUTHOR]

Published
2023
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17. Abstract TP39: Impact Of Silent Liver Fibrosis To Cerebral Microbleeds In Patients With Acute Ischemic Stroke

Author

Takahashi, Junichiro, primary, Komatsu, Teppei, additional, Okumura, Motohiro, additional, Kida, Hiroyuki, additional, Maku, Takahiro, additional, Nakata, Ryoji, additional, Kitagawa, Tomomichi, additional, Sato, Takeo, additional, Takatsu, Hiroki, additional, Sakuta, Kenichi, additional, Sakai, Kenichiro, additional, Mitsumura, Hidetaka, additional, and Iguchi, Yasuyuki, additional

Published
2023
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18. Abstract TP179: Laterality Of Carotid Plaque Is Associated With Aortic Complicated Lesion In Embolic Stroke Of Undetermined Source

Author

Kida, Hiroyuki, primary, Sato, Takeo, additional, Takahashi, Junichiro, additional, Nakada, Ryoji, additional, Kitagawa, Tomomichi, additional, Takatsu, Hiroki, additional, Komatsu, Teppei, additional, Sakuta, Kenichi, additional, Sakai, Kenichiro, additional, Umehara, Tadashi, additional, Mitsumura, Hidetaka, additional, and Iguchi, Yasuyuki, additional

Published
2023
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20. Urinary Immunoglobulin G Is a Novel Biomarker for Atherosclerotic Burden in Mild Acute Ischemic Stroke Patients

Author

Komatsu, Teppei, primary, Okumura, Motohiro, additional, Kida, Hiroyuki, additional, Ozawa, Masakazu, additional, Mimori, Masahiro, additional, Kokubu, Tatsushi, additional, Takahashi, Junichiro, additional, Kurihara, Sumire, additional, Maku, Takahiro, additional, Motegi, Haruhiko, additional, Takahashi, Maki, additional, Shiraishi, Tomotaka, additional, Nakada, Ryoji, additional, Akiyama, Shiho, additional, Kitagawa, Tomomichi, additional, Sato, Takeo, additional, Takatsu, Hiroki, additional, Sakai, Kenichiro, additional, Umehara, Tadashi, additional, Omoto, Shusaku, additional, Murakami, Hidetomo, additional, Mitsumura, Hidetaka, additional, and Iguchi, Yasuyuki, additional

Published
2023
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21. Urinary Immunoglobulin G Is Associated with Deep and Infratentorial Cerebral Microbleeds in Stroke Patients

Author

Komatsu, Teppei, primary, Kida, Hiroyuki, additional, Ozawa, Masakazu, additional, Mimori, Masahiro, additional, Kokubu, Tatsushi, additional, Takahashi, Junichiro, additional, Kurihara, Sumire, additional, Maku, Takahiro, additional, Motegi, Haruhiko, additional, Takahashi, Maki, additional, Shiraishi, Tomotaka, additional, Nakada, Ryoji, additional, Kitagawa, Tomomichi, additional, Sato, Takeo, additional, Takatsu, Hiroki, additional, Sakai, Kenichiro, additional, Umehara, Tadashi, additional, Omoto, Shusaku, additional, Murakami, Hidetomo, additional, Mitsumura, Hidetaka, additional, Yokoo, Takashi, additional, and Iguchi, Yasuyuki, additional

Published
2022
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23. Abstract TMP44: The Novel Predictors Of Poor Functional Outcome In Acute Lacunar Infarction By Using Hierarchical Cluster Analysis Of Clinical Variables

Author

Takahashi, Junichiro, primary, Sakai, Kenichiro, additional, Okumura, Motohiro, additional, Kida, Hiroyuki, additional, Maku, Takahiro, additional, Nakada, Ryoji, additional, Kitagawa, Tomomichi, additional, Sato, Takeo, additional, Takatsu, Hiroki, additional, Komatsu, Teppei, additional, Sakuta, Kenichi, additional, Mitsumura, Hidetaka, additional, and Iguchi, Yasuyuki, additional

Published
2022
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24. Abstract TP129: Periventricular Hyperintensity On Magnetic Resonance Imaging Predicts Unfavorable Outcomes After Intracerebral Hemorrhage

Author

Okumura, Motohiro, primary, Sato, Takeo, additional, Kida, Hiroyuki, additional, Takahashi, Junichiro, additional, Maku, Takahiro, additional, Nakada, Ryoji, additional, Kitagawa, Tomomichi, additional, Takatsu, Hiroki, additional, Komatsu, Teppei, additional, Sakuta, Kenichi, additional, Sakai, Kenichiro, additional, Mitsumura, Hidetaka, additional, and Iguchi, Yasuyuki, additional

Published
2022
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25. Abstract WP67: Safety And Effects Of High-frequency Repetitive Transcranial Magnetic Stimulation In Acute Intracranial Hemorrhage Patients

Author

Komatsu, Teppei, primary, Hada, Takuya, additional, Kida, Hiroyuki, additional, Takahashi, Junichiro, additional, Maku, Takahiro, additional, Nakada, Ryoji, additional, Kitagawa, Tomomichi, additional, Sato, Takeo, additional, Takatsu, Hiroki, additional, Sakuta, Kenichi, additional, Sakai, Kenichiro, additional, Umehara, Tadashi, additional, MURAKAMI, HIDETOMO, additional, Mitsumura, Hidetaka, additional, Abo, Masahiro, additional, and Iguchi, Yasuyuki, additional

Published
2022
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26. Abstract WP222: Outcome Of ESUS With Possible Embolic Sources.

Author

Kida, Hiroyuki, primary, Sato, Takeo, additional, Kitagawa, Tomomichi, additional, Nakada, Ryoji, additional, Takatsu, Hiroki, additional, Komatsu, Teppei, additional, Sakuta, Kenichi, additional, Sakai, Kenichiro, additional, Umehara, Tadashi, additional, Mitsumura, Hidetaka, additional, MURAKAMI, HIDETOMO, additional, and Iguchi, Yasuyuki, additional

Published
2022
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31. Clinicopathological characteristics and optimal management for esophagogastric junctional cancer; a single center retrospective cohort study

Author

Ito Hiroaki, Inoue Haruhiro, Odaka Noriko, Satodate Hitoshi, Suzuki Michitaka, Mukai Shumpei, Takehara Yusuke, Kida Hiroyuki, and Kudo Shin-ei

Subjects
Esophagogastric junctional cancer, Esophageal cancer, Gastric cancer, Lymph node metastasis, Neoplasms. Tumors. Oncology. Including cancer and carcinogens, RC254-282
Abstract

Abstract Background Esophagogastric junctional (EGJ) cancer occurs in the mucosa near the esophagogastric junction, and has characteristics of both esophageal and gastric malignancies; its optimal treatment strategy is controversial. Methods We conducted a single-center retrospective cohort study of the patients who underwent curative surgery with lymphadenectomy for EGJ cancer. Tumor specimens were categorized by histology and location into four types—centered in the esophagus Results A total of 92 EGJ cancer patients were studied. Median follow-up of surviving patients was 35.5 months. Tumors were categorized as 12 type E (SQ), 6 type E (AD), 27 type Ge and 47 type G; of these 7 (58.3%), 3 (50%), 19 (70.4%) and 14 (29.8%) and 23 patients, respectively, had lymph node metastases. No patients with type E (AD) and Ge tumors had cervical lymph node metastasis; those with type G tumors had no nodal metastasis at cervical and mediastinal lymph nodes. Multivariate analysis showed that type E (AD) tumor was an independent prognostic factor. Conclusions We should distinguish type Ge tumor from type E (AD) tumor because of the clinicopathological and prognostic differentiation. Extended gastrectomy with or without lower esophagectomy according to tumor location and lower mediastinal and abdominal lymphadenectomy are recommended for EGJ cancer. Trial registration University Hospital Medical Information Network in Japan, UMIN000008596.

Published
2013
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40. Differential temperature sensitivity of synaptic and firing processes in a neural mass model of epileptic discharges explains heterogeneous response of experimental epilepsy to focal brain cooling

Author

Soriano, Jaymar, 20631550, Kubo, Takatomi, Inoue, Takao, Kida, Hiroyuki, Yamakawa, Toshitaka, Suzuki, Michiyasu, 10262552, Ikeda, Kazushi, Soriano, Jaymar, 20631550, Kubo, Takatomi, Inoue, Takao, Kida, Hiroyuki, Yamakawa, Toshitaka, Suzuki, Michiyasu, 10262552, and Ikeda, Kazushi

Abstract

Experiments with drug-induced epilepsy in rat brains and epileptic human brain region reveal that focal cooling can suppress epileptic discharges without affecting the brain’s normal neurological function. Findings suggest a viable treatment for intractable epilepsy cases via an implantable cooling device. However, precise mechanisms by which cooling suppresses epileptic discharges are still not clearly understood. Cooling experiments in vitro presented evidence of reduction in neurotransmitter release from presynaptic terminals and loss of dendritic spines at post-synaptic terminals offering a possible synaptic mechanism. We show that termination of epileptic discharges is possible by introducing a homogeneous temperature factor in a neural mass model which attenuates the post-synaptic impulse responses of the neuronal populations. This result however may be expected since such attenuation leads to reduced post-synaptic potential and when the effect on inhibitory interneurons is less than on excitatory interneurons, frequency of firing of pyramidal cells is consequently reduced. While this is observed in cooling experiments in vitro, experiments in vivo exhibit persistent discharges during cooling but suppressed in magnitude. This leads us to conjecture that reduction in the frequency of discharges may be compensated through intrinsic excitability mechanisms. Such compensatory mechanism is modelled using a reciprocal temperature factor in the firing response function in the neural mass model. We demonstrate that the complete model can reproduce attenuation of both magnitude and frequency of epileptic discharges during cooling. The compensatory mechanism suggests that cooling lowers the average and the variance of the distribution of threshold potential of firing across the population. Bifurcation study with respect to the temperature parameters of the model reveals how heterogeneous response of epileptic discharges to cooling (termination or suppression only) is ex

Published
2017

45. 26th Annual Computational Neuroscience Meeting (CNS*2017): Part 2

Author

Rubchinsky, Leonid L., primary, Ahn, Sungwoo, additional, Klijn, Wouter, additional, Cumming, Ben, additional, Yates, Stuart, additional, Karakasis, Vasileios, additional, Peyser, Alexander, additional, Woodman, Marmaduke, additional, Diaz-Pier, Sandra, additional, Deraeve, James, additional, Vassena, Eliana, additional, Alexander, William, additional, Beeman, David, additional, Kudela, Pawel, additional, Boatman-Reich, Dana, additional, Anderson, William S., additional, Luque, Niceto R., additional, Naveros, Francisco, additional, Carrillo, Richard R., additional, Ros, Eduardo, additional, Arleo, Angelo, additional, Huth, Jacob, additional, Ichinose, Koki, additional, Park, Jihoon, additional, Kawai, Yuji, additional, Suzuki, Junichi, additional, Mori, Hiroki, additional, Asada, Minoru, additional, Oprisan, Sorinel A., additional, Dave, Austin I., additional, Babaie, Tahereh, additional, Robinson, Peter, additional, Tabas, Alejandro, additional, Andermann, Martin, additional, Rupp, André, additional, Balaguer-Ballester, Emili, additional, Lindén, Henrik, additional, Christensen, Rasmus K., additional, Nakamura, Mari, additional, Barkat, Tania R., additional, Tosi, Zach, additional, Beggs, John, additional, Lonardoni, Davide, additional, Boi, Fabio, additional, Di Marco, Stefano, additional, Maccione, Alessandro, additional, Berdondini, Luca, additional, Jędrzejewska-Szmek, Joanna, additional, Dorman, Daniel B., additional, Blackwell, Kim T., additional, Bauermeister, Christoph, additional, Keren, Hanna, additional, Braun, Jochen, additional, Dornas, João V., additional, Mavritsaki, Eirini, additional, Aldrovandi, Silvio, additional, Bridger, Emma, additional, Lim, Sukbin, additional, Brunel, Nicolas, additional, Buchin, Anatoly, additional, Kerr, Clifford Charles, additional, Chizhov, Anton, additional, Huberfeld, Gilles, additional, Miles, Richard, additional, Gutkin, Boris, additional, Spencer, Martin J., additional, Meffin, Hamish, additional, Grayden, David B., additional, Burkitt, Anthony N., additional, Davey, Catherine E., additional, Tao, Liangyu, additional, Tiruvadi, Vineet, additional, Ali, Rehman, additional, Mayberg, Helen, additional, Butera, Robert, additional, Gunay, Cengiz, additional, Lamb, Damon, additional, Calabrese, Ronald L., additional, Doloc-Mihu, Anca, additional, López-Madrona, Víctor J., additional, Matias, Fernanda S., additional, Pereda, Ernesto, additional, Mirasso, Claudio R., additional, Canals, Santiago, additional, Geminiani, Alice, additional, Pedrocchi, Alessandra, additional, D’Angelo, Egidio, additional, Casellato, Claudia, additional, Chauhan, Ankur, additional, Soman, Karthik, additional, Srinivasa Chakravarthy, V., additional, Muddapu, Vignayanandam R., additional, Chuang, Chao-Chun, additional, Chen, Nan-yow, additional, Bayati, Mehdi, additional, Melchior, Jan, additional, Wiskott, Laurenz, additional, Azizi, Amir Hossein, additional, Diba, Kamran, additional, Cheng, Sen, additional, Smirnova, Elena Y., additional, Yakimova, Elena G., additional, Chizhov, Anton V., additional, Chen, Nan-Yow, additional, Shih, Chi-Tin, additional, Florescu, Dorian, additional, Coca, Daniel, additional, Courtiol, Julie, additional, Jirsa, Viktor K., additional, Covolan, Roberto J. M., additional, Teleńczuk, Bartosz, additional, Kempter, Richard, additional, Curio, Gabriel, additional, Destexhe, Alain, additional, Parker, Jessica, additional, Klishko, Alexander N., additional, Prilutsky, Boris I., additional, Cymbalyuk, Gennady, additional, Franke, Felix, additional, Hierlemann, Andreas, additional, da Silveira, Rava Azeredo, additional, Casali, Stefano, additional, Masoli, Stefano, additional, Rizza, Martina, additional, Rizza, Martina Francesca, additional, Sun, Yinming, additional, Wong, Willy, additional, Farzan, Faranak, additional, Blumberger, Daniel M., additional, Daskalakis, Zafiris J., additional, Popovych, Svitlana, additional, Viswanathan, Shivakumar, additional, Rosjat, Nils, additional, Grefkes, Christian, additional, Daun, Silvia, additional, Gentiletti, Damiano, additional, Suffczynski, Piotr, additional, Gnatkovski, Vadym, additional, De Curtis, Marco, additional, Lee, Hyeonsu, additional, Paik, Se-Bum, additional, Choi, Woochul, additional, Jang, Jaeson, additional, Park, Youngjin, additional, Song, Jun Ho, additional, Song, Min, additional, Pallarés, Vicente, additional, Gilson, Matthieu, additional, Kühn, Simone, additional, Insabato, Andrea, additional, Deco, Gustavo, additional, Glomb, Katharina, additional, Ponce-Alvarez, Adrián, additional, Ritter, Petra, additional, Campo, Adria Tauste, additional, Thiele, Alexander, additional, Deeba, Farah, additional, Robinson, P. A., additional, van Albada, Sacha J., additional, Rowley, Andrew, additional, Hopkins, Michael, additional, Schmidt, Maximilian, additional, Stokes, Alan B., additional, Lester, David R., additional, Furber, Steve, additional, Diesmann, Markus, additional, Barri, Alessandro, additional, Wiechert, Martin T., additional, DiGregorio, David A., additional, Dimitrov, Alexander G., additional, Vich, Catalina, additional, Berg, Rune W., additional, Guillamon, Antoni, additional, Ditlevsen, Susanne, additional, Cazé, Romain D., additional, Girard, Benoît, additional, Doncieux, Stéphane, additional, Doyon, Nicolas, additional, Boahen, Frank, additional, Desrosiers, Patrick, additional, Laurence, Edward, additional, Dubé, Louis J., additional, Eleonora, Russo, additional, Durstewitz, Daniel, additional, Schmidt, Dominik, additional, Mäki-Marttunen, Tuomo, additional, Krull, Florian, additional, Bettella, Francesco, additional, Metzner, Christoph, additional, Devor, Anna, additional, Djurovic, Srdjan, additional, Dale, Anders M., additional, Andreassen, Ole A., additional, Einevoll, Gaute T., additional, Næss, Solveig, additional, Ness, Torbjørn V., additional, Halnes, Geir, additional, Halgren, Eric, additional, Pettersen, Klas H., additional, Sætra, Marte J., additional, Hagen, Espen, additional, Schiffer, Alina, additional, Grzymisch, Axel, additional, Persike, Malte, additional, Ernst, Udo, additional, Harnack, Daniel, additional, Ernst, Udo A., additional, Tomen, Nergis, additional, Zucca, Stefano, additional, Pasquale, Valentina, additional, Pica, Giuseppe, additional, Molano-Mazón, Manuel, additional, Chiappalone, Michela, additional, Panzeri, Stefano, additional, Fellin, Tommaso, additional, Oie, Kelvin S., additional, Boothe, David L., additional, Crone, Joshua C., additional, Yu, Alfred B., additional, Felton, Melvin A., additional, Zulfiqar, Isma, additional, Moerel, Michelle, additional, De Weerd, Peter, additional, Formisano, Elia, additional, Oie, Kelvin, additional, Franaszczuk, Piotr, additional, Diggelmann, Roland, additional, Fiscella, Michele, additional, Guarino, Domenico, additional, Antolík, Jan, additional, Davison, Andrew P., additional, Frègnac, Yves, additional, Etienne, Benjamin Xavier, additional, Frohlich, Flavio, additional, Lefebvre, Jérémie, additional, Marcos, Encarni, additional, Mattia, Maurizio, additional, Genovesio, Aldo, additional, Fedorov, Leonid A., additional, Dijkstra, Tjeerd M.H., additional, Sting, Louisa, additional, Hock, Howard, additional, Giese, Martin A., additional, Buhry, Laure, additional, Langlet, Clément, additional, Giovannini, Francesco, additional, Verbist, Christophe, additional, Salvadé, Stefano, additional, Giugliano, Michele, additional, Henderson, James A., additional, Wernecke, Hendrik, additional, Sándor, Bulcsú, additional, Gros, Claudius, additional, Voges, Nicole, additional, Dabrovska, Paulina, additional, Riehle, Alexa, additional, Brochier, Thomas, additional, Grün, Sonja, additional, Gu, Yifan, additional, Gong, Pulin, additional, Dumont, Grégory, additional, Novikov, Nikita A., additional, Gutkin, Boris S., additional, Tewatia, Parul, additional, Eriksson, Olivia, additional, Kramer, Andrei, additional, Santos, Joao, additional, Jauhiainen, Alexandra, additional, Kotaleski, Jeanette H., additional, Belić, Jovana J., additional, Kumar, Arvind, additional, Kotaleski, Jeanette Hellgren, additional, Shimono, Masanori, additional, Hatano, Naomichi, additional, Ahmad, Subutai, additional, Cui, Yuwei, additional, Hawkins, Jeff, additional, Senk, Johanna, additional, Korvasová, Karolína, additional, Tetzlaff, Tom, additional, Helias, Moritz, additional, Kühn, Tobias, additional, Denker, Michael, additional, Mana, PierGianLuca, additional, Dahmen, David, additional, Schuecker, Jannis, additional, Goedeke, Sven, additional, Keup, Christian, additional, Heuer, Katja, additional, Bakker, Rembrandt, additional, Tiesinga, Paul, additional, Toro, Roberto, additional, Qin, Wei, additional, Hadjinicolaou, Alex, additional, Ibbotson, Michael R., additional, Kameneva, Tatiana, additional, Lytton, William W., additional, Mulugeta, Lealem, additional, Drach, Andrew, additional, Myers, Jerry G., additional, Horner, Marc, additional, Vadigepalli, Rajanikanth, additional, Morrison, Tina, additional, Walton, Marlei, additional, Steele, Martin, additional, Anthony Hunt, C., additional, Tam, Nicoladie, additional, Amaducci, Rodrigo, additional, Muñiz, Carlos, additional, Reyes-Sánchez, Manuel, additional, Rodríguez, Francisco B., additional, Varona, Pablo, additional, Cronin, Joseph T., additional, Hennig, Matthias H., additional, Iavarone, Elisabetta, additional, Yi, Jane, additional, Shi, Ying, additional, Zandt, Bas-Jan, additional, Van Geit, Werner, additional, Rössert, Christian, additional, Markram, Henry, additional, Hill, Sean, additional, O’Reilly, Christian, additional, Perin, Rodrigo, additional, Lu, Huanxiang, additional, Bryson, Alexander, additional, Hadrava, Michal, additional, Hlinka, Jaroslav, additional, Hosaka, Ryosuke, additional, Olenik, Mark, additional, Houghton, Conor, additional, Iannella, Nicolangelo, additional, Launey, Thomas, additional, Kotsakidis, Rebecca, additional, Soriano, Jaymar, additional, Kubo, Takatomi, additional, Inoue, Takao, additional, Kida, Hiroyuki, additional, Yamakawa, Toshitaka, additional, Suzuki, Michiyasu, additional, Ikeda, Kazushi, additional, Abbasi, Samira, additional, Hudson, Amber E., additional, Heck, Detlef H., additional, Jaeger, Dieter, additional, Lee, Joel, additional, Janušonis, Skirmantas, additional, Saggio, Maria Luisa, additional, Spiegler, Andreas, additional, Stacey, William C., additional, Bernard, Christophe, additional, Lillo, Davide, additional, Petkoski, Spase, additional, Drakesmith, Mark, additional, Jones, Derek K., additional, Zadeh, Ali Sadegh, additional, Kambhampati, Chandra, additional, Karbowski, Jan, additional, Kaya, Zeynep Gokcen, additional, Lakretz, Yair, additional, Treves, Alessandro, additional, Li, Lily W., additional, Lizier, Joseph, additional, Kerr, Cliff C., additional, Masquelier, Timothée, additional, Kheradpisheh, Saeed Reza, additional, Kim, Hojeong, additional, Kim, Chang Sub, additional, Marakshina, Julia A., additional, Vartanov, Alexander V., additional, Neklyudova, Anastasia A., additional, Kozlovskiy, Stanislav A., additional, Kiselnikov, Andrey A., additional, Taniguchi, Kanako, additional, Kitano, Katsunori, additional, Schmitt, Oliver, additional, Lessmann, Felix, additional, Schwanke, Sebastian, additional, Eipert, Peter, additional, Meinhardt, Jennifer, additional, Beier, Julia, additional, Kadir, Kanar, additional, Karnitzki, Adrian, additional, Sellner, Linda, additional, Klünker, Ann-Christin, additional, Kuch, Lena, additional, Ruß, Frauke, additional, Jenssen, Jörg, additional, Wree, Andreas, additional, Sanz-Leon, Paula, additional, Knock, Stuart A., additional, Chien, Shih-Cheng, additional, 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Published
2017
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47. Astrocyte-expressed FABP7 regulates dendritic morphology and excitatory synaptic function of cortical neurons

Author

Ebrahimi, Majid, primary, Yamamoto, Yui, additional, Sharifi, Kazem, additional, Kida, Hiroyuki, additional, Kagawa, Yoshiteru, additional, Yasumoto, Yuki, additional, Islam, Ariful, additional, Miyazaki, Hirofumi, additional, Shimamoto, Chie, additional, Maekawa, Motoko, additional, Mitsushima, Dai, additional, Yoshikawa, Takeo, additional, and Owada, Yuji, additional

Published
2015
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