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The Autonomic Nervous System
Volume , Issue suppl / 2021
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- 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 74th Japan autonomic nerve association general meeting 加藤総夫 The Autonomic Nervous System (suppl): 4-5, 2021. |
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PL1. Targeting the autonomic nervous system to combat cardio-respiratory disease Julian Paton The Autonomic Nervous System (suppl): 42-42, 2021. |
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PL2. Body-brain communication : From visceral sensations to perception Ivan de Araujio The Autonomic Nervous System (suppl): 43-43, 2021. |
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SL1. A hypothalamus: The integration center of autonomic nervous system and the neurosecretory system 上田陽一 The Autonomic Nervous System (suppl): 44-44, 2021. |
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SL2. The current situation of the translational research of the organ reproduction 横尾隆 The Autonomic Nervous System (suppl): 45-45, 2021. |
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SL3. Somatosensory stimulation and autonomy function 黒澤美枝子 The Autonomic Nervous System (suppl): 46-46, 2021. |
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SL4. Instruction of the tissue-specific inflammatory disorder by the gateway reflection 村上正晃1),2) The Autonomic Nervous System (suppl): 47-47, 2021. |
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NET EXCEPTION Err: Error Fetching http headers 村山繁雄1),2) The Autonomic Nervous System (suppl): 48-48, 2021. |
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SL6. Neurobiological revolve from the somatic space by "multi-sensing" to an autonomy manifold 入來篤史 The Autonomic Nervous System (suppl): 49-49, 2021. |
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SL7. Sympathetic control mechanism of the brain keeping life from a variety of environmental stresses 中村和弘 The Autonomic Nervous System (suppl): 50-50, 2021. |
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SL8. It is ... for a case in ... sleep science for realization of the system medicine 上田泰己1),2) The Autonomic Nervous System (suppl): 51-51, 2021. |
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SL9. Pelvic sphincter rule neuron 岩田誠 The Autonomic Nervous System (suppl): 52-52, 2021. |
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CV1-1. Cardiovascular disturbance of periphery, the Parkinson's disease which is due to central sympathicopathy and the treatment 梅原淳 The Autonomic Nervous System (suppl): 53-53, 2021. |
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CV1-2. Is the Parkinson's disease the gastrointestinal origin? The experimental evidence 高橋良輔1), 上村紀仁2), 山門穂高1), 生野真嗣2), 澤村正典1), 田口智之1), 大平純一朗1) The Autonomic Nervous System (suppl): 54-54, 2021. |
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CV2-1. Parkinson's disease judging from orthostatic hypotension 中村友彦 The Autonomic Nervous System (suppl): 55-55, 2021. |
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CV2-2. We think about Parkinson's disease from intestinal tract 波田野琢, 服部信孝 The Autonomic Nervous System (suppl): 56-56, 2021. |
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CV3-1. Environmental hazard and autonomic nerve 三宅康史1),2) The Autonomic Nervous System (suppl): 57-57, 2021. |
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CV3-2. Heat production and temperature control of the brown adipose tissue 米代武司 The Autonomic Nervous System (suppl): 58-58, 2021. |
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CV4-1. Relations of the oral cavity and autonomic nerve about essence of the life activity 米山武義 The Autonomic Nervous System (suppl): 59-59, 2021. |
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CV4-2. Specialty - of the autonomic bloodstream adjustment of a chin, face, the oral domain second; mainly on a sympathetic increased vascular flow response - 石井久淑, 佐藤寿哉 The Autonomic Nervous System (suppl): 60-60, 2021. |
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CV5-1. Importance of the autonomic nerve in the ophthalmology domain 坪田一男 The Autonomic Nervous System (suppl): 61-61, 2021. |
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CV5-2. Health disturbance ... with reconsideration - digital device of the VDT syndrome judging from rough treatment of the near reaction 原直人 The Autonomic Nervous System (suppl): 62-62, 2021. |
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CV6-1. It is ... from predictive disposal of autonomic nerve systems function - clinical viewpoint 朝比奈正人 The Autonomic Nervous System (suppl): 63-63, 2021. |
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CV6-2. Cognitive nerve mechanism of the predictive function in the autonomic nerve 梅田聡 The Autonomic Nervous System (suppl): 64-64, 2021. |
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CV7-1. Development to disease modeling and reproduction, a drug discovery study using iPS cells technology 岡野ジェイムス洋尚 The Autonomic Nervous System (suppl): 65-65, 2021. |
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CV7-2. Autonomic nervous system disorders and function recovery in the motor neurone disease 狩野修, 渋川茉莉, 柳橋優, 平山剛久, 森岡治美 The Autonomic Nervous System (suppl): 66-66, 2021. |
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CV8-1. Association with intestinal bacteria and metabolites in the nervous disease 平山正昭 The Autonomic Nervous System (suppl): 67-67, 2021. |
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CV8-2. Enteral environment and neurologic inflammation 三宅幸子 The Autonomic Nervous System (suppl): 68-68, 2021. |
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CV9-1. A role and aging of the autonomic nerve in the homeostatic maintenance of the skeletal muscle 堀田晴美 The Autonomic Nervous System (suppl): 69-69, 2021. |
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CV9-2. We investigate remedial approach from Parkinson's disease and autonomic nervous system disorders and enteral flora 小野賢二郎 The Autonomic Nervous System (suppl): 70-70, 2021. |
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CV10-1. Related possibility - with the autonomic nervous system response - exercise custom fixation rate at active movement start 増木静江1),3),4), 眞鍋憲正1), 住吉愛里1), 森川真悠子1),3),4), 能勢博2),4) The Autonomic Nervous System (suppl): 71-71, 2021. |
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CV10-2. Change of sympathetic nervous activity and the arterial pressure adjustment by the exercise 吉本光佐1), 三木健寿2) The Autonomic Nervous System (suppl): 72-72, 2021. |
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CV11-1. Pathophysiology and treatment of the migraine headache 荒木信夫 The Autonomic Nervous System (suppl): 73-73, 2021. |
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CV11-2. The effect of the acupuncture needle moxibustion treatment on pain and the mechanism of action 山口智 The Autonomic Nervous System (suppl): 74-74, 2021. |
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CV12-1. - to investigate linkage and organ linkage - new treatment target between cells in the cerebral ischemia condition of a patient 吾郷哲朗 The Autonomic Nervous System (suppl): 75-75, 2021. |
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CV12-2. Hypoxia signal in the cardiovascular remodeling 武田憲彦 The Autonomic Nervous System (suppl): 76-76, 2021. |
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CV13-1. In vivo spinal cord synapse mechanism of the urination from a physiologic viewpoint 古江秀昌 The Autonomic Nervous System (suppl): 77-77, 2021. |
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CV13-2. For the conquest of the urination disorder with the drug current situation and limit - of - medical treatment 梶岡俊一1),3), 岡部彩美2), 李賢2), 野村博之3), 江藤正俊2) The Autonomic Nervous System (suppl): 78-78, 2021. |
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L1. Regulatory mechanism of the enterokinesis due to the central nerve 志水泰武 The Autonomic Nervous System (suppl): 79-79, 2021. |
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L2. Urination dyschezia 榊原隆次 The Autonomic Nervous System (suppl): 80-80, 2021. |
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L3. The intracerebral cholinergic system which joins sense of smell and dementia together: For early detection and the prevention 内田さえ The Autonomic Nervous System (suppl): 81-81, 2021. |
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L4. Artificial hibernation, the life protection that a native fear smell induces 小早川令子, 小早川高 The Autonomic Nervous System (suppl): 82-82, 2021. |
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L5. Metabolism control structure at the individual level with the nerve network between the organ 片桐秀樹 The Autonomic Nervous System (suppl): 83-83, 2021. |
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L6. Metastatic mechanism and diagnosis biomarker to analyze from proteomics of the tumor-related exosome 星野歩子 The Autonomic Nervous System (suppl): 84-84, 2021. |
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L7. History - emotion and autonomic nerve - of the autonomic nerve study 田村直俊1),2) The Autonomic Nervous System (suppl): 85-85, 2021. |
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L8. Heart - brain - kidney linkage 真鍋一郎 The Autonomic Nervous System (suppl): 86-86, 2021. |
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L9. Organ linkage and liver disease through the autonomic nerve course 上村顕也1),2), 大脇崇史2), 高昌良2), 永山逸夫2), 名古屋拓郎2), 井上良介2), 上野将紀3), 寺井崇二2) The Autonomic Nervous System (suppl): 87-87, 2021. |
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L10. From the aggressiveness decrease mechanism analysis by abdominal vagal importance - taste oral intake in the feeling movement formation of the growth phase - 飛田秀樹 The Autonomic Nervous System (suppl): 88-88, 2021. |
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L11. Afferent vagus nerve and eating adjustment 岩崎有作 The Autonomic Nervous System (suppl): 89-89, 2021. |
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L12. The Liver-brain-gut neuroreflex to receive intestinal bacteria information coordinates an intestinal tract control-related T cell 金井隆典 The Autonomic Nervous System (suppl): 90-90, 2021. |
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L13. Vagal impulse therapy for epilepsy, and the like 川合謙介 The Autonomic Nervous System (suppl): 91-91, 2021. |
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L14. Sympathetic control - kidney denervation Up-to-Date of a heart, the renal function 苅尾七臣, 小古山由佳子, 桂田健一 The Autonomic Nervous System (suppl): 92-92, 2021. |
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L15. Sympathetic - linkage of immunity: The physiological significance and pathologic significance 鈴木一博1),2),3) The Autonomic Nervous System (suppl): 93-93, 2021. |
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L16. Exercise and stress 木場智史 The Autonomic Nervous System (suppl): 94-94, 2021. |
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L17. An exercise custom and cardiovascular control 加藤倫卓, 栗田泰成, 塚本敏也, 中野渉, 中野聡子, 高木大輔 The Autonomic Nervous System (suppl): 95-95, 2021. |
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L18. Function linkage with gut flora and gastrointestinal endocrine cells 坪井貴司 The Autonomic Nervous System (suppl): 96-96, 2021. |
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L19. Brain intestinal phase Seki 福土審 The Autonomic Nervous System (suppl): 97-97, 2021. |
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L20. Epilepsy and autonomic nerve ... close ... concerned 神一敬 The Autonomic Nervous System (suppl): 98-98, 2021. |
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L21. AntiNMDA receptor encephalitis and autonomic nervous system disorders 飯塚高浩 The Autonomic Nervous System (suppl): 99-99, 2021. |
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AP-1. Autonomic nerve menstruation workshop since 1972 桑木共之 The Autonomic Nervous System (suppl): 100-100, 2021. |
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AP-2. Role of the central amygdaloid nucleus in the emotion and cardiovascular reply control during exercise 山中航1), 月岡惠惟1),2), 和気秀文1) The Autonomic Nervous System (suppl): 101-101, 2021. |
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AP-3. Effect for the cerebral blood flow regulatory mechanism of Chinese medicine, the Ninjin'yoeito 渡辺信博, 飯村佳織, 堀田晴美 The Autonomic Nervous System (suppl): 102-102, 2021. |
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AP-4. Estrogenic modulation in thermoregulation via cold receptors 内田有希, 泉崎雅彦 The Autonomic Nervous System (suppl): 103-103, 2021. |
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AP-5. Elucidation of the feeling movement - autonomic nerve reply linkage using the free action mouse 山下哲 The Autonomic Nervous System (suppl): 104-104, 2021. |
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GP1-1. It is compared the colon motility of patients with constipation with the healthy subject to an index in the bowel sound which we recorded by a tonometry sensor microphone 小田木悟1), 谷口博志1),2),3), 古部真紀1),3), 松浦悠人1),2), チュロウンバトオユンチメグ1),2), 古賀義久1),2),3), 安野富美子1),2),3), 坂井友実1),2),3) The Autonomic Nervous System (suppl): 106-106, 2021. |
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GP1-2. About emptiness, a fruit, the heartbeat change of the menopausal women in the identification of truth and falsehood intermediate analysis - of the heartbeat change by the short time assay using - ergograph load 後藤由佳1),2), 奥田博之1), 中塚幹也2) The Autonomic Nervous System (suppl): 106-106, 2021. |
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GP1-3. Evaluation of the effect that systemic inflammation gives to temperature palatability 相原健人, 杉村弥恵, 高橋由香里, 大森亜樹, 加藤総夫 The Autonomic Nervous System (suppl): 107-107, 2021. |
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GP1-4. Examination - with effect on patients with chronic constipation - single case design of the iliac muscle splinter acupuncture needle 谷口博志1),2),3), 小田木悟2), 竹谷真悠2), 古部真紀3), 谷口授1),4), 坂井友実1),2),3) The Autonomic Nervous System (suppl): 107-107, 2021. |
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GP1-5. Elucidation of the mechanism of action of Kamishoyosan to improve neuropsychiatric symptoms in menopause 清水尚子1), 石野雄吾1), 武田卓2), 遠山正彌3), 宮田信吾1) The Autonomic Nervous System (suppl): 108-108, 2021. |
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GP2-1. The Kamikihito activates oxytocin neuron through TREK-1 K+ channel inhibition: Using TREK-1 channel expression cells 坂本雅裕1),2), 野中美希2), 上園保仁2),3),4) The Autonomic Nervous System (suppl): 109-109, 2021. |
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GP2-2. Participation of the central Nesfatin-1/NucB2 course in eating inhibition caused by chemical genetic activation of the rat arginine vasopressin neuron 眞田賢哉1),2), 吉村充弘1), 清水真喜子1), 池田直史1), 馬場一彦1), 丸山崇1), 宮本哲2), 片岡雅晴2), 上田陽一1) The Autonomic Nervous System (suppl): 109-109, 2021. |
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GP2-3. Effect of the hypothalamic stress center stimulation on lower intestinal tract peristalsis 菊池尚哉1), 松山実緒2), 堀内城司1),2) The Autonomic Nervous System (suppl): 110-110, 2021. |
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GP2-4. Cerebropathy of the elderly people judging from frequency with lower digestive organ symptom 榊原隆次1), 松岡善克2), 飯村綾子3), 舘野冬樹1), 相羽陽介1), 尾形剛1) The Autonomic Nervous System (suppl): 110-110, 2021. |
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GP2-5. The Chinese medicine which shows a general effect as multicomponent acts in the circle zither ghetto: To lead Chinese medicine made for experience intellect to the new prescription based on the mechanism of action elucidation 上園保仁1),2),3), 野中美希1) The Autonomic Nervous System (suppl): 111-111, 2021. |
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GP3-1. The nodal absent sweating can be caused for half laterality/by cervical spine intervertebral disc herniation/cervical spondylosis: The distribution of the absent sweating depends on the compression of spinal cord part 犬飼洋子1), 岩瀬敏1),2), 佐藤元彦1) The Autonomic Nervous System (suppl): 112-112, 2021. |
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GP3-2. Temperature control mechanism due to the sympathetic nerve 岩瀬敏, 西村直樹, 桑原裕子, 塚原玲子, 菅屋潤壹 The Autonomic Nervous System (suppl): 112-112, 2021. |
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GP3-3. Possibility of the aspiration pneumonia reduction effect by the inner ear vestibular organ stimulation 安部力 The Autonomic Nervous System (suppl): 113-113, 2021. |
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GP3-4. About the inhibition-related adjustment and 5-HT effect in the spinal spontaneous activity 高坂侑希, 桝谷直子, 西山千晶, 大岡裕隆, 荒田晶子 The Autonomic Nervous System (suppl): 113-113, 2021. |
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GP3-5. Respiratory depression effect of the bridge by TRPA1 桝谷直子, 高坂侑希, 辻村拓也, 荒田晶子 The Autonomic Nervous System (suppl): 114-114, 2021. |
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GP4-1. Pupil vibration by the sense of smell stimulation and change of the heartbeat change 鎌田泰彰, 原直人 The Autonomic Nervous System (suppl): 115-115, 2021. |
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GP4-2. Central brain internal environment control by the vagal impulse 生駒葉子, 荒木峻, 古川孝太, 松井広 The Autonomic Nervous System (suppl): 115-115, 2021. |
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GP4-3. A subtype classification and trait anxiety of the postural tachycardia syndrome 久保敦子1), 吉田誠司1), 水谷翠2), 田中英高3) The Autonomic Nervous System (suppl): 116-116, 2021. |
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GP4-4. Examination about the merger frequency of the postural tachycardia syndrome in patients with cerebrospinal fluid reducing symptom with the liquorrhea 光藤尚, 田村直俊, 逆井佑太, 藤田宗吾, 山口智子, 横山立, 荒木信夫, 山元敏正 The Autonomic Nervous System (suppl): 116-116, 2021. |
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GP4-5. It is usefulness of the heartbeat change analysis using the non-linear analysis in patients after the complicated congenital heart disease technique 秋谷梓1), 高橋健1), 赤塚祐介1), 佐藤浩之1), 佐藤恵也1), 加護祐久1), 秋本智史1), 細野優1), 福永英生1), 秋元かつみ1), 稀代雅彦1), 中西啓介2), 川崎志保理2), 清水俊明1) The Autonomic Nervous System (suppl): 117-117, 2021. |
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GP5-1. Association of pulse rate and the myocardium MIBG accumulation in the Parkinson's disease 梅原淳, 白石朋敬, 北川友通, 佐藤健朗, 高津宏樹, 中原淳夫, 小松鉄平, 坊野恵子, 坂井健一郎, 大本周作, 村上友秀, 仙石錬平, 三村秀毅, 岡尚省, 井口保之 The Autonomic Nervous System (suppl): 118-118, 2021. |
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GP5-2. A sleep disorder and autonomic nervous system disorders in the REM sleep behavior disorder symptom merger Parkinson's disease 藤田裕明, 渡邉悠児, 椎名智彦, 櫻本浩隆, 野澤成大, 鈴木圭輔 The Autonomic Nervous System (suppl): 118-118, 2021. |
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GP5-3. Examination of orthostatic hypotension in Parkinson's disease and Lewy bodies type dementia 山崎幹大, 中原淳夫, 岡尚省, 仙石錬平 The Autonomic Nervous System (suppl): 119-119, 2021. |
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GP6-1. Intestinal movement disorder in the prodromal phase Parkinson's disease model mouse 田口智之, 生野真嗣, 山門穂高, 高橋良輔 The Autonomic Nervous System (suppl): 120-120, 2021. |
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GP6-2. Examination of the seborrheic countenance in the Parkinson's disease associated diseases 中原淳夫, 山崎幹大, 岡尚省, 仙石錬平 The Autonomic Nervous System (suppl): 120-120, 2021. |
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GP6-3. Association with cognitive function and delayed orthostatic hypotension of the person with Parkinson disease 村上秀友1), 小澤正和1), 白石朋敬1), 梅原淳1), 大本周作2), 井口保之1) The Autonomic Nervous System (suppl): 121-121, 2021. |
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GP7-1. The innocuous cold stimulation to the waist buttocks skin in the anesthesia lower rat increases urination efficiency 飯村佳織, 渡辺信博, 堀田晴美 The Autonomic Nervous System (suppl): 122-122, 2021. |
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GP7-2. Evaluation of the detrusor low activity in the multiple system atrophy 山本達也1),2), 榊原隆次3), 内山智之4), 桑原聡2) The Autonomic Nervous System (suppl): 122-122, 2021. |
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GP7-3. The stimulation of the intracerebral nicotinic receptor brings about urination inhibition through intracerebral GABA receptor 清水孝洋1), 清水陽平1),2), 尾野秀彬1),2), 鄒瑣1), 山本雅樹3), 畑優里佳1),2), 新武享朗1),4), 清水翔吾1), 東洋一郎1), 齊藤源顕1) The Autonomic Nervous System (suppl): 123-123, 2021. |
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GP8-1. Elucidation of the immune system rupture mechanism by the autonomic nerve circuit reorganization using the spinal cord injury primate model 吉野紀美香1),2), 飯笹栄一3), 原博満3), 栗原崇1), 宮田篤郎1) The Autonomic Nervous System (suppl): 124-124, 2021. |
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GP8-2. Transformation of the arterial baroceptor reflex at anaphylactic low blood pressure 松山実緒, 堀内城司 The Autonomic Nervous System (suppl): 124-124, 2021. |
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GP8-3. An example of seronegative autoimmune autonomic neuropathy (AAN) which presented recurrent ameliorative intractable constipation and orthostatic hypotension 濱田康宏1), 青江真吾2), 高田忠幸1), 千葉雄太3), 野中和香子4), 國土曜平5), 鎌田正紀6), 峠哲男7), 出口一志7), 正木勉7) The Autonomic Nervous System (suppl): 125-125, 2021. |
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GP9-1. 76 years old men case of probable DLB which occurred for orthostatic hypotension 浅原有揮, 大本周作, 鈴木正彦 The Autonomic Nervous System (suppl): 126-126, 2021. |
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GP9-2. Characteristic between the space-time of the cerebral blood flow reply to rat corneal mechanical nociceptive stimulus 守屋正道1),2),3), 渡辺信博2), 堀田晴美2), 高橋由香里3), 加藤総夫3) The Autonomic Nervous System (suppl): 126-126, 2021. |
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GP9-3. A cerebral blood flow evaluation by - Arterial spin labeled MRI to increase cerebral blood flow as for the acupuncture needle stimulation to the four extremities for normal adults continuously for an index - 松浦悠人1),2), 菊池友和3), 山口智2), 安野富美子1), 坂井友実1), 松田博史4), 土屋一洋5) The Autonomic Nervous System (suppl): 127-127, 2021. |
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GP10-1. Reactivity of the face skin bloodstream at observation of the others affect display 石川直樹1), 朝比奈正人2), 梅田聡3) The Autonomic Nervous System (suppl): 128-128, 2021. |
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GP10-2. Examination - using relationship - heartbeat evoked response of a cardiac cycle and the interoceptive sense 田仲祐登1), 寺澤悠理2), 梅田聡2) The Autonomic Nervous System (suppl): 128-128, 2021. |
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GP10-3. One case of the Parkinson's disease which accepted hypertensive episode by low-dose hydrochloric acid selegiline frequently 逆井佑太, 横山立, 川崎一史, 見上真吾, 藤田宗吾, 瀬尾和秀, 田村直俊, 山元敏正 The Autonomic Nervous System (suppl): 129-129, 2021. |
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GP10-4. About an autonomic nerve function by the disagreement of spoke Minato and the adjustment and effect to posture controlling it 内川義和, 原直人, 荒井美穂, 黒川愛弥乃, 佐藤円香, 寺山美穂, 生田目美海, 渡邉大, 岡野真弓, 高橋由嗣, 新井田孝裕 The Autonomic Nervous System (suppl): 129-129, 2021. |
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GP11-1. An example of the acupuncture needle electricity therapy for the high blood pressure 山下和彦1), 中條洋2) The Autonomic Nervous System (suppl): 130-130, 2021. |
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GP11-2. Examination of the effect of treatment of the cancer cachexia by the exercise using the mawashi car: Approach from the viewpoint of Cardio-oncology 野中美希1), 上園保仁1),2),3) The Autonomic Nervous System (suppl): 130-130, 2021. |
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GP11-3. Participation of the autonomic nerve in the difference of the voltage up response at the low temperature stimulus 有本邦洋1),2), 鎌田泰彰3), 原直人3), 黒澤美枝子1),4) The Autonomic Nervous System (suppl): 131-131, 2021. |
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GP11-4. Elucidation of the biological mechanism to control social hierarchy - blood sugar control linkage 浮地里佳子1),2), 高橋由香里1), 杉村弥恵1), 的場圭一郎2), 西村理明2), 加藤総夫1) The Autonomic Nervous System (suppl): 131-131, 2021. |
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GP12-1. Object independent memory by the mouse inhalation activity 中村望1), 古江秀昌2), 小林憲太3), 江口裕伸4), 越久仁敬1) The Autonomic Nervous System (suppl): 132-132, 2021. |
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GP12-2. An example of the multiple system atrophy that occurred for systemic absent sweating 荒木信之1), 山中義崇1),2), 桑原聡1) The Autonomic Nervous System (suppl): 132-132, 2021. |
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GP12-3. Attempt of visualization and the clinical application of the serotonin transporter in the multiple system atrophy 水谷泰彰, 渡辺宏久 The Autonomic Nervous System (suppl): 133-133, 2021. |
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