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The Autonomic Nervous System
Volume , Issue suppl / 2022
English Article Japanese Article
- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
On holding the 75th Japan autonomic nerve association general meeting 山元敏正 The Autonomic Nervous System (suppl): 3-3, 2022. |
SL1. COVID-19 and autonomic nervous system disorders - nerve viewpoint of immunity 山村隆 The Autonomic Nervous System (suppl): 44-44, 2022. |
SL2. Taking a lesson from the past of postural tachycardia syndrome (PoTS) 田村直俊1,2) The Autonomic Nervous System (suppl): 45-45, 2022. |
SL3. Energy metabolism control due to the autonomic nerve 中里雅光1,2) The Autonomic Nervous System (suppl): 46-46, 2022. |
CP. My autonomy neurology that we learned from patients 山元敏正 The Autonomic Nervous System (suppl): 47-47, 2022. |
IL1. "Sick-but-not-dead" catecholaminergic neurons : Implications for biomarkers, mechanisms, and treatment David S. Goldstein The Autonomic Nervous System (suppl): 48-48, 2022. |
IL2. The extended autonomic system, allostasis, and catecholaminergic neurodegeneration David S. Goldstein The Autonomic Nervous System (suppl): 49-49, 2022. |
CL. History and the prospects of the Japanese autonomic nerve association 荒木信夫1,2) The Autonomic Nervous System (suppl): 50-50, 2022. |
BCS1-1. Algetic central evaluation by the brain imaging which assumed peripheral nerve pain a model 平野成樹1,2), 小島一歩3), 山田真希子2), 桑原聡1) The Autonomic Nervous System (suppl): 51-51, 2022. |
BCS1-2. Autonomic nerve and decision making 大平英樹 The Autonomic Nervous System (suppl): 52-52, 2022. |
BCS1-3. The condition of a patient of the dysautonomia to solve from brain imaging: The condition of a patient of the dysautonomia in the Parkinson's disease 渡辺宏久 The Autonomic Nervous System (suppl): 53-53, 2022. |
BCS1-4. About the emotional sweating failure in the Parkinson's disease relation disease and a central lesion 杉山淳比古 The Autonomic Nervous System (suppl): 54-54, 2022. |
BCS2-1. Autonomic nervous system disorders in the REM sleep behavior disorder 咲間妙子 The Autonomic Nervous System (suppl): 55-55, 2022. |
BCS2-2. Nerve pathology of Lewy corpusculum disease about sleep, autonomic nervous system disorders 仙石錬平 The Autonomic Nervous System (suppl): 56-56, 2022. |
BCS2-3. Sleep, autonomic nervous system disorders in the Parkinson's disease 藤田裕明, 大垣圭太郎, 野澤成大, 椎名智彦, 櫻本浩隆, 鈴木圭輔 The Autonomic Nervous System (suppl): 57-57, 2022. |
BCS2-4. Sleep, autonomic nervous system disorders in autoimmune encephalitis 木村暁夫 The Autonomic Nervous System (suppl): 58-58, 2022. |
BCS3-1. Autonomic nervous system disorders with the Parkinson's disease: Cardiovascular autonomic nervous system disorders and quality of life 荒木信之1), 山中義崇2,3), 桑原聡1) The Autonomic Nervous System (suppl): 59-59, 2022. |
BCS3-2. Autonomic nervous system disorders with the Parkinson's disease: Urination dyschezia and quality of life 山本達也 The Autonomic Nervous System (suppl): 60-60, 2022. |
BCS3-3. About the pathological latest knowledge 齊藤祐子1), 村山繁雄1,2) The Autonomic Nervous System (suppl): 61-61, 2022. |
BCS3-4. About the latest knowledge to be obtained from animal models 山門穂高 The Autonomic Nervous System (suppl): 62-62, 2022. |
BCS4-1. The latest topic in Functional Urology/lower urinary tract symptom and the autonomic nerve 橘田岳也 The Autonomic Nervous System (suppl): 63-63, 2022. |
BCS4-2. With the placebo effect? Placebo effect in the medical therapy of the urination urine collection disorder 朝倉博孝, 篠島利明 The Autonomic Nervous System (suppl): 64-64, 2022. |
BCS4-3. The basics of Placebo, Nocebo and the future prospects 井澤美苗 The Autonomic Nervous System (suppl): 65-65, 2022. |
BCS5-1. Positioning of the cerebrospinal fluid reducing symptom in headache practice guidelines 橋本洋一郎 The Autonomic Nervous System (suppl): 66-66, 2022. |
BCS5-2. MRI diagnosis technique of the cerebrospinal fluid reducing symptom that we want you to know only this, and a radiologist tells in secret 大澤威一郎 The Autonomic Nervous System (suppl): 67-67, 2022. |
BCS5-3. Pharmacologic rationality of the treatment with Chinese medicine for symptoms associated with the cerebral fluid reducing symptom 礒濱洋一郎, 村上和仁 The Autonomic Nervous System (suppl): 68-68, 2022. |
BCS5-4. Cerebrospinal fluid circulation and circumventricular organ 平井利明, 黒岩義之 The Autonomic Nervous System (suppl): 69-69, 2022. |
BCS6-1. Comparative anatomy of system emergence of central autonomic nervous system - knob procell 船越健悟 The Autonomic Nervous System (suppl): 70-70, 2022. |
BCS6-2. Does the central control of the autonomic nerve cross? 平井利明, 黒岩義之 The Autonomic Nervous System (suppl): 71-71, 2022. |
BCS6-3. Central control of the autonomic nerve with oxytocin 上田陽一, 吉村充弘, 清水真喜子, 丸山崇 The Autonomic Nervous System (suppl): 72-72, 2022. |
BCS6-4. Fight or flight and hypothalamus 黒岩義之1,2), 平井利明2) The Autonomic Nervous System (suppl): 73-73, 2022. |
BCS7-1. A control structure of the lymphocyte kinetics due to the sympathetic nerve and the significance 鈴木一博1,2,3) The Autonomic Nervous System (suppl): 74-74, 2022. |
BCS7-2. Elucidation of the intestinal tract constancy maintenance mechanism with intestinal tract - liver - brain network 寺谷俊昭, 三上洋平, 金井隆典 The Autonomic Nervous System (suppl): 75-75, 2022. |
BCS7-3. Role of catecholamine in the inflammatory control 安部力 The Autonomic Nervous System (suppl): 76-76, 2022. |
BCS7-4. Pathogenesis of autonomic nerve - immune system associated with the spinal cord injury 上野将紀 The Autonomic Nervous System (suppl): 77-77, 2022. |
BCS8-1. Pay attention to appetite regulation mechanism due to the gastrointestinal tract and condition of a patient - enterokinesis of the functional dyspepsia 乾明夫 The Autonomic Nervous System (suppl): 78-78, 2022. |
BCS8-2. Possibility of the enteric hormone participation in synergism - functionality dyspepsia condition of a patient of stress and the enteric hormone through brain intestinal phase Seki 山口菜緒美1,2), 堀裕太朗2), 細見英里子2), 魯昭輝2), 高山清茂2), 名越澄子2), 屋嘉比康治1,2) The Autonomic Nervous System (suppl): 79-79, 2022. |
BCS8-3. Enterobacterial role through the brain bowels axis in the condition of a patient of the irritable bowel syndrome 金澤素, 福土審 The Autonomic Nervous System (suppl): 80-80, 2022. |
BCS8-4. Participation in intestinal tract barrier functional regulation mechanism due to the brain and IBS condition of a patient 奥村利勝 The Autonomic Nervous System (suppl): 81-81, 2022. |
BCS9-1. Sweat regulatory mechanism during exercise 近藤徳彦 The Autonomic Nervous System (suppl): 82-82, 2022. |
BCS9-2. Sweat study for the humans by the transdermal drug delivery method 天野達郎 The Autonomic Nervous System (suppl): 83-83, 2022. |
BCS9-3. From the situation of the fit of pain dermatology associated with the adiaphoresis 室田浩之 The Autonomic Nervous System (suppl): 84-84, 2022. |
BCS9-4. About systemic adiaphoresis - Fabry disease and AIGA with the fit of pain - 岡田真里子 The Autonomic Nervous System (suppl): 85-85, 2022. |
BCS10-1. The role that MIBG myocardium scintigraphy serves as in the Parkinson's disease 中村友彦 The Autonomic Nervous System (suppl): 86-86, 2022. |
BCS10-2. The cardiac sympathetic nerve disorder which we caught in MIBG 横山立 The Autonomic Nervous System (suppl): 87-87, 2022. |
BCS10-3. Principle and exception - of differentiation - MIBG uptake drop of the Parkinson's disease examining from pathology again 内原俊記1,2,3) The Autonomic Nervous System (suppl): 88-88, 2022. |
L1. Poor circulation and autonomic nerve 新藤和雅 The Autonomic Nervous System (suppl): 89-89, 2022. |
L2. Of the digestive tract function disorder examine;: Niveau diagnosis by an art and the examination of the interview 山中義崇1,2,3) The Autonomic Nervous System (suppl): 90-90, 2022. |
L3. The discovery of the capsaicin receptor: Significance of the winning the 2021 Nobel Prize for Physiology or Medicine 富永真琴1,2) The Autonomic Nervous System (suppl): 91-91, 2022. |
L4. The latest medical care of amyloidosis 関島良樹 The Autonomic Nervous System (suppl): 92-92, 2022. |
L5. Nerve pathology of the tauopathy 吉田眞理 The Autonomic Nervous System (suppl): 93-93, 2022. |
L6. Epilepsy and autonomic nerve 川合謙介 The Autonomic Nervous System (suppl): 94-94, 2022. |
L7. Autonomic nerve symptom in the autoimmune disease 朝比奈正人 The Autonomic Nervous System (suppl): 95-95, 2022. |
L8. About treatment of postural tachycardia syndrome/orthostatic syncope from the position of the - headache specialist - 光藤尚 The Autonomic Nervous System (suppl): 96-96, 2022. |
L9. Mechanism of indication of the acupuncture needle moxibustion treatment and the effect 山口智 The Autonomic Nervous System (suppl): 97-97, 2022. |
L10. Of an urination disorder (lower urinary tract dysfunction), sexual dysfunction examine; 内山智之1,2), 山本達也2,3), 榊原隆次4) The Autonomic Nervous System (suppl): 98-98, 2022. |
L11. Only as for the dyshidrosis, it is a person 大田一路 The Autonomic Nervous System (suppl): 99-99, 2022. |
L12. Clinical real - of REM sleep behavior disorder symptom - autonomic nervous system disorders 宮本智之1), 宮本雅之2,3) The Autonomic Nervous System (suppl): 100-100, 2022. |
L13. The new diagnostic criteria and autonomic nervous system disorders of the multiple system atrophy 下畑享良 The Autonomic Nervous System (suppl): 101-101, 2022. |
L14. Emotion and autonomic nerve activity 梅田聡 The Autonomic Nervous System (suppl): 102-102, 2022. |
L15. Participation of the recognition, feeling motive ability and the neural circuit Osh military ration in the limbic cortex 村越隆之1), 伊藤吏那1), 平尾鮎美1), 北條泰嗣1), 橋爪幹1), 中野貴成1), 村上元2), 魚住尚紀1) The Autonomic Nervous System (suppl): 103-103, 2022. |
L16. Autonomic nervous system disorders of elderly people including dementia 榊原隆次1), 澤井摂1), 尾形剛1), 飯村綾子2) The Autonomic Nervous System (suppl): 104-104, 2022. |
L17. Application to somatic - autonomic nerve reflex mechanism and elderly person medical care, care 堀田晴美 The Autonomic Nervous System (suppl): 105-105, 2022. |
L18. An arterial baroceptor reflex dysfunction and the technique 梅原淳 The Autonomic Nervous System (suppl): 106-106, 2022. |
BS1-1. A predictive blood pressure reply with the different latency to reward and aversive stimulus and the acquisition 山中航, 中川暁博, 和氣秀文 The Autonomic Nervous System (suppl): 107-107, 2022. |
BS1-2. Role in the respiration control of the intracerebral hydrogen sulfide 小金澤禎史1,2) The Autonomic Nervous System (suppl): 108-108, 2022. |
BS1-3. Participation of the intracerebral cholinergic system for the cerebral blood flow adjustment with cerebral ischemia - reperfusion 渡辺信博, 飯村佳織, 堀田晴美 The Autonomic Nervous System (suppl): 109-109, 2022. |
BS1-4. Measurement of the vagus nerve activity 三木健寿1), 吉本光佐2) The Autonomic Nervous System (suppl): 110-110, 2022. |
BS2-1. Photophobic mechanism and attempt of the quantification to show for neurologic disorder 原直人, 鎌田泰彰 The Autonomic Nervous System (suppl): 111-111, 2022. |
BS2-2. Autonomic nerve control of visual and olfactory organs 内田さえ The Autonomic Nervous System (suppl): 112-112, 2022. |
BS2-3. We think about photophobia found in an autism spectrum symptom from a pupil light reflex 早川友恵1), 稲田尚子1), 実吉綾子1), 辻田匡葵2), 熊谷晋一郎2), 原直人3) The Autonomic Nervous System (suppl): 113-113, 2022. |
BS2-4. A disease and cerebral function change to cause photophobia 鈴木幸久1,2,3), 清澤源弘4), 若倉雅登5), 石井賢二3) The Autonomic Nervous System (suppl): 114-114, 2022. |
BS3-1. The hypothalamic orexin nerve controls a pain and an itch to the opposite direction 金子達朗, 柏谷英樹, 桑木共之 The Autonomic Nervous System (suppl): 115-115, 2022. |
BS3-2. A temperature control response at cold stress of women and the central mechanism 内田有希1), 上條翔太郎2), 本間元康1), 政岡ゆり1), 鮫島勇毅1), 泉崎雅彦1) The Autonomic Nervous System (suppl): 116-116, 2022. |
BS3-3. Sympathetic active central circuit mechanism during exercise 木場智史 The Autonomic Nervous System (suppl): 117-117, 2022. |
BS3-4. Circular reaction at psychological stress and the nerve network 松山実緒1), 堀内城司1,2) The Autonomic Nervous System (suppl): 118-118, 2022. |
BS4-1. Temperature control by the emotion 桑木共之 The Autonomic Nervous System (suppl): 119-119, 2022. |
BS4-2. Temperature control in the spinal cord injury injured 上條義一郎 The Autonomic Nervous System (suppl): 120-120, 2022. |
BS4-3. Interaction of autonomic temperature regulation and the behavioral temperature regulation 永島計, 唐木幸音, 増田雄太, 加藤一聖, 杉泰佑 The Autonomic Nervous System (suppl): 121-121, 2022. |
BS4-4. Preoptic area neuron to take temperature control and fever creation on 中村佳子, 中村和弘 The Autonomic Nervous System (suppl): 122-122, 2022. |
HS1. Blood pressure regulation due to the central nerve 森本聡, 市原淳弘 The Autonomic Nervous System (suppl): 123-123, 2022. |
HS2. Blood pressure, the fluid regulation mechanism due to the kidney sympathetic nerve: Role of kidney nerve efferent and the afferent 桂田健一 The Autonomic Nervous System (suppl): 124-124, 2022. |
HS3. Role of the autonomic nerve in the blood pressure regulation 岩瀬敏1,2) The Autonomic Nervous System (suppl): 125-125, 2022. |
HS4. Autonomic nerve and blood pressure, circulation adjustment 石田万里 The Autonomic Nervous System (suppl): 126-126, 2022. |
AS1. Central mechanism Up-to-date of the acupuncture needle 久保亜抄子, 山口智 The Autonomic Nervous System (suppl): 127-127, 2022. |
AS2. The basics of acupuncture needle stimulation and cerebral circulation 鍵谷方子1,2), 内田さえ1) The Autonomic Nervous System (suppl): 128-128, 2022. |
AS3. In change - migraine headaches of the cerebral function by the acupuncture needle electricity stimulation to the back of the head - 石山すみれ1), 柴田靖2,3), 鮎澤聡4), 松下明5), 松村明6) The Autonomic Nervous System (suppl): 129-129, 2022. |
AS4. In change - depression of the cerebral blood flow by the acupuncture needle stimulation to four extremities periphery - 松浦悠人1,2), 菊池友和3,4), 山口智2), 安野富美子1), 坂井友実1) The Autonomic Nervous System (suppl): 130-130, 2022. |
B-01. 93 years old men case of the Parkinson's disease which sex low blood pressure preceded just after rising 光藤尚, 田村直俊, 川崎一史, 伊藤康男, 山元敏正 The Autonomic Nervous System (suppl): 132-132, 2022. |
B-02. Association between CVR-R and left striatum in the Parkinson's disease patients 桝井満里奈, 北川友通, 松野博優, 仙石錬平 The Autonomic Nervous System (suppl): 132-132, 2022. |
B-03. The heart accumulation of the 123I-MIBG myocardium scintigraphy in the REM sleep behavior disorder symptom changes over time 宮本智之1), 宮本雅之2) The Autonomic Nervous System (suppl): 133-133, 2022. |
B-04. Examination about the absent sweating area of predilection for systemic adiaphoresis born after the idiopathy 吉崎智子1), 荒木信之1,2), 山中義崇1,3,4), 桑原聡1) The Autonomic Nervous System (suppl): 133-133, 2022. |
C-01. Clinical features of postural tachycardia syndrome (POTS) that occurred after COVID-19 incidence, comparison with conventional POTS 角南陽子, 菅谷慶三, 宮腰夏輝, 高橋一司 The Autonomic Nervous System (suppl): 134-134, 2022. |
C-02. The men who produced cluster headaches after COVID-19 vaccination in 50s 鈴木圭輔, 鈴木紫布, 椎名智彦, 平田幸一 The Autonomic Nervous System (suppl): 134-134, 2022. |
C-03. Characteristics and treatment of COVID-19 residual neuropathy 岩瀬敏1,2) The Autonomic Nervous System (suppl): 135-135, 2022. |
C-04. Acute enteroparalysis due to the left thorax herpes zoster 榊原隆次1), 澤井摂1), 尾形剛1), 細江伸央2), 松岡克善2), 樋口哲也3) The Autonomic Nervous System (suppl): 135-135, 2022. |
C-05. Lower urinary tract symptom of the myasthenia gravis 榊原隆次1), 澤井摂1), 尾形剛1), 関戸哲利2), 内山智之3), 山本達也4) The Autonomic Nervous System (suppl): 136-136, 2022. |
D-01. An example of the postural tachycardia syndrome that caused the exacerbation of the symptom by an alpha-adrenoceptor blocker 横山立, 川崎一史, 藤田宗吾, 逆井佑太, 見上真吾, 光藤尚, 伊藤康男, 山元敏正 The Autonomic Nervous System (suppl): 137-137, 2022. |
D-02. Examination of 7 cases that it presented orthostatic syncope (OD) for the examination period, and the good course was got from in epidural gas infusion therapy (EGI) 川原隆1), 厚地正道1), 高木清2) The Autonomic Nervous System (suppl): 137-137, 2022. |
D-03. Outpatient specialized in the autonomic imbalance that paid its attention to a vertebral canal, cerebral fluid change imperfection 厚地正道1), 川原隆1), 高木清2) The Autonomic Nervous System (suppl): 138-138, 2022. |
D-04. Effect of epidural gas infusion therapy (EGI) on patients with suspected orthostatic syncope (OD) 高木清1), 浅野修一郎2), 川原隆3), 厚地正道3), 高木良介4) The Autonomic Nervous System (suppl): 138-138, 2022. |
D-05. The heartbeat change analysis of a premature infant, the term infant using the bedside monitor electrocardiogram and the change over time 秋本智史1), 高橋健2), 服部万里子1), 赤塚祐介3), 室田直樹1), 上野梨子1), 佐藤恵也3), 佐藤浩之3), 西山樹3), 秋谷梓3), 山崎晋1), 岩崎友弘1), 寒竹正人1), 清水俊明3) The Autonomic Nervous System (suppl): 139-139, 2022. |
E-01. Analysis - of the heartbeat change by the short time assay using comparison - ergograph load with the Kupffer man health questionnaire of the autonomic nerve function in menopausal women 後藤由佳1,2), 奥田博之1), 中塚幹也2) The Autonomic Nervous System (suppl): 140-140, 2022. |
E-02. The heartbeat change measurement under the ten seconds breathing for patients with mental disorder 端谷毅1), 奥田明子2) The Autonomic Nervous System (suppl): 140-140, 2022. |
E-03. Comparison between severeness cerebral paralysed and autonomic nerve activity of general adults at rest 居村修司1,2) The Autonomic Nervous System (suppl): 141-141, 2022. |
E-04. An autonomic nerve activity and examination of locomotive syndrome (LS) 栗山長門1,2), 尾崎悦子1,2), 松井大輔2), 小山晃英2), 渡邉功2), 水野敏樹3), 山田惠4), 田原康玄1), 渡邊能行5) The Autonomic Nervous System (suppl): 141-141, 2022. |
E-05. The effect that the behavior flexibility of the spinal column gives in quality of autonomic nerve and anxiety complex and the sleep 中村雄一, 半田学, 半田瞳 The Autonomic Nervous System (suppl): 142-142, 2022. |
E-06. It is ... using the simple measuring equipment of "HRV, blood pressure, alternation in heart rate by the spinal movement" - autonomic nerve 及川文宏1,2), 是澤晃平1,3), 山本健太1,4,5), 矢澤拓磨1,6) The Autonomic Nervous System (suppl): 142-142, 2022. |
B-05. The multiple system atrophy case that presented laryngospasm of the sudden onset: Association with the condition of a patient and the obstructive sleep apnoea 朝比奈正人, 内田信彰, 濱口毅, 藤田充世, 平野靖記, 中西恵美, 堀有行 The Autonomic Nervous System (suppl): 143-143, 2022. |
B-06. One case of the multiple system atrophy that the vocal cords motor disorder improved temporarily 山口智子, 岡田真里子, 中里良彦, 見上真吾, 大田一路, 光藤尚, 山元敏正 The Autonomic Nervous System (suppl): 143-143, 2022. |
B-07. Cerebral fluid 5-HIAA and clinical examination in the multiple system atrophy 長尾龍之介1), 水谷泰彰1), 伊藤瑞規1), 大嶽れい子1), 水野正美1), 島さゆり1), 植田晃広1), 伊藤信二1), 渡辺宏久1), 外山宏2) The Autonomic Nervous System (suppl): 144-144, 2022. |
B-08. Fact-finding of the acupuncture for patients with tracheotomy lower respirator wearing ALS 井瀬美由季1,2), 堀部豪1,2), 井畑真太朗1,2), 田中夏美1,2), 山口智2), 丸木雄一1) The Autonomic Nervous System (suppl): 144-144, 2022. |
B-09. Analysis of clinical features of Guillain-Barre syndrome with autonomic nervous system disorders and the antiglucide and lipid antibody 高崎寛1), 本郷悠1), 山崎啓史1), 松井太郎1), 小牟田縁1), 桑原基2), 楠進2), 池脇克則1), 海田賢一3), 鈴木一詩1) The Autonomic Nervous System (suppl): 145-145, 2022. |
B-10. Examination of the long term prognosis of the autoimmune autonomic ganglion disorder 6 case 岩田育子1), 阿部恵1), 上床尚1), 白井慎一1), 松島理明1), 矢口裕章1), 廣谷真2), 中根俊成3), 矢部一郎1) The Autonomic Nervous System (suppl): 145-145, 2022. |
B-11. Antihypertensive medications are not necessary for the Parkinson's disease 内山智之1), 山本達也2,3), 榊原隆次4), 桑原聡2), 村井弘之5) The Autonomic Nervous System (suppl): 146-146, 2022. |
C-06. Effect of Atropine on intestinal tract peristalsis at stress caused by hypothalamic stress center stimulation-like response reproduction 菊池尚哉, 松山実緒, 堀内城司 The Autonomic Nervous System (suppl): 147-147, 2022. |
C-07. Effect of the acupuncture needle stimulation on opioid-induced constipation 岡田岬1), 谷口授2), 谷口博志2), 北小路博司3), 今井賢治4) The Autonomic Nervous System (suppl): 147-147, 2022. |
C-08. The bowel sound which recorded with measurement - tonometry sensor microphone of the propagation-related strong shrinkage exercise in the stomach of humans to an index - 谷口博志1,2,3), 古部真紀2), 小田木悟3), 谷口授1,3) The Autonomic Nervous System (suppl): 148-148, 2022. |
C-09. Inspection of the effect that seawater temperature fever therapy gives in autonomic nervous system and blood cardiovascular system 小池好久, 高木雅之 The Autonomic Nervous System (suppl): 148-148, 2022. |
C-10. Induction of the kinetosis by Virtual reality (VR) and detailed examination about the symptom 篠原大侑1), 今井賢治1,2,3) The Autonomic Nervous System (suppl): 149-149, 2022. |
C-11. About center of gravity unrest, the association between spoke Minato load and autonomic nerve function by the base appearance prism wearing 内川義和, 阪田智陽, ZIMU ZHU, 伊藤果歩, 川田祐輔, 五位渕瑠華, 佐藤由理, 須藤真未, 鷹箸風子, 立石爽音, 中田帆奈美, 岡野真弓, 原直人, 新井田孝裕 The Autonomic Nervous System (suppl): 149-149, 2022. |
D-06. About the reproducibility of the heart rate decrease response by the acupuncture needle stimulation examination - using - heartbeat change analysis 篠崎波輝1), 高橋諒1), 廣井寿美1), 篠原大侑1), 今井賢治1,2,3) The Autonomic Nervous System (suppl): 150-150, 2022. |
D-07. Objective evaluation - with effect on 1 case - warm temperature threshold of the acupuncture indicating the malaise with the chronic pain as an index 高橋諒1), 篠崎波輝1), 篠原大侑1), 廣井寿美1), 高橋和文2,3,4), 今井賢治1,2,3,4) The Autonomic Nervous System (suppl): 150-150, 2022. |
D-08. The effect that the strength of the acupuncture needle sense gives to autonomic nervous system 宮本成生, 塩澤成弘 The Autonomic Nervous System (suppl): 151-151, 2022. |
D-09. One case that we could not continue medical treatment by a side effect of pregabalin, and acupuncture was effective for post herpetic neuralgia 井畑真太朗1), 山口智1), 小内愛1), 堀部豪1), 山元敏正2) The Autonomic Nervous System (suppl): 151-151, 2022. |
D-10. Examination - of the evaluation by HRV of acupuncture effect on premenstrual syndrome - smart watch 菊池友和1,2), 谷口博志3), 谷口授3), 山口智4) The Autonomic Nervous System (suppl): 152-152, 2022. |
D-11. Pupil vibration by the sense of smell stimulation and change (the second report) of the heartbeat change 鎌田泰彰, 原直人 The Autonomic Nervous System (suppl): 152-152, 2022. |
E-07. Manufacture of the new model mouse which is useful for an evaluation of the glial intracytoplasmic inclusion bodies morphosis in the multiple system atrophy 石本智之, 山門穂高, 大野美樹, 梶誠兒, 綾木孝, 眞木崇州, 松澤秀一, 高橋良輔 The Autonomic Nervous System (suppl): 153-153, 2022. |
E-08. Intervention to REM sleep behavior disorder by the alpha synuclein local site control using the Parkinson's disease prodromal phase model mouse 生野真嗣, 田口智之, 高橋良輔 The Autonomic Nervous System (suppl): 153-153, 2022. |
E-09. Anemia in the prodromal phase Parkinson's disease model mouse and intestinal movement disorder 田口智之, 生野真嗣, 山門穂高, 高橋良輔 The Autonomic Nervous System (suppl): 154-154, 2022. |
E-10. Cerebral blood flow response by the trigeminal nerve (V1) cutaneous nerve stimulation of the anesthesia lower rat 志村まゆら1), 野口栄太郎1), 石山すみれ2), 成島朋美2) The Autonomic Nervous System (suppl): 154-154, 2022. |
E-11. The intraventricular administration of the corticotropin releasing factor involved in stress reaction promotes a rat bladder reflex through intracerebral glutamic acid nervous system 清水孝洋1), 畑優里佳1,2), 鄒瑣1), 山本雅樹3), 清水陽平1,2), 尾野秀彬1,2), 清水翔吾1), 東洋一郎1), 清水信貴4), 辛島尚5), 齊藤源顕1) The Autonomic Nervous System (suppl): 155-155, 2022. |
E-12. Effects of Basal Forebrain Stimulation on Acetylcholine Release in the Olfactory Cortex 守屋樹羅1,2), 鍵谷方子1), 内田さえ1) The Autonomic Nervous System (suppl): 155-155, 2022. |