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The Autonomic Nervous System
Volume , Issue suppl / 2025
English Article
Japanese Article- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
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In the holding of the chairperson greetings 78th Japan autonomic nerve association general meeting 中村和弘 The Autonomic Nervous System (suppl): 3-3, 2025. |
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SL1. Fundamental thermoregulatory pathways contribute to a new model for the hypothermia of torpor / hibernation Shaun F. Morrison The Autonomic Nervous System (suppl): 42-42, 2025. |
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SL2. Clinical Practice of Parkinson's Disease : Treatment strategies and Future directions Tan Eng King The Autonomic Nervous System (suppl): 43-43, 2025. |
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EL1. Mainly on study - warm sensation of "the temperature control" - 永島計1,2,3) The Autonomic Nervous System (suppl): 44-44, 2025. |
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EL2. An REM sleep behavior disorder symptom and neurodegenerative disease 鈴木圭輔 The Autonomic Nervous System (suppl): 45-45, 2025. |
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EL3. Mainly on molecular condition of a patient - α synuclein spread hypothesis of the Parkinson's disease 高橋良輔 The Autonomic Nervous System (suppl): 46-46, 2025. |
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EL4. Intestinal bacteria and short chain fatty acid receptor 木村郁夫 The Autonomic Nervous System (suppl): 47-47, 2025. |
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EL5. Allulose and a GLP-1 receptor agonist regulate blood glucose, food intake, and body weight in obese mice : roles and cooperation of the afferent vagal pathway and central nervous system pathways 矢田俊彦1,2), Yermek Rakhat1,2), Dauren Zhantleu1,2), 岩崎有作3) The Autonomic Nervous System (suppl): 48-48, 2025. |
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EL6. Autonomic nervous system disorders in the neuropathy 小池春樹 The Autonomic Nervous System (suppl): 49-49, 2025. |
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BC1-1. Organ linkage estimate from the multiple organs much time point 1 cells omics data by the optimal transportation theory 本田直樹1), 片岡優之介1,2), 坂口峻太1), 堤真人1), 矢田祐一郎1) The Autonomic Nervous System (suppl): 50-50, 2025. |
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BC1-2. The condition of a patient elucidation and therapy development of the synucleinopathy based on the spread between α synuclein cells 上村紀仁1,2) The Autonomic Nervous System (suppl): 51-51, 2025. |
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BC2-1. Rupture and the condition of a patient of nerve - organ - linkage due to the spinal cord injury of immunity 上野将紀 The Autonomic Nervous System (suppl): 52-52, 2025. |
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BC2-2. Autonomic nervous system disorders in the central nervous system autoimmunity-related disease 磯部紀子 The Autonomic Nervous System (suppl): 53-53, 2025. |
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BC3-1. Participation in central regulatory mechanism and stress bowel movement abnormality of the large intestine exercise 志水泰武1,2), 湯木夏扶1), 澤村友哉1), 椎名貴彦1,2) The Autonomic Nervous System (suppl): 54-54, 2025. |
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BC3-2. Digestive organ symptom of the Parkinson's disease 武田篤 The Autonomic Nervous System (suppl): 55-55, 2025. |
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BC4-1. Molecular base of the inhibitory effect by the central pathogenesis and exercise intervention of the stress high blood pressure 和氣秀文1), 山中航1), Sabine Gouraud2) The Autonomic Nervous System (suppl): 56-56, 2025. |
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BC4-2. Amyotrophic lateral sclerosis and autonomic nervous system disorders 漆谷真 The Autonomic Nervous System (suppl): 57-57, 2025. |
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BC5-1. Integrated analysis of a cranial nerve circuit and the systemic reply to psychology stress 片岡直也1,2) The Autonomic Nervous System (suppl): 58-58, 2025. |
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BC5-2. Nervous fever 岡孝和1,2) The Autonomic Nervous System (suppl): 59-59, 2025. |
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BC6-1. Beta cells of pancreas increase promotion mechanism with the vagus nerve signal 今井淳太 The Autonomic Nervous System (suppl): 60-60, 2025. |
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BC6-2. A diagnosis and treatment of the diabetic neuropathy 神谷英紀, 姫野龍仁 The Autonomic Nervous System (suppl): 61-61, 2025. |
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BC7-1. Intracerebral mechanism about body fluid, blood pressure regulation 檜山武史1,2) The Autonomic Nervous System (suppl): 62-62, 2025. |
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BC7-2. Blood pressure, fluid regulation in the autonomic nerve disease 朝比奈正人 The Autonomic Nervous System (suppl): 63-63, 2025. |
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SY1-1. About anosmia in the Parkinson's disease 仙石錬平 The Autonomic Nervous System (suppl): 64-64, 2025. |
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SY1-2. Pain in the Parkinson's disease 永山寛 The Autonomic Nervous System (suppl): 65-65, 2025. |
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SY1-3. About dyshidrosis in the Parkinson's disease 荒木信之1,2) The Autonomic Nervous System (suppl): 66-66, 2025. |
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SY1-4. Constipation in the Parkinson's disease 波田野琢, 竹重遥香 The Autonomic Nervous System (suppl): 67-67, 2025. |
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SY2-1. Overview of sensory mechanosensation in circulatory control during exercise 堀田典生1), 堀天1,2,3) The Autonomic Nervous System (suppl): 68-68, 2025. |
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SY2-2. Mechanisms of altered mechanosensation in diabetes 石澤里枝 The Autonomic Nervous System (suppl): 69-69, 2025. |
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SY2-3. Stress-induced alterations in sensory mechanosensation - Mechanism of muscle mechanoreflex enhancement following repeated cold stress exposure - 木原ちあき1), 堀田典生2) The Autonomic Nervous System (suppl): 70-70, 2025. |
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SY2-4. Mechanosensation transformation mechanism by amyloid β 水野正樹, 深澤歩 The Autonomic Nervous System (suppl): 71-71, 2025. |
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OMSY-1. Basics of the Chinese medicine prescription for the autonomic nerve symptom 佐藤寿一 The Autonomic Nervous System (suppl): 72-72, 2025. |
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OMSY-2. Taking a lesson from the past of the Chinese medicine to use for headache practice 光藤尚1,2), 溝井令一1,2), 水野諭子1), 岡田多恵1), 鈴木朋子1) The Autonomic Nervous System (suppl): 73-73, 2025. |
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OMSY-3. Acupuncture needle moxibustion and autonomic nerve function - evidence in a migraine headache, the tension-type headache and fine-view - 菊池友和1,2), 鈴木格1,2), 吉田麻衣子12), 山口智3) The Autonomic Nervous System (suppl): 74-74, 2025. |
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OMSY-4. Acupuncture needle moxibustion meridian treatment and autonomic nerve judging from a classic 橋本厳1,2) The Autonomic Nervous System (suppl): 75-75, 2025. |
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SNRSY-1. Importance of the social autonomy neurology 片山義雄 The Autonomic Nervous System (suppl): 76-76, 2025. |
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SNRSY-2. Role of internal secretion, the autonomic nerve in the formation of social relations 菊水健史 The Autonomic Nervous System (suppl): 77-77, 2025. |
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SNRSY-3. Potential autonomic nerve control in humans 梅田聡 The Autonomic Nervous System (suppl): 78-78, 2025. |
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SNRSY-4. The central immunologic memory formation through the sympathetic neuropathy by the heart failure stress 藤生克仁1,2) The Autonomic Nervous System (suppl): 79-79, 2025. |
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SNRSY-5. Autonomy, behavioral temperature regulation mechanism through the hypothalamic oxytocin nervous system 福島章紘, 中村和弘 The Autonomic Nervous System (suppl): 80-80, 2025. |
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SNRSY-6. Social neurosciences to determine emergence and stabilization of the joint ownership reality: The point of contact of interaction, computational theory, the autonomic nervous system 小倉有紀子1,2) The Autonomic Nervous System (suppl): 81-81, 2025. |
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YSY-1. The molecular condition of a patient of the Parkinson's disease to solve from the approach which is reverse translational 池中建介, Aguirre Cesar, 角田渓太, Chi-Jin Choong, Nang Wang, 望月秀樹 The Autonomic Nervous System (suppl): 82-82, 2025. |
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YSY-2. Elucidation of the neurodegenerative mechanism by α synuclein cohesion that made RNA higher structure footing 矢吹悌1,2), 塩田倫史1,2) The Autonomic Nervous System (suppl): 83-83, 2025. |
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YSY-3. Autonomic nervous system disorders of the Parkinson's disease judging from the analysis of a heartbeat change, the sphygmogram change 鈴木将史1,2), 大塚健司2), 加藤智之2), 平賀経太2), 玉腰大悟2), 福島大喜2), 植松高史2), 坪井崇2), 勝野雅央2) The Autonomic Nervous System (suppl): 84-84, 2025. |
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YSY-4. Dyshidrosis of the Parkinson's disease: New approach using SUDOSCAN 清水崇宏 The Autonomic Nervous System (suppl): 85-85, 2025. |
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MSY-1. Convolution road mechanism of exercise and the sympathetic control of the heart disease 奈良井絵美, 木場智史 The Autonomic Nervous System (suppl): 86-86, 2025. |
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MSY-2. Antiinflammatory kidney protection by the vagal impulse 田中真司 The Autonomic Nervous System (suppl): 87-87, 2025. |
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MSY-3. Autonomic nerve and circulation adjustment to influence kidney 桂田健一1,2), 苅尾七臣2), 今井靖1,2) The Autonomic Nervous System (suppl): 88-88, 2025. |
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SP1-1. Analysis of the effect that hind leg inflammatory pain gives to large intestine exercise through spinal cord oxytocin purinergic nerve transmission 澤村友哉1), 湯木夏扶2), 森亜友菜3), 高島和也3), 吉村充弘4), 上田陽一4), 椎名貴彦2,3,5), 志水泰武2,3,5) The Autonomic Nervous System (suppl): 90-90, 2025. |
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SP1-2. The improvement in antianxiety social nature effect that straying sensory nerve developing the right oxytocin receptor creates 射場拳虎, 増田雄太, 大林健人, 北野里佳, 岩崎有作 The Autonomic Nervous System (suppl): 90-90, 2025. |
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SP1-3. Autonomic nerve reply to error in motor learning 野上素子1,2), 羽倉信宏1,2), 横井惇1,2) The Autonomic Nervous System (suppl): 91-91, 2025. |
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SP1-4. Mechanism of Blood Pressure Regulation by Arterial Baroreceptors Jerry Yu The Autonomic Nervous System (suppl): 91-91, 2025. |
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SP2-1. Examination of the plasma biomarker by the proteome analysis of the Lewy body disease in the NaT PROBE study and the high-risk group 斎藤勇紀1), 平賀経太1), 玉腰大悟1), 福島大喜1), 植松高史1), 坪井崇1), 鈴木将史1,2), 佐藤茉希1), 山本昌幸3), 志水英明4), 若井正一5) The Autonomic Nervous System (suppl): 92-92, 2025. |
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SP2-2. Analysis of the cytotoxic T cell of multiple system atrophy peripheral blood 櫻井靖久1,2), 錦織隆成1,3), 石本智之1,2), 田口智之1), 中西悦郎1), 山門穂高2), 高橋良輔2), 松本理器1) The Autonomic Nervous System (suppl): 92-92, 2025. |
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SP2-3. Mimicry of nocturnal BP phenotype by orthostatic hypotension and ABPM in the Parkinson's disease 田中亮太1), 竹重遥香2), 波田野琢2), 山城一雄3), 瀬原吉英1,4), 卜部貴夫3), 苅尾七臣5), 藤本茂1), 服部信孝2) The Autonomic Nervous System (suppl): 93-93, 2025. |
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SP2-4. Study of the photophobia mechanism elucidation using a pupil light reflex in blue, green, the red light stimulation and the heartbeat change analysis 高徳由依, 原直人, 新井田孝裕 The Autonomic Nervous System (suppl): 93-93, 2025. |
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OS1-1. Effect of diazepam on orthostatic intolerance with anxiety disorders 榊原隆次1), 坂本節子1), 小松尚也1), 内山智之2), 山本達也3) The Autonomic Nervous System (suppl): 94-94, 2025. |
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OS1-2. The condition of a patient of multiple system atrophy and orthostatic hypotension in the Parkinson's disease: Kinetic analysis of ten minutes head up tilt test and blood circulation controlling element 水谷泰彰, 安達隼輔, 李頌子, 前田利樹, 長尾龍之介, 廣田政古, 川畑和也, 島さゆり, 植田晃広, 伊藤瑞規, 渡辺宏久 The Autonomic Nervous System (suppl): 94-94, 2025. |
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OS1-3. Cerebral blood flow change of patients with orthostatic hypotension 竹ノ内晃之, 河野達啓, 渡邊一樹, 武内智康, 中村友彦 The Autonomic Nervous System (suppl): 95-95, 2025. |
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OS1-4. About the seasonal variation of blood pressure and the orthostatic tolerance drop in the Parkinson's disease 新美由紀1), 八木孝雄1), 谷本由佳1), 加藤暉康1), 本原健太1), 山名知子1,2), 長谷川康博3), 古池保雄4) The Autonomic Nervous System (suppl): 95-95, 2025. |
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OS1-5. A case (the second report) of the acupuncture needle electricity therapy for the high blood pressure 山下和彦1,2), 渡辺一志1), 中條洋3) The Autonomic Nervous System (suppl): 96-96, 2025. |
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OS2-1. Extension of the simple reaction time in the postural tachycardia syndrome 川間健太郎1), 角南陽子1), 坂東充秋1), 日野慶子2), 高橋一司1) The Autonomic Nervous System (suppl): 97-97, 2025. |
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OS2-2. Examination about the number of the odorous substance reduction of the smell presentation device to use for a diagnosis, risk assessment of the Parkinson's disease 福島大喜1), 平賀経太1), 玉腰大悟1), 斎藤勇紀1), 植松高史1), 坪井崇1), 佐藤茉紀1), 佐竹勇紀2), 村田翔太朗3), 生熊良規3), 藤田修二3), 勝野雅央1) The Autonomic Nervous System (suppl): 97-97, 2025. |
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OS2-3. Association between roll over difficulty and clinical item in the Parkinson's disease 小俣伸介, 藤田裕明, 櫻本浩隆, 大垣圭太郎, 鈴木圭輔 The Autonomic Nervous System (suppl): 98-98, 2025. |
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OS2-4. Evaluation of running of the Lewy body disease prodromal phase symptom in the medical examination testee 玉腰大悟1), 平賀経太1), 植松高史1), 福島大喜1), 斎藤勇紀1), 坪井崇1), 山本昌幸2), 勝野雅央1) The Autonomic Nervous System (suppl): 98-98, 2025. |
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OS2-5. Pre-rear predictor of the person of Lewy body disease high risk with multiple prodromes 平賀経太1), 玉腰大悟1), 福島大喜1), 斎藤勇紀1), 植松高史1), 坪井崇1), 佐藤茉紀1), 佐竹勇紀2), 山本昌幸3), 志水英明4), 若井正一5), 勝野雅央1) The Autonomic Nervous System (suppl): 99-99, 2025. |
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OS3-1. The effect that a weight loss in improving gives for a blood sugar reply W - in the athlete under the summer heat environment 内堀晴哉1), 羽田克彦1,2,3), 牧亮1), 伊藤挙3), 小川博之4) The Autonomic Nervous System (suppl): 100-100, 2025. |
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OS3-2. The effect that taVNS after the high strength exercise gives to latent time and a cognitive function 山波克彰1), 横田裕丈1,2), 大屋りょう2), 木村玲奈1), 久保幸大1), 中山侑也1), 平林怜1,2), 石垣智恒1,2), 小宮諒1,2), 江玉睦明1,2) The Autonomic Nervous System (suppl): 100-100, 2025. |
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OS3-3. The association that percutaneous auricle vagal impulse (taVNS) gives it to for latent time between effect and autonomic nerve index 横田裕丈1,2), 佐藤亜美1), 山波克彰1,2), 木村玲奈1,2), 久保幸大1,2), 中山侑也1,2), 坂本航大1,2), 平林怜1,2), 石垣智恒1,2), 小宮諒1,2), 江玉睦明1,2) The Autonomic Nervous System (suppl): 101-101, 2025. |
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OS3-4. Cognitive dysfunction and sea lion gene expression change by the intermittent hypoxia exposure in the sleep apnoea syndrome mouse model 内田有希1), 見代健太1,2), 中野僚太3), 上條翔太郎3), 細沼雅弘4), 山崎喜貴5), 磯部晃4), 石川文博6), 鬼丸洋1), 吉川輝7), 小口達敬4), 泉崎雅彦1) The Autonomic Nervous System (suppl): 101-101, 2025. |
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OS3-5. Analysis - of the heartbeat change by the short time assay using comparison - ergograph load of the autonomic nerve function judging from the viewpoint of opportune time women 後藤由佳1,2), 中塚幹也2), 奥田博之1) The Autonomic Nervous System (suppl): 102-102, 2025. |
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OS4-1. A neural circuit base of the heat production by the medulla oblongata nucleus of the raphe vGluT3 neuron: Cooperation pilomotor a tremor, a non-tremor 内田俊太郎1), 萩原光恵1), 井上健一2), 阿部高也2), 宮道和成1) The Autonomic Nervous System (suppl): 103-103, 2025. |
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OS4-2. Electrophysiological analysis of the breathing reply accompanied with the temperature control 北井孝明, 中村和弘 The Autonomic Nervous System (suppl): 103-103, 2025. |
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OS4-3. Cross correlation analysis of the effect that a hot compress gives to an acute and chronic physiological response on neck, shoulder region 神谷美香1), 青山つばさ1), 水谷裕子2), 山下恵3), 小島一輝1), 夏目恵美子1), 岩瀬敏4,5) The Autonomic Nervous System (suppl): 104-104, 2025. |
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OS4-4. Association between narrow path fiber disorder and autonomic nerve, clinical index of patients with multiple system atrophy using SudoScan 中原圭一, 植田光晴 The Autonomic Nervous System (suppl): 104-104, 2025. |
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OS4-5. Aluminum chloride long-term skin sympathetic nervous activity in the excessive sweating survival part in hidroschesis patients with treated systemic hyperhidrosis 犬飼洋子1), 岩瀬敏抽1,2,3) The Autonomic Nervous System (suppl): 105-105, 2025. |
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OS5-1. The classification of the underlying disease in patients with photophobia, the eye pain and examination of clinical features 原直人1), 野崎貴大2), 高徳由依1) The Autonomic Nervous System (suppl): 106-106, 2025. |
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OS5-2. Examination about the pupil light reaction abnormality in the Parkinson's disease 大羽知里1), 鈴木将史1,2), 平賀経太1), 玉腰大悟1), 福島大喜1), 植松高史1), 坪井崇1), 勝野雅央1) The Autonomic Nervous System (suppl): 106-106, 2025. |
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OS5-3. The cholinergic adjustment of the cerebral blood flow reply by the trigeminal nerve system sense of smell stimulation and the aging 内田さえ1), 森原大智1,2), 鍵谷方子1) The Autonomic Nervous System (suppl): 107-107, 2025. |
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OS5-4. Effect of the innocuous skin cooling stimulation on melatonin secretion from a pineal body 渡辺信博, 守屋正道, 堀田晴美 The Autonomic Nervous System (suppl): 107-107, 2025. |
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OS5-5. The analgesic effect due to the vagus nerve is estrogen-dependent, and it is shown through endogenous opioid 田代晃正, 可児優奈, 守本祐司 The Autonomic Nervous System (suppl): 108-108, 2025. |
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OS6-1. The autonomic nerve function measurement in the Miyagi Tomiya city shopping mall visitor and effect of the background factor 鎌田泰彰, 津田聡, 宮武博, 中澤徹 The Autonomic Nervous System (suppl): 109-109, 2025. |
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OS6-2. Examination of blood vessel by the non-contact using the remote photoelectric expression plethysmogram method (remote photoplethysmography: rPPG) and the bloodstream rating system 平岡潤1), 高橋雅人2), 山口剛史3), 伊藤晃洋4), 津村徳道2), 飯島典生3) The Autonomic Nervous System (suppl): 109-109, 2025. |
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OS6-3. An evaluation and prediction of the autonomic nerve function by the sphygmogram change analysis using the watch type wearable sensor 大塚健司1), 鈴木将史1,2), 加藤智之1), 平賀経太1), 玉越大悟1), 福島大喜1), 植松高史1), 坪井崇1), 勝野雅央1) The Autonomic Nervous System (suppl): 110-110, 2025. |
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OS6-4. Development of the analytical method of join time about the correlation of a heartbeat, the blood pressure fluctuation by the cross spectroscopy 光山訓, 坂本輝彦, 小澤瀞司 The Autonomic Nervous System (suppl): 110-110, 2025. |
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OS6-5. Analysis of the effect that low-frequency breathing gives in correlation of a heartbeat, the blood pressure fluctuation 坂本輝彦, 光山訓, 小澤瀞司 The Autonomic Nervous System (suppl): 111-111, 2025. |
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OS7-1. Study of the pathophysiological characteristic in the functional dyspepsia symptom onset by the balance analysis of the autonomic nerve 山口菜緒美1,2), 村橋昌樹3), 山口智3), 屋嘉比康治1,2) The Autonomic Nervous System (suppl): 112-112, 2025. |
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OS7-2. Effect of treatment analysis of the disease modifier for hereditary transthyretin amyloidosis of the juvenile onset V30M type 三隅洋平1), 野村隼也1), 山川詩織1), 田口智朗1), 大林光念2), 植田光晴1) The Autonomic Nervous System (suppl): 112-112, 2025. |
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OS7-3. Sympathetic nervous activity modulation with the GABA in coeliac ganglia 神田浩里1,2), 山中博樹1,2), 野口光一2) The Autonomic Nervous System (suppl): 113-113, 2025. |
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OS7-4. Role of the adrenal catecholamine system through the autonomic nerve for the food allergy 安部力1), 谷田守2), 岩崎有作3) The Autonomic Nervous System (suppl): 113-113, 2025. |
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OS7-5. Symptoms and Treatment of Neurological Long Covid 岩瀬敏, 馬場研二 The Autonomic Nervous System (suppl): 114-114, 2025. |
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OS7-6. Polyl: The change of the spinal body movement activity by C and the factor 荒田晶子1), 高坂侑希2), 清水-岡部千草3), 諸隈誠一4) The Autonomic Nervous System (suppl): 114-114, 2025. |
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OS8-1. Periphery sympathetic nervous activity reply at the intraventricular leptin administration in the type I diabetes mellitus model rat 榊佑嘉子1), 佐藤大介1), 佐藤晟二2,3), 堀田康介3), 坂野僚一4,5) The Autonomic Nervous System (suppl): 115-115, 2025. |
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OS8-2. Examination about the carbohydrate metabolism sthenia mechanism by the rat periphery sympathetic nerve electrical stimulation 佐藤大介1), 榊佑嘉子1), 堀田康介2), 佐藤晟二2,3), 坂野僚一4,5), 楠正隆6), 宮本理人7) The Autonomic Nervous System (suppl): 115-115, 2025. |
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OS8-3. The effect that the phlorizin administration in the obese diabetes model mouse gives for ChAT expression of dorsal nucleus of vagas nerve 志茂聡 The Autonomic Nervous System (suppl): 116-116, 2025. |
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OS8-4. It is blood sugar rise inhibitory effect after the meal through the straying sensory nerve of the sticky rice which strongly secretes bowel hormone GLP -1 岩崎有作1), 大林健人1), 杉山雄大1), 能美太一1), 佐藤洋一郎2,3), 増村威宏1) The Autonomic Nervous System (suppl): 116-116, 2025. |
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OS8-5. Improvement in glucose tolerance effect through the straying sensory nerve activation with the cacao polyphenol 石原寛隆, 大林健人, 岩崎有作 The Autonomic Nervous System (suppl): 117-117, 2025. |
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