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The Autonomic Nervous System
Volume , Issue suppl / 2019
English Article Japanese Article
- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
In the holding of the 72nd Japan autonomic nerve society general meeting modern society and autonomy neurology chairperson greetings 72nd Japan autonomic nerve society 上田陽一 The Autonomic Nervous System (suppl): 2-2, 2019. |
PL1. The beginning of the autonomic nerve science first year: We think about a future trend 黒岩義之 The Autonomic Nervous System (suppl): 40-40, 2019. |
PL2. Founder Chandler maca ski Mr. Brooks and Mr. Kiyomi Koizumi of JANS 山下博 The Autonomic Nervous System (suppl): 41-41, 2019. |
PL3. Autonomic nervous system societies as a guide for integrating basic and clinical research at the interface of the bench and bedside. Mark Stewart The Autonomic Nervous System (suppl): 42-42, 2019. |
SL1. A disease of the 21st century: Autonomic nerve function test up to date of amyloidosis 安東由喜雄 The Autonomic Nervous System (suppl): 43-43, 2019. |
SL2. The condition of a patient diagnosis and treatment by quantification of the blood pressure fluctuation 砂川賢二 The Autonomic Nervous System (suppl): 44-44, 2019. |
SL3. Throughout the life active social autonomy neurology The role and significance of Neurovegetative research to support creative aging. 東敏昭 The Autonomic Nervous System (suppl): 45-45, 2019. |
SL4. An explanation for sudden death in epilepsy (SUDEP). Mark Stewart The Autonomic Nervous System (suppl): 46-46, 2019. |
EL1. Our lifestyle and limbic cortex (mesocortico-limbic system) 仙波恵美子1,2), 上勝也2) The Autonomic Nervous System (suppl): 47-47, 2019. |
EL2. The central autonomic nervous system which controls a stress defense reaction 桑木共之 The Autonomic Nervous System (suppl): 48-48, 2019. |
EL3. Ghrelin - neuropeptide Y hunger system and Ninjin'yoeito 乾明夫 The Autonomic Nervous System (suppl): 49-49, 2019. |
EL4. To live comfortably in space: Plastic change of the labyrinth system 森田啓之, 安部力 The Autonomic Nervous System (suppl): 50-50, 2019. |
EL5. Associate; a device of the super early diagnostic method based on a proposal and the condition of a patient of the new disease concept called the borderline neuropathy 大林光念1), 増田曜章2), 安東由喜雄3) The Autonomic Nervous System (suppl): 51-51, 2019. |
TP1. Microneurography 新藤和雅 The Autonomic Nervous System (suppl): 52-52, 2019. |
TP2. Neurology technique (skin biopsy) 平井利明 The Autonomic Nervous System (suppl): 53-53, 2019. |
S1-1. An autoimmune autonomic ganglion disorder: Autonomic nervous system as the target of the immune system 中根俊成 The Autonomic Nervous System (suppl): 54-54, 2019. |
S1-2. Control of the immune response due to the sympathetic nerve 鈴木一博1,2) The Autonomic Nervous System (suppl): 55-55, 2019. |
S1-3. Autonomic nervous system disorders in Guillain-Barre syndrome 海田賢一 The Autonomic Nervous System (suppl): 56-56, 2019. |
S2-1. The use of control engineering and the artificial intelligence in the medicine 藤木通弘 The Autonomic Nervous System (suppl): 57-57, 2019. |
S2-2. Development and operation of the health guidance system which utilized AI 柿沼歩 The Autonomic Nervous System (suppl): 58-58, 2019. |
S2-3. The heart rate adjustment due to neural network and system identification - autonomic nerve for a case - 川田徹, 杉町勝 The Autonomic Nervous System (suppl): 59-59, 2019. |
S3-1. Clinical practice of the sleep associated diseases in the multiple system atrophy 宮本智之 The Autonomic Nervous System (suppl): 60-60, 2019. |
S3-2. Autonomic nervous system disorders in the multiple system atrophy 出口一志 The Autonomic Nervous System (suppl): 61-61, 2019. |
S3-3. Genetic background of the multiple system atrophy 金井数明 The Autonomic Nervous System (suppl): 62-62, 2019. |
S4-1. Sympathetic activation in the high blood pressure: Progress of the central mechanism study 廣岡良隆1,2) The Autonomic Nervous System (suppl): 63-63, 2019. |
S4-2. We investigate mechanism from significance fundamental researches of the kinesitherapy in the high blood pressure 和気秀文1,2) The Autonomic Nervous System (suppl): 64-64, 2019. |
S4-3. Protraction mechanism of the elevated blood pressure with the stressful stimuli 岡田泰昌1), 長谷部洋平1,2), 河野洋介1,2), 吉沢雅史1,2), 横田茂文3), 福士勇人1,4), 小泉敬一2), 戸田孝子2) The Autonomic Nervous System (suppl): 65-65, 2019. |
S4-4. Circulation, metabolic control by the intracerebral renin-angiotensin system 篠原啓介 The Autonomic Nervous System (suppl): 66-66, 2019. |
S5-1. Autonomic nerve adjustment through the labyrinth system 安部力, 森田啓之 The Autonomic Nervous System (suppl): 67-67, 2019. |
S5-2. Presence of the brainstem nerve generating a central command function 木場智史 The Autonomic Nervous System (suppl): 68-68, 2019. |
S5-3. Excavation of the gastrointestinal autonomic nerve afferent as the alcohol sensor and analysis of the physiological significance 谷田守 The Autonomic Nervous System (suppl): 69-69, 2019. |
S5-4. Eating, carbohydrate metabolism adjustment through the afferent vagus nerve by the after a meal peripheral factor 岩崎有作 The Autonomic Nervous System (suppl): 70-70, 2019. |
S6-1. Establishment of the nerve actograph method from a non-restriction free action mouse 山下哲 The Autonomic Nervous System (suppl): 71-71, 2019. |
S6-2. Sound communication of the mouse 菅野康太 The Autonomic Nervous System (suppl): 72-72, 2019. |
S6-3. The central periphery activity signal from an animal during free action and vagal simultaneous measurement 佐々木拓哉 The Autonomic Nervous System (suppl): 73-73, 2019. |
S6-4. Identification of the cranial nerve course controlling a psychology stress-related sympathetic response 片岡直也, 嶋佑太, 中島啓輔, 中村和弘 The Autonomic Nervous System (suppl): 74-74, 2019. |
S7-1. Ultrastructure of amyloidosis 小池春樹 The Autonomic Nervous System (suppl): 75-75, 2019. |
S7-2. The new diagnosis system of amyloidosis 山下太郎1,2,3) The Autonomic Nervous System (suppl): 76-76, 2019. |
S7-3. For the disease that is treatable from fatal malady battle front - of - amyloidosis treatment 関島良樹 The Autonomic Nervous System (suppl): 77-77, 2019. |
S8-1. Emotion adjustment through the vagus nerve afferent and the neural circuit 山田大輔1,2), 斎藤顕宜1), 和田圭司2), 関口正幸2) The Autonomic Nervous System (suppl): 78-78, 2019. |
S8-2. Digestive organ symptom with the mind Fournet's psychotherapy, effect on autonomic nervous system 村椿智彦, 相澤祐一, 金澤素, 福土審 The Autonomic Nervous System (suppl): 79-79, 2019. |
S8-3. The gastrointestinal nourishment sensing and vagus nerve function that we saw from a clinician 小澤鉄太郎 The Autonomic Nervous System (suppl): 80-80, 2019. |
S9-1. Cells signal mechanism up-to-date to go through GABAB receptor 上園保仁1,2) The Autonomic Nervous System (suppl): 81-81, 2019. |
S9-2. Clinical practice of the baclofen continuation intraspinal injection (ITB) therapy in spasticity treatment 村上雅二 The Autonomic Nervous System (suppl): 82-82, 2019. |
S9-3. Effect of ITB on autonomic nerve symptom of patients with cerebral palsy 齋藤健1), 丸山崇2), 石井雅宏3), 藤原広明4), 山本淳考1), 上田陽一2) The Autonomic Nervous System (suppl): 83-83, 2019. |
C-01. Participation of the Meynert basal nucleus for the cerebral cortex regional perfusion increase response accompanied with the rat masticatory muscles activity 堀田晴美1), 鈴木はる江1), 井上富雄2), Mark Stewart3) The Autonomic Nervous System (suppl): 86-86, 2019. |
C-02. Effect of the anesthetic on cerebral neocortex bloodstream adjustment to go through a nicotinic receptor 鍵谷方子1,2), 内田さえ1) The Autonomic Nervous System (suppl): 86-86, 2019. |
C-03. Examination of the 100Hz acupuncture needle electricity stimulation strength to first division of trigeminal nerve for the prefrontal area cerebral blood flow 鈴木卓也1), 脇英彰2,3), 佐藤俊介1), 今井賢治1,2,3), 久島達也1,2,3) The Autonomic Nervous System (suppl): 87-87, 2019. |
C-04. Effect - auricle part by the manual acupuncture needle stimulation for the cerebral cortex bloodstream of the anesthesia lower rat and examination - of the reaction profile by the stimulation to the region of face 谷口博志1,2), 鍵谷方子1,3), 内田さえ1) The Autonomic Nervous System (suppl): 87-87, 2019. |
C-05. Claustral-amygdalar connections may link fear and perception. Rena Orman, T. Morello, R. Kollmar, M. Stewart The Autonomic Nervous System (suppl): 88-88, 2019. |
C-06. Effect on visual function by the music 原直人1,2), 向野和雄2) The Autonomic Nervous System (suppl): 89-89, 2019. |
C-07. Difference - with effect - healthy subject and the patients to the autonomic nerve which a shading lens brings with migraine headache 鎌田泰彰, 原直人 The Autonomic Nervous System (suppl): 89-89, 2019. |
C-08. Clinical features of the syndrome having difficulty with use of eyeball appealing for photophobia and periocular discomfort 蒲生真里1), 原直人1,2), 君島真純1), 向野和雄1) The Autonomic Nervous System (suppl): 90-90, 2019. |
C-09. Function of the nicotinic receptor about sense of smell adjustment 内田さえ, 鍵谷方子 The Autonomic Nervous System (suppl): 90-90, 2019. |
C-10. Analysis of the temporomandibular disorder effect of treatment by the pupillary reflex response 吉見英広1,3), 小森谷由貴3), 鈴木達也1), 小野弓絵2) The Autonomic Nervous System (suppl): 91-91, 2019. |
D-01. Circular reaction and intracerebral c-Fos expression of serotonin malfunction rat for the social defeat stress load 堀明理, 堀内城司 The Autonomic Nervous System (suppl): 92-92, 2019. |
D-02. Antianxiety effect of the Kamikihito for the mouse 大泉寛明, 今村幸子, 田渕雅宏, 大宮雄司, 溝口和臣 The Autonomic Nervous System (suppl): 92-92, 2019. |
D-03. It is central, and intracerebral 5-HT7 receptor is associated with induced urinary frequency by stress-related peptide bombesin 清水孝洋1), 清水翔吾1), 和田直樹2), 高井峻2), 清水信貴2), 東洋一郎1), 嘉手川豪心2), 馬嶋剛2), 吉村直樹2), 齊藤源顕1) The Autonomic Nervous System (suppl): 93-93, 2019. |
D-04. Change of the mouse hypothalamic eating-related peptide gene expression accompanied with the gravity change 園田里美1,2), 吉村充弘1), 橋本弘史3), 丸山崇1), 安部力4), 森田啓之4), 上田陽一1) The Autonomic Nervous System (suppl): 93-93, 2019. |
D-05. About relations of autonomic nervous system disorders and depression/PTSD of the Chinese Qiqihar former Japan forces abandonment chemical warfare agent victim 磯野理1), 橘田亜由美2), 北耕平3) The Autonomic Nervous System (suppl): 94-94, 2019. |
D-06. Examination of the orthostatic headache in patients with childhood headache hospitalized in cranial nerve medical service 光藤尚1), 田村直俊1), 平山真紀子1), 荒木信夫1), 山元敏正1), 篠永正道2) The Autonomic Nervous System (suppl): 95-95, 2019. |
D-07. Change of the quantity of adenyl cyclase activity at head up tilt study of patients with neuromodulatory faint 小見山智義1), 永田栄一郎2), 綾部健吾3), 坂間晋3), 長谷川実咲3), 佐々木亜由美4), 神口浩1), 吉岡公一郎3), 小林広幸1) The Autonomic Nervous System (suppl): 95-95, 2019. |
D-08. Men with 88 years old autopsy case of the pure autonomic nerve aplasia (PAF) of course 20 years when we had the onset for frequent dizziness, faint 渋川茉莉1), 仙石錬平1,2), 坂下泰浩2), 金丸和富1), 村山繁雄1,2) The Autonomic Nervous System (suppl): 96-96, 2019. |
D-09. Modulation of TRPA1 for the respiratory rhythm 辻村拓也, 垂水千紘, 荒田晶子 The Autonomic Nervous System (suppl): 96-96, 2019. |
D-10. The change in a classification and the development process of the rat initial fetal movement sexual activity 荒田晶子1), 大岡裕隆1), 有薗理久1,2), 上田洋1,2), 玉木彰2), 中原一之3), 諸隈誠一3) The Autonomic Nervous System (suppl): 97-97, 2019. |
D-11. Development of the mouse model with the prodromal phase symptom of the Parkinson's disease 山門穂高1), 生野真嗣1), 高橋良輔2) The Autonomic Nervous System (suppl): 98-98, 2019. |
D-12. Examination about the condition of a patient of the cardiac sympathetic nerve of the multiple system atrophy by the MIBG myocardium scintigraphy 横山立1), 瀬尾和秀1), 太田一路1), 川崎一史1), 高橋一司1), 中里良彦1), 田村直俊1), 松成一郎2), 山元敏正1) The Autonomic Nervous System (suppl): 98-98, 2019. |
D-13. Analysis of the human trunk part narrow path fiber disorder in hereditary transthyretin amyloidosis 増田曜章1), 植田光晴1), 三隅洋平1), 野村隼也1), 山下太郎1), 大林光念2), 安東由喜雄3) The Autonomic Nervous System (suppl): 99-99, 2019. |
D-14. Clinicopathologic characteristic of the neuropathy due to AL amyloidosis 小池春樹1), 深見祐樹1), 仁紫了爾1), 飯島正博1), 祖父江元2), 勝野雅央1) The Autonomic Nervous System (suppl): 99-99, 2019. |
D-15. Establishment of the antiplexin D1 antibody system of measurement and exhaustive analysis of the cerebral fluid cytokine 藤井敬之, 山崎亮, 宮地佑希野, 飯沼今日子, Xu Zhang, 吉良潤一 The Autonomic Nervous System (suppl): 100-100, 2019. |
D-16. Examination of the usefulness of the stress caused by heartbeat change analysis evaluation in children in an orphanage with NICU 橋口加名栄1,2), 丹羽文俊3), 岩佐弘一4), 栗山長門5) The Autonomic Nervous System (suppl): 101-101, 2019. |
D-17. Effect to autonomic nervous system by the meditation 石井正則1), 鈴木香2), 福井文子3) The Autonomic Nervous System (suppl): 101-101, 2019. |
D-18. About BMI and the biochemical test of the women of the menopausal generation with the menstrual cycle and the relations of the heartbeat change for a short time using - ergograph load analysis - of the heartbeat change by the assay 後藤由佳1,2), 奥田博之1), 中塚幹也2) The Autonomic Nervous System (suppl): 102-102, 2019. |
D-19. About the effect on autonomic nerve function when we heard high resolution, a spontaneous sound 宮崎洋幸1), 原田俊英1), 石崎文子2), 二矢田勝行1), 山本竜太3) The Autonomic Nervous System (suppl): 102-102, 2019. |
D-20. About the effect on autonomic nerve function when we heard a spontaneous sound (sound of rain, wave) 伊藤祥史1), 原田俊英2), 石崎文子2), 宮崎洋行1), 二矢田勝行1), 山本竜太3) The Autonomic Nervous System (suppl): 103-103, 2019. |
D-21. The POTS case that a diagnosis and treatment of the Oriental medicine were effective 伊藤剛 The Autonomic Nervous System (suppl): 104-104, 2019. |
D-22. The effect that the self-care using the ear acupuncture needle gives to sleepiness and the study situation of the university student 脇英彰1,2), 鈴木卓也3), 皆川陽一1,2), 宮崎彰吾1,2), 久島達也1,2) The Autonomic Nervous System (suppl): 104-104, 2019. |
D-23. Effect of the acupuncture needle stimulation on postoperative paresis of intestine and the mechanism of action 岡田岬1), 谷口授2), 谷口博志3), 北小路博司4), 伊藤和憲1), 今井賢治5) The Autonomic Nervous System (suppl): 105-105, 2019. |
D-24. The effect that sustained pressure stimulation gives to electrogastrography and an autonomic nerve activity on lower chest back of the normal young man 岡真一郎1), 黒田美優2), 石橋里紗3), 中山亜由美4) The Autonomic Nervous System (suppl): 105-105, 2019. |
D-25. Effect and the autonomic nerve mechanism that somatosensory stimulation to the back gives to a heart rate 下重里江1), 半田直子1,2), 目黒和子3), 黒澤美枝子1) The Autonomic Nervous System (suppl): 106-106, 2019. |
D-26. One - that we turned for palm absent sweating from idiopathic palm adiaphoresis - palmoplanar excessive sweating 中里良彦, 田村直俊, 瀬尾和秀, 山元敏正 The Autonomic Nervous System (suppl): 107-107, 2019. |
D-27. One case of the idiopathic segmental type adiaphoresis that adrenal cortex steroid seemed to be effective 喜多也寸志1), 西村広健2), 糟谷啓3), 戸倉新樹3) The Autonomic Nervous System (suppl): 107-107, 2019. |
D-28. For introduction to suggestion - precise treatment of the classification of the dyshidrosis based on the lesion 犬飼洋子, 岩瀬敏 The Autonomic Nervous System (suppl): 108-108, 2019. |
D-29. Effect to give electrogastrography views of the Parkinson's disease with the long-term subthalamic nucleus brain depth stimulation therapy 荒木信之1,2), 山中義崇1,3,4), 片桐明5), 藤沼好克5), 吉田俊樹6), 山本達也1,7), 平野成樹1), 樋口佳則8), 桑原聡1) The Autonomic Nervous System (suppl): 109-109, 2019. |
D-30. Liver in the NHPH long-term infection mouse, association with the pulmonary MALT lymphoma formation - substance P 中村正彦1), 松井英則2) The Autonomic Nervous System (suppl): 109-109, 2019. |
D-31. The antiautonomic ganglion acetylcholine receptor antibody which hides behind in irritable bowel syndrome, functional dyspepsia 向野晃弘1,2), 中根俊成1,2), 樋口理3), 前田泰宏3), 山川誠2), 高松孝太郎2), 松尾秀徳3) The Autonomic Nervous System (suppl): 110-110, 2019. |
D-32. Increased appetite effect through the ghrelin-dependent brain reward pro-acquisition activation of the Rikkunshito 山口菜緒美1), 堀裕太郎1), 細見英里子1), 前沢晧亮1), 魯昭輝3), 原田由美2), 藤塚直樹2), 名越澄子1), 高山清茂1), 屋嘉比康治1) The Autonomic Nervous System (suppl): 110-110, 2019. |
D-33. Levy corpusculum type constipation 榊原隆次1), 土井啓員1), 舘野冬樹1), 相羽陽介1), 内山智之2), 山本達也3) The Autonomic Nervous System (suppl): 111-111, 2019. |
D-34. One case of the Parkinson's disease which caused urinary retention with etizolam 奥田理沙, 川崎一史, 大田一路, 横山立, 戸叶美枝子, 中里良彦, 田村直俊, 山元敏正 The Autonomic Nervous System (suppl): 112-112, 2019. |
D-35. The intravesical pressure of the - anesthesia lower rat of the moxibustion-like stimulation and TRPV1 receptor concerned for an index - 谷口授1,2,3), 渡辺信博3), 谷口博志2,3), 堀田晴美3) The Autonomic Nervous System (suppl): 112-112, 2019. |
D-36. The disease severity of the urination disorder does not correlate with motor disorder in multiple system atrophy (MSA-C) 山本達也1,2), 山中義崇2), 杉山淳比古2), 平野成樹2), 内山智之4), 朝比奈正人5), 榊原隆次3), 桑原聡2) The Autonomic Nervous System (suppl): 113-113, 2019. |
D-37. Nocturia and pulse rate: Examination with the wearable energometer 門屋雅大, 川良徳弘 The Autonomic Nervous System (suppl): 113-113, 2019. |
D-38. Pay the attention to actual situation and pathologic elucidation - cerebral blood vessel-related dementia of the lower urinary tract functional disorder in the dementia-related disease; and - 内山智之1,2), 中嶋秀樹1,3), 村井弘之1,3) The Autonomic Nervous System (suppl): 114-114, 2019. |
D-39. Microglial role in the continuation of the rat sympathetic excitement by the acute air jet stress load 吉沢雅史1,2), 福士勇人2,3), 河野洋介1,2), 長谷部洋平2,4), 小泉敬一1), 戸田孝子1), 岡田泰昌2) The Autonomic Nervous System (suppl): 115-115, 2019. |
D-40. About the association between rising blood pressure change and annual change of the blood-pressure after resting in the Parkinson's disease 新美由紀1), 長谷川康博2), 真野和夫3), 古池保雄2) The Autonomic Nervous System (suppl): 115-115, 2019. |
D-41. Participation of the Kolliker-Fuse nucleus in the rat voltage up response that stops by at hind leg nociceptive stimulus, and is induced 野澤羽奈1,2), 下重里江1,3), 谷口敬道1,2), 柴田秀史1), 黒澤美枝子1,3) The Autonomic Nervous System (suppl): 116-116, 2019. |
D-42. An example of Autoimmune autonomic ganglinopathy relieved spontaneously in the courses ten years or more 山中義崇1,2,3), 荒木信之1,4), 山本達也1,5), 中根俊成6), 桑原聡1) The Autonomic Nervous System (suppl): 116-116, 2019. |
D-43. Usefulness of the dialysis management to assume the average blood pressure in the patients on dialysis with autonomic nervous system disorders an index 上野啓通1,2), 村山憲一3), 眞田賢哉1,2), 宮本哲2), 立川裕3), 尾辻豊2), 上田陽一1) The Autonomic Nervous System (suppl): 117-117, 2019. |
D-44. Elucidation of the control structure of the oxytocin change through the active autonomic nerve and osmolar change 上野啓通1,2), 眞田賢哉1,2), 丸山崇1), 宮本哲2), 尾辻豊2), 上田陽一1) The Autonomic Nervous System (suppl): 117-117, 2019. |
D-45. Drop road in the brainstem of the stress-induced cardiovascular response 松山実緒, 堀内城司 The Autonomic Nervous System (suppl): 118-118, 2019. |