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PAIN RESEARCH
Volume 33, Issue 2 / 2018
English Article Japanese Article
- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
About CL "Centralized Pain" 植田弘師 PAIN RESEARCH 33(2): 77-77, 2018. |
Condition of a patient control of inflammation and cancer in the SL RNA hierarchy 浅原弘嗣 PAIN RESEARCH 33(2): 78-78, 2018. |
IS-KN (Keynote lecture) Targeting G Protein-coupled Receptors : Dimers and Orphans as Novel Therapeutic Targets for Pain and Addiction Lakshmi A.Devi PAIN RESEARCH 33(2): 79-79, 2018. |
IS-1 Agonist Bias in Kappa and Delta Opioid Receptor-Mediated Analgesia Chris Evans, Cathy Cahill PAIN RESEARCH 33(2): 80-80, 2018. |
IS-2 Kappa opioid receptors contribute to the tonic aversive component of pain Catherine Cahill1, Liu S2, Pickens S4,5, Taylor AMW4,5, Yang H4,5,6, Xue L3, Williams P7, Cook C2, Carroll FI8, Andrews AM4,5,6, Olmstead MC9, Evans CJ4,5, Leslie F2, Cahill CM3,4,5 PAIN RESEARCH 33(2): 81-81, 2018. |
IS-3 Role of the brain reward network in pain modulation Minoru Narita1,2, Yusuke Hamada1, Naoko Kuzumaki1 PAIN RESEARCH 33(2): 82-82, 2018. |
IS-4 Role of endogenous chaperone protein RTP4 in opioid receptor heteromer regulation Wakako Fujita1, Mini Yokote2, Hiroshi Ueda2, Lakshmi A.Devi3 PAIN RESEARCH 33(2): 83-83, 2018. |
Understanding of the epigenetics mechanism in the protraction of the ES1 pain 成田年1.2 PAIN RESEARCH 33(2): 84-84, 2018. |
Functional analysis of the pain-related network using ES2 light genetics, the chemical genetics 加藤総夫 PAIN RESEARCH 33(2): 85-85, 2018. |
Participation of S1-1 tPA-induced stroke postoperative pain CPSP mouse model and LPA 植田弘師 PAIN RESEARCH 33(2): 86-86, 2018. |
Stroke postoperative pain animal models using the S1-2 macaque monkey 肥後範行 PAIN RESEARCH 33(2): 87-87, 2018. |
A nerve image study and non-invasive cerebral irritation therapy for S1-3 center-related stroke postoperative pain 細見晃一1,2, 清水豪士1,2,3, 眞野智生1,2, 森信彦4, 渡邉嘉之5, 柴田政彦6, 貴島晴彦2, 齋藤洋一1,2 PAIN RESEARCH 33(2): 88-88, 2018. |
Neuromodulation treatment for the S1-4 stroke postoperative pain 山本隆充1, 渡辺充2, 小林一太2, 大島秀規2, 深谷親2, 吉野篤緒2 PAIN RESEARCH 33(2): 89-89, 2018. |
Functional structural change of the brain in the S2-1 phantom limb pain 寒重之 PAIN RESEARCH 33(2): 90-90, 2018. |
Mechanism of the body-related transformation including the S2-2 phantom limb pain and neurorehabilitation 森岡周 PAIN RESEARCH 33(2): 91-91, 2018. |
Treatment of the phantom limb pain using the S2-3 virtual reality and the mechanism elucidation 住谷昌彦1, 大住倫弘2 PAIN RESEARCH 33(2): 92-92, 2018. |
The chronic itching which neuron glia interaction of the S3-1 posterior horn of spinal cord creates 津田誠 PAIN RESEARCH 33(2): 93-93, 2018. |
Functional significance of GRP in the S3-2 non-humans primate 木口倫一1,2, 岸岡史郎1, Mei-Chuan Ko2 PAIN RESEARCH 33(2): 94-94, 2018. |
Brain transmission mechanism of S3-3 itch and the scratching 石氏陽三 PAIN RESEARCH 33(2): 95-95, 2018. |
Regulatory mechanism of the TRPA1 channel in the S4-1 first sensory neuron 戴毅 PAIN RESEARCH 33(2): 96-96, 2018. |
Pain study in the S4-2 spinal cord 河野達郎 PAIN RESEARCH 33(2): 97-97, 2018. |
Functional role of the long term potentiation in front of a cingulate gyrus synapse in front of S4-3 古賀浩平 PAIN RESEARCH 33(2): 98-98, 2018. |
Onset mechanism of referred pain of the oral face which S5-1 neuron - glia linkage participates in 岩田幸一 PAIN RESEARCH 33(2): 99-99, 2018. |
Neural regeneration after the S5-2 trigeminal nerve injury 瀬尾憲司 PAIN RESEARCH 33(2): 100-100, 2018. |
The new treatment target for S6-1 interstitial cystitis, the bladder pain: TRPM2, TRPA1, TLR7 井川靖彦 PAIN RESEARCH 33(2): 101-101, 2018. |
Treatment target molecule TRPM8 which is associated with a colon ache in the S6-2 gastrointestinal tract disease 堀江俊治1, 細谷拓司1, 松本健次郎2, 田嶋公人1 PAIN RESEARCH 33(2): 102-102, 2018. |
Possibility as a role and the treatment target molecule of HMGB1 derived from macrophage in the S6-3 splanchnodynia 川畑篤史 PAIN RESEARCH 33(2): 103-103, 2018. |
The nurture environment that has an influence on the behavioral science of the S7-1 pain: Tangle of father and the son 細井昌子1, 安野広三1, 柴田舞欧1, 藤本晃嗣1, 村上匡史1, 日高大1, 早木千絵1, 村橋明子1, 須藤信行1,2 PAIN RESEARCH 33(2): 104-104, 2018. |
A characteristic of the behavioral medicine to see for S7-2 fibromyalgia and remedial correspondence 村上正人1,3, 金外淑2,3, 丸岡秀一郎3 PAIN RESEARCH 33(2): 105-105, 2018. |
Behavioral science of the S7-3 pain 柴田政彦 PAIN RESEARCH 33(2): 106-106, 2018. |
Brain mechanism of the S8-1 motion inducibility painkilling (Exercise-Induced Hypoalgesia) 仙波恵美子1,2, 上勝也2 PAIN RESEARCH 33(2): 107-107, 2018. |
Effect on S8-2 chronic pain - Over view - of the kinesitherapy 松原貴子 PAIN RESEARCH 33(2): 108-108, 2018. |
Significance of the kinesitherapy as the prophylactic strategy of the S8-3 chronic pain and the effect 坂本淳哉1, 片岡英樹1,2, 中野治郎1, 沖田実1 PAIN RESEARCH 33(2): 109-109, 2018. |
Possibility - of the supplement of the medical therapy by - exercise to challenge central sensitization to hide behind in SS1-1 chronicity locomotorium pain by kinesitherapy 松原貴子 PAIN RESEARCH 33(2): 110-110, 2018. |
Is based on SS1-2 low back pain, the combination of medical therapy and the kinesitherapy for the stratification approach - center characteristics sensitization for the locomotorium pain; and - 松平浩 PAIN RESEARCH 33(2): 111-111, 2018. |
Neurobiology of "emotion and feelings" judging from the condition of a patient of the SS2-1 inborn character-related painless adiaphoresis 犬童康弘 PAIN RESEARCH 33(2): 112-112, 2018. |
Functional analysis of mutation sodium channel 1.7 (Nav1.7) of the analgesia families who discovered SS2-2 newly 川真田樹人 PAIN RESEARCH 33(2): 113-113, 2018. |
Mechanism latest knowledge of the LS1 pain 野口光一 PAIN RESEARCH 33(2): 114-114, 2018. |
Concern and measures of the opioid administration for the LS2 cancer survivor 金井昭文 PAIN RESEARCH 33(2): 115-115, 2018. |
LS3 perception, a sense of pain quantitative analysis device (Pain Vision) and the clinical application 花岡一雄 PAIN RESEARCH 33(2): 116-116, 2018. |
Because do not fail with kidney disease lecture - medicine for LS4 non-specialists; ... 瀬田公一 PAIN RESEARCH 33(2): 117-117, 2018. |
Treatment of pain to challenge from LS5 neuroplasticity 齊藤洋司 PAIN RESEARCH 33(2): 118-118, 2018. |
Management of EVS fibromyalgia 岡寛 PAIN RESEARCH 33(2): 119-119, 2018. |
The matter that we got from SWS clinical experience 宮崎東洋 PAIN RESEARCH 33(2): 120-120, 2018. |
New pain-killer development - up-to-date - to overcome SPS various kinds of intractable pain (Unmet Medical Needs of the pain) 上園保仁 PAIN RESEARCH 33(2): 121-121, 2018. |
Among B1-1 pivotal; examination by the machine learning of the functional combination between the brain parts characterizing patients with dysfunctional pain 寒重之1, 大迫正一2, 植松弘進2, 田中壽3, 渡邉嘉之4, 柴田政彦1 PAIN RESEARCH 33(2): 122-122, 2018. |
The classification of the brain network change in the B1-2 chronicity low back pain and a characteristic evaluation: Multicenter study 眞野博彰, Ben Seymour PAIN RESEARCH 33(2): 122-122, 2018. |
Cortex expression of the subjective phantom leg motion of patients with B1-3 phantom limb pain 福間良平1,2, 柳澤琢史1,2,3,4,5, 田中將貴1, Ben Seymour4,6, 細見晃一1,7, 貴島晴彦1, 吉峰俊樹3, 神谷之康2,8, 齋藤洋一1,7 PAIN RESEARCH 33(2): 123-123, 2018. |
Examination of primary motor area functional localization and the cortex excitability of the B1-4 intractable pain 森信彦1, 細見晃一2,3, 竹内遼介4, 眞野智生2,3, 松木明好5, 貴島晴彦3, 齋藤洋一2,3 PAIN RESEARCH 33(2): 123-123, 2018. |
B1-5 chin face domain central post-stroke pain: Histories of treatment of CPSP 金銅英二1, 谷山貴一2, 石田麻依子2, はい島弘之3, 澁谷徹2 PAIN RESEARCH 33(2): 124-124, 2018. |
Experience of the spinal cord stimulation therapy (Spinal Cord Stimulation, SCS) for the B1-6 functionality rectum anal pain 高野正太 PAIN RESEARCH 33(2): 124-124, 2018. |
Initial diagnosis information of patients with chronic pain associated with the evaluation of B2-1 organic factor and mental psychologic factors 青野修一1, 西須大徳2, 尾張慶子2,3, 牧野泉2, 井上真輔2, 新井健一2,3, 西原真理2, 畠山登2,4, 佐藤純2, 牛田享宏2,3 PAIN RESEARCH 33(2): 125-125, 2018. |
Relations of a pain and the constipation symptom of patients with B2-2 chronic pain 城由起子1,2, 新井健一2, 松原貴子2, 牛田享宏2 PAIN RESEARCH 33(2): 125-125, 2018. |
Cervical cord compression in B2-3 area inhabitants and - symptom and long tract sign - with clinical manifestations concerned 平井亨, 関口美穂, 大谷晃司, 紺野愼一 PAIN RESEARCH 33(2): 126-126, 2018. |
Sleep investigation of the lumbar spine degeneration disease surgery patients using the B2-4 wearable terminal 井上雅寛, 折田純久, 稲毛一秀, 志賀康浩, 乗本将輝, 海村朋孝, 佐藤崇司, 佐藤雅, 鈴木雅博, 榎本圭吾, 大鳥精司 PAIN RESEARCH 33(2): 126-126, 2018. |
Examination about sense of pain sensitivity of the young chronic gonalgia by the examination of B2-5 quantitative sense and the central sensitization 松原貴子1,2, 宮田梨沙1, 前田創1, 新浪瑞貴1, 常盤雄地1, 金子花観1, 丹羽祐斗1, 堀内大輝1, 城由起子3 PAIN RESEARCH 33(2): 127-127, 2018. |
Characteristic of the pain in the orthopedics outpatient judging from B2-6 locomotive syndrome 坂野裕洋1, 前原一之2, 松原貴子3 PAIN RESEARCH 33(2): 127-127, 2018. |
Effect on sense of pain through human C-tactile afferents by Touch with the B2-7 excellent emotion-sensitive ornamentation 金子花観1, 前田創1, 新浪瑞貴1, 丹羽祐斗1, 宮田梨沙1, 常盤雄地1, 堀内大輝1, 城由起子2, 松原貴子1,3 PAIN RESEARCH 33(2): 128-128, 2018. |
We evaluate it after knee joint technique by B2-8 Quantitative sensory testing in the course of the protraction ache case 山口修平1, 森友美1, 尾崎猛1, 今村康宏1, 松原貴子2 PAIN RESEARCH 33(2): 128-128, 2018. |
We evaluate a quantitative sense of the central sensitization in the knee pain after B2-9 TKA 服部貴文1, 前原一之1, 前原秀紀1, 松原貴子2 PAIN RESEARCH 33(2): 129-129, 2018. |
Evaluation of spontaneous pain of the neuropathic pain model of the face using the C1-1 high definition MRI 中江文1,2, 中井國博1,3, 加藤弘樹1, 畑澤順1,2, 吉岡芳親1,2, 柳田敏雄1,2 PAIN RESEARCH 33(2): 130-130, 2018. |
The sense of pain reception in the C1-2 cerebral cortex primary somatesthetic area is carried out in dysgranular domain 尾崎弘展, 植田禎史, 宮田麻理子 PAIN RESEARCH 33(2): 130-130, 2018. |
The environmental effect that is full of stimulation on C1-3 pain fear memory and removal promotion 小山なつ, 中路景太, Kenny Daun, 等誠司 PAIN RESEARCH 33(2): 131-131, 2018. |
Periphery of the C1-4 Lidocain intramuscular injection and spinal cord sedative mechanism 那須輝顕, 内村佳子, 水村和枝 PAIN RESEARCH 33(2): 131-131, 2018. |
Neuroanatomical search of the two minutes axon sensory neuron influencing a hip joint and the knee joint of the C1-5 rat 坂本淳哉1, 本田祐一郎1,2, 片岡英樹1,3, 中野治郎1, 沖田実1 PAIN RESEARCH 33(2): 132-132, 2018. |
Effect - by the difference in effect - application temperature of the cryotherapy in the acute phase of the C1-6 rat gonarthritis 佐々木遼1,2, 坂本淳哉3, 近藤康隆4, 石川空美子3, 大賀智史2,4, 本田祐一郎2,5, 中野治郎3, 沖田実2 PAIN RESEARCH 33(2): 132-132, 2018. |
Analysis of the Neat1 long-chain non-cord RNA in the primary sensory neuron of the C2-1 neuropathic scoliosis pain model rat 坂井敦1, 丸山基世1,2, 岡田尚巳3, 鈴木秀典1 PAIN RESEARCH 33(2): 133-133, 2018. |
Identification of posterior horn of spinal cord second layer nerve subpopulations to be associated with the onset of the C2-2 allodynia 田島諒一, 渡邊萌佳, 関根美鈴, 津田誠 PAIN RESEARCH 33(2): 133-133, 2018. |
Role for the central pain control structure of the C2-3 hypothalamus arcuate nucleus POMC nerve 濱田祐輔1, 近藤貴茂1, 成田浩気1, 贄田彩菜1, 成田道子1, 仙波恵美子1,2, 山中章弘3, 葛巻直子1, 成田年1,4 PAIN RESEARCH 33(2): 134-134, 2018. |
The C2-4 Neurotropin inhibits an activity of the DRG neuron through sustained Kv electric current increase 河合洋幸1, 浅岡希美1, 三宅崇仁1, 永安一樹1, 中川貴之2, 白川久志1, 金子周司1 PAIN RESEARCH 33(2): 134-134, 2018. |
C2-5 orexin B activates an orexin 2 receptor and promotes initiative inhibition-related synaptic transmission of the rat spinal cord gelatinous matter neuron through the glycine not GABA Wang Chong, 藤田亜美, 馬郡信弥, 鈴木里佳, 楊帆, 熊本栄一 PAIN RESEARCH 33(2): 135-135, 2018. |
In vivo patch clamp analysis of the infringement communication in C2-6 fibromyalgia model rat posterior horn of spinal cord cells 歌大介1, 坪島功幸2, 安東嗣修1, 西条寿夫2, 水村和枝3, 田口徹4 PAIN RESEARCH 33(2): 135-135, 2018. |
Morphine sedative lack mechanism in the C2-7 fibromyalgia model 根山広行1, 吾郷由希夫2, 橋本均2, 植田弘師1 PAIN RESEARCH 33(2): 136-136, 2018. |
Analysis of the relationship of load time ache and TRPV1 in the gonarthrosis using C2-8 CatWalk 谷口亘1, 西尾尚子1, 山中学2, 谷口隆哉1, 福井大輔1, 中塚映政3, 山田宏1 PAIN RESEARCH 33(2): 136-136, 2018. |
Inhibition effect of TRPV4 on C2-9 chronic cystitis ache 藤井志織1, 藤田真英1, 曽我正彦2, 南地勇3, 今井直4, 高橋竜也4, 森岡靖英1, 淺木敏之1 PAIN RESEARCH 33(2): 137-137, 2018. |
C3-1 intracerebral microglia is associated with the onset of the central stroke postoperative pain 平賀慎一郎1, 星子麻記1,3, 高屋拓伸1, 山下俊英1,2,3 PAIN RESEARCH 33(2): 137-137, 2018. |
miR-21 is associated with pain in C3-2 gonarthrosis model rat through Toll-like receptor 星川直哉1,2, 坂井敦2, 高井信朗1, 鈴木秀典2 PAIN RESEARCH 33(2): 138-138, 2018. |
Role of the TRPV1-ANO1 interaction in C3-3 inflammation 高山靖規, 富永真琴 PAIN RESEARCH 33(2): 138-138, 2018. |
Role of HMGB1 in the C3-4 acute and chronic post-operative pain 川端柚希1, 林愛理沙1, 坪田真帆1, 中武ゆい1, 辻田隆一1,2, 関口富美子1, 西堀正洋3, 川畑篤史1 PAIN RESEARCH 33(2): 139-139, 2018. |
C3-5 GPR34 causes inflammatory reaction in the microglia and exacerbates neuropathic pain 佐世暁1,2, 小西博之1, 小林正明1, 日比英晴2, 青木淳賢3, 木山博資1 PAIN RESEARCH 33(2): 139-139, 2018. |
Visualization of the microglial / macrophage after C3-6 periphery inflammation 内田仁司1, 阿部学1, 田井中一貴2, 崎村建司1 PAIN RESEARCH 33(2): 140-140, 2018. |
The C3-7 inflammatory macrophage regulates the microglial activated and mechanical allodynia after the nerve injury 木口倫一, 雑賀史浩, 小林大地, 松崎伸介, 岸岡史郎 PAIN RESEARCH 33(2): 140-140, 2018. |
Examination - of the effect for analysis - ASIC3, glia cells of the second hyperalgesia inhibition mechanism of the aspirin in the C3-8 knee OA model rat 新堀瑞穂1, 工藤康史1, 関桂子1, 御子柴茂郎1, 水村和枝2, 近亮1 PAIN RESEARCH 33(2): 141-141, 2018. |
From examination - macrophage, a nerve growth factor of the myalgic condition of a patient mechanism with the C3-9 firmness, a peripheral change 大賀智史1,2, 本田祐一郎3, 坂本淳哉4, 中野治郎4, 沖田実2 PAIN RESEARCH 33(2): 141-141, 2018. |
Background of intractable neuropathic pain treatment by the C4-1 repetition transcranial magnetic stimulation, trial preparations 齋藤洋一1,2, 細見晃一1,2, 眞野智生1, 下川敏雄3, 杉山憲嗣4, 中村雄作5 PAIN RESEARCH 33(2): 142-142, 2018. |
Physician-led trial of the primary motor area stimulation by the repetition transcranial magnetic stimulation for the C4-2 intractable neuropathic pain 細見晃一1,2, 杉山憲嗣3, 中村雄作4, 下川敏雄5, 眞野智生1,2, 押野悟2, 齋藤洋一1,2 PAIN RESEARCH 33(2): 142-142, 2018. |
C4-3 Health literacy (health-related culture) is associated with the drug literacy of patients with chronic pain 住谷昌彦1, 草間真紀子2, 小暮孝道3, 東賢志1, 横島弥栄子3, 土田陸平3, 井上玲央3, 穂積淳3, 阿部博昭1 PAIN RESEARCH 33(2): 143-143, 2018. |
Relations with the DNA methylation of pain and the TRPA1 gene in the perioperative period of the C4-4 thoracotomy 竹中志穂, 辻彩乃, 助永憲比古, 野口光一, 廣瀬宗孝 PAIN RESEARCH 33(2): 143-143, 2018. |
Individualization administration plan of tramadol based on the genetic polymorphism measurement of the C4-5 drug metabolizing enzyme 平大樹1,5, 岩下成人2, 神谷貴樹1, 中島亮3, 磯野哲一郎1, 赤羽理也1, 池田義人1, 角本幹夫5, 森田真也1, 岡野友信5, 今井晋二4, 福井聖2, 寺田智祐1 PAIN RESEARCH 33(2): 144-144, 2018. |
Multidisciplinary treatment of pain - hospitalization type pane management program - for the C4-6 locomotorium chronic pain 高橋直人1,2,3, 笠原諭1,3, 矢吹省司1,2,3 PAIN RESEARCH 33(2): 144-144, 2018. |
For a short term intensive type hospitalization pane management program for C4-7 work generations 下和弘1,2, 井上真輔2, 牧田潔3, 土屋まり4, 平井裕一4, 若林淑子1, 宮川博文1, 新井健一1,2, 牛田享宏1,2 PAIN RESEARCH 33(2): 145-145, 2018. |
About the association of pain and the sense of incongruity to appear in the C4-8 perineum 高野正博 PAIN RESEARCH 33(2): 145-145, 2018. |
Examination by the functional MRI of the patients with the P-1 eye pain at rest 田川義晃1, 杉森博行2, Tha Khin Khin3, 石田晋1 PAIN RESEARCH 33(2): 146-146, 2018. |
Intracerebral information processing mechanism of the body-related transformation by the P-2 sensorimotor disagreement 片山脩1,2, 塚元達也3, 大住倫弘1,4, 兒玉隆之5, 森岡周1,3,4 PAIN RESEARCH 33(2): 146-146, 2018. |
Functional binding change of the brain before and after the P-3 autogenic training 今村佳樹, 高根沢大樹, 篠崎貴弘 PAIN RESEARCH 33(2): 147-147, 2018. |
pregabalin prescription to see according to P-4 pain 古川智之 PAIN RESEARCH 33(2): 147-147, 2018. |
We inhibit nausea vomiting after an operation in the artificial joint surgery with the administration in the preoperation of the P-5 tramadol / acetaminophen combination lock 絹笠友則1, 小松崎徹也2, 鮫島雄仁1, 山梨裕貴1, 佐藤祐希1, 渡辺新1, 伊澤成郎1, 福島真1, 矢田部佳久1, 池田耕太郎1 PAIN RESEARCH 33(2): 148-148, 2018. |
The present conditions of the Chinese medicine therapy for the lumbar vertebrae disease in our P-6 outpatient department 河合愛子1, 山口敬介2, 井関雅子1 PAIN RESEARCH 33(2): 148-148, 2018. |
Examination of the minocycline administration method for the P-7 maxillary nerve disorder-related pain inhibitory effect 篠田雅路1, 小林真之2, 藤田智史2, 山本清文2, 久保亜抄子1, 坐間学2, 臼井緑2, 岩田幸一1 PAIN RESEARCH 33(2): 149-149, 2018. |
Morphologic change of thalamus in spinal tract nucleus of trigeminal nerve caudal part - upper part cervical spinal cord due to P-8 trigeminal nerve injury and the bridge projection neuron 岡田真治1,2, 片桐綾乃2,3, 飯沼利光1, 岩田幸一2 PAIN RESEARCH 33(2): 149-149, 2018. |
The duloxetine analgesic attenuation in the P-9 neuropathic scoliosis pain model and participation of the acetylcholine 須藤貴史, 加藤大樹, 齋藤繁 PAIN RESEARCH 33(2): 150-150, 2018. |
Can P-10 antidepressant amitriptyline prevent protraction of the post-operative pain by recovering the endogenous sedative function that became the attenuation? 太田浄, 須藤貴史, 齋藤繁 PAIN RESEARCH 33(2): 150-150, 2018. |
Participation of the LPA receptor in the P-11 spinal cord injury model 河田和彦, 根山広行, 永井潤, 植田弘師 PAIN RESEARCH 33(2): 151-151, 2018. |
Nerve mechanism of the brain reward system activation to produce P-12 Exercise-induced hypoalgesia 上勝也1, 仙波恵美子2 PAIN RESEARCH 33(2): 151-151, 2018. |
About the central nervous system bioactivity in the neuropathic pain model using the P-13 oxytocin -mRFP1 transgenic rat 西村春来1, 川崎展1, 元嶋尉士1,2, 鈴木仁士1, 大西英生1, 吉村充弘2, 丸山崇2, 齋藤玲子2, 上野啓通2, 園田里美2, 西村和朗2, 田中健太郎2, 上田陽一2, 酒井昭典1 PAIN RESEARCH 33(2): 152-152, 2018. |
Role of chaperone molecules Receptor transporter protein4 in the P-14 MOPr-DOPr heterodimer formation promotion mechanism 横手未仁1, 植田弘師1,2, Lakshmi A.Devi3, 藤田和歌子4 PAIN RESEARCH 33(2): 152-152, 2018. |
Participation of LPA in the P-15 central stroke postoperative pain model 岩元隆征, 見山知穂, 植田弘師 PAIN RESEARCH 33(2): 153-153, 2018. |
Emotion change and back outside bed nucleus of stria terminalis nerve communication change due to the P-16 chronic pain 山内直紀, 天野大樹, 野村洋, 南雅文 PAIN RESEARCH 33(2): 153-153, 2018. |
Opioid sedative recovery different every pain therapeutic drug in the P-17 fibromyalgia model 堂園直貴, 根山広行, 植田弘師 PAIN RESEARCH 33(2): 154-154, 2018. |
The P-18 α 4 β 2 nicotinic acetylcholine receptor agonist attenuates the type 2 diabetic neuropathy-related pain in the mouse 雑賀史浩, 木口倫一, 小林大地, 松崎伸介, 岸岡史郎 PAIN RESEARCH 33(2): 154-154, 2018. |
Participation of the macrophage in the trigeminal ganglion for the region of face machine hyperalgesia to develop in a P-19 new trigeminal neuralgia model 小泉桃子1, 篠田雅路2, 岩田幸一2 PAIN RESEARCH 33(2): 155-155, 2018. |
The injury-related stress induces hyperalgesia in the mature form period for newborn period to P-20 mustache part skin 相馬久実1,2, 篠田雅路2, 白川哲夫1, 岩田幸一2 PAIN RESEARCH 33(2): 155-155, 2018. |
P-21 Middle molecular weight heparinylphenylalanine alleviates chemotherapy-induced peripheral neuropathy 西川裕之1,2, 上野山桐子1, 関口富美子1, 坪田真帆1, 岡田卓哉3, 豊岡尚樹3,4, 川畑篤史1 PAIN RESEARCH 33(2): 156-156, 2018. |
The pain with the P-22 experimental autoallergic encephalomyelitis occurs in the neutrophils which we accumulated in DRG by cathepsin E which develops, and is induced 原田ゆか PAIN RESEARCH 33(2): 156-156, 2018. |
The search of the chemotherapy evocation peripheral neuropathy therapeutic drug which assumed P-23 RAGE a target: Approach from in silico drug Reprography and Consultant filing / re-positioning 脇谷航平1, 関口富美子1, 坪田真帆1, 中村真也2, 仲西功2, 川畑篤史1 PAIN RESEARCH 33(2): 157-157, 2018. |
Expression of CCR2 sthenia in the sensory neuron of the dorsal root ganglion is associated with the hyperalgesia of the stomach with the P-24 diabetic gastropathy 奥田洋明, Aye Aye-Mon, 堀紀代美, 小酒井友, 中村恒夫, 白石昌武, 石川達也, 尾崎紀之 PAIN RESEARCH 33(2): 157-157, 2018. |
The pain-related behavior in the P -25 lats vertebral pulp custody model and participation with the social stress 蓬田翔太, 関口美穂, 紺野愼一 PAIN RESEARCH 33(2): 158-158, 2018. |
Participation of the LPA receptor in the P-26 neuropathy-induced pain torpor and morphine sedative lack 居塚詔子, 根山広行, 植田弘師 PAIN RESEARCH 33(2): 158-158, 2018. |
Role of the Lysophosphatidic acid signal for the P-27 mouse acute inflammation-related pain model 橋本陽子1, 伊藤伸子1, 浅原美保2, 長谷川京子1, 三枝大輔3, 山田芳嗣1 PAIN RESEARCH 33(2): 159-159, 2018. |
Participation in pain of the P-28 sialic acid-containing carbohydrate chain 渡辺俊1,2, 森田元樹1,2, 佐川眞美1,2, 野村夏実1,2, 尾山実砂1,2, 岩井孝志1,2, 田辺光男1,2 PAIN RESEARCH 33(2): 159-159, 2018. |
Participation of IL-18 for the P-29 mouse line machine hyperalgesia 土谷昌広1, 吉田新一郎2, 萩原嘉廣2, 篠田雅路3, 小出将志2, 畠山裕康4, チャウイワンナコン チャヤニ4,5, 矢野利尚2, 曽木靖仁2, 板谷信行2, 関口拓矢2, 矢部裕2, 土谷忍6, 佐々木啓一5, 神崎展4, 井樋栄二2 PAIN RESEARCH 33(2): 160-160, 2018. |
Examination of the elimination of pain effect with the duloxetine administration in the P -30 lats Osteoarthritis of the hip model 瓦井裕也1, 折田純久1, 鈴木都1, 稲毛一秀1, 志賀康浩1, 葉佐俊1, 宮本周一2 PAIN RESEARCH 33(2): 160-160, 2018. |
Experimental study - using examination - Osteoarthritis of the hip model rat of the development of referred pain mechanism in the P-31 lesion about hip joint 竹下いづみ1, 坂本淳哉1, 濱平真由2, 佐々木遼1,3, 石川空美子1, 片岡英樹1,4, 中野治郎1, 沖田実1 PAIN RESEARCH 33(2): 161-161, 2018. |
Creation of new μ opioid receptor agonist by the compound screening that pointed to P-32 transdermal absorbency 中山大輔1, 鈴木啓介1, 川瀬由美1, 上田健二郎1, 小林英毅1, 宮野加奈子2, 上園保仁2,3,4 PAIN RESEARCH 33(2): 161-161, 2018. |
Effect of the Daikenchuto on splanchnodynia with the P-33 inflammatory bowel disease model rat 小暮洋子1, 王勝蘭1,2, 山本悟史1, 野口光一3, 戴毅1,2,3 PAIN RESEARCH 33(2): 162-162, 2018. |
About the effect that P-34 Yokukansan gives for COX expression through the substance P stimulation 山口敬介1, 濱岡早枝子2, 井関雅子2, 稲田英一2, 長岡功2 PAIN RESEARCH 33(2): 162-162, 2018. |
The effect that the free run exercise using the P-35 foreleg gives to the inactivity pain of the rat hind leg 石川空美子1, 坂本淳哉1, 中野治郎1, 沖田実2 PAIN RESEARCH 33(2): 163-163, 2018. |
Development of the rat model for the neural regeneration therapy for the P-36 peripheral neuropathy pain 熊谷道雄, 村上徹, 山内正憲 PAIN RESEARCH 33(2): 163-163, 2018. |