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Host Defense
Volume 25, Issue / 2014
English Article Japanese Article
- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
Gut - microbe symbiosis and dysbiosis : A view from, Drosophila. Won-Jae Lee Host Defense 25: 17-17, 2014. |
Importance of the dendritic cells activation through γ δ T cell in the early stage of the infection of the S1-1 plasmodia infections defense 井上信一, 新倉保, 井上愛美, 小林富美惠 Host Defense 25: 19-19, 2014. |
S1-2 INAM is polyl: It is essential to the antimetastases to lung activity of the melanoma with the C treatment 笠松純1, 押海裕之1, 松本美佐子1, 瀬谷司1 Host Defense 25: 20-20, 2014. |
The cytokine in the S1-3 healing of wound process, chemokines production and participation of NKT cells 丹野寛大1, 川上和義2, 鈴木愛子1, 菅野恵美3, 高木尚之1, 上松野りな1, 石井恵子2, 丸山良子3, 館正弘1 Host Defense 25: 21-21, 2014. |
Analysis of the defense reply mechanism for the gram-positive bacteria in the S1-4 Drosophila intestinal tract 堀亜紀1, 倉石貴透1,2, 倉田祥一朗1 Host Defense 25: 22-22, 2014. |
The new signal mediator of S1-5 bacteria: Identification and functional analysis of 8 - nitro - cGMP 井田智章1, 松永哲郎1, 赤司壮一郎1, ジョンミンギョン1, 津々木博康2, 藤井重元1, 居原秀2, 澤智裕1, 赤池孝章1 Host Defense 25: 23-23, 2014. |
We think about the design principle of the S2-1 adaptive immune system 笠原正典 Host Defense 25: 25-25, 2014. |
MHC domain gene judging from S2-2 evolution 野中勝 Host Defense 25: 26-26, 2014. |
Infection strategy of intracellular surveillance and intracellular parasitism bacteria by the S2-3 natural immunity mechanism 土屋晃介 Host Defense 25: 27-27, 2014. |
S2-4 T cell differentiation and biophylaxis 柴田健輔1, 吉開泰信1 Host Defense 25: 28-28, 2014. |
Activated control structure of viral RNA recognition sensor RIG - I with the S2-5 ubiquitin 押海裕之, 松本美佐子, 瀬谷司 Host Defense 25: 29-29, 2014. |
Defense mechanisms and vaccine for the S3-1 pneumococcus 宮坂智充1, 赤堀ゆきこ2, 石井恵子2, 大野勲1, 川上和義2 Host Defense 25: 31-31, 2014. |
The childhood pneumococcal infection that changed by S3-2 vaccine introduction 石和田稔彦 Host Defense 25: 32-32, 2014. |
Participation of the NKT cells in the S3-3 Candida infection 金城雄樹1 Host Defense 25: 33-33, 2014. |
S3-4 primary immunodeficiency syndromes and fungal infection 水上智之1, 布井博幸2 Host Defense 25: 34-34, 2014. |
The immune response for the intestinal bacteria of the Drosophila and tolerant molecular mechanism 柴田俊生1, 関原早苗2, 藤川匠2, 槇光輝2, 宮地隆太2, 石原健1,2, 小柴琢己1,2, 川畑俊一郎1,2 Host Defense 25: 35-35, 2014. |
Intestinal tract constancy maintenance mechanism due to brain, the nervous system in the general -1 Drosophila 見目裕之1, 石川裕規2, 大手学1, 倉田祥一朗1 Host Defense 25: 37-37, 2014. |
Analysis of the inflammatory bowel disease onset mechanism due to the automatic fuzzy imperfection using the general -2 Drosophila individual 長井広樹, 矢野環, 倉田祥一朗 Host Defense 25: 38-38, 2014. |
New factor cochaperone CG8863 / DnaJA3 which controls the activation of the general -3 NF -κB course 籾内義希, 熊田幸平, 倉石貴透, 倉田祥一朗 Host Defense 25: 39-39, 2014. |
Comparison expression of Drosophila immune response analysis for the general -4 mold infection 瀬戸陽介1, 田村浩一郎1,2 Host Defense 25: 40-40, 2014. |
The phagocytosis due to the branchial cells of the general -5 Shinkai skylark fellow and the change 多米晃裕1, 2, 吉田尊雄3, 大石和恵3, 丸山正3 Host Defense 25: 41-41, 2014. |
General -6 tiger puffer TNF α binds to TNFR1 and TNFR2 前田知己, 末武弘章, 小高智之, 宮台俊明 Host Defense 25: 42-42, 2014. |
Molecular mechanism of the phylaxis by the cross-linked body formation of the wall food membrane protein of the general -7 fly intestinal tract 槇光輝1, 柴田俊生2, 川畑俊一郎1,2 Host Defense 25: 43-43, 2014. |
The general -8 tiger puffer basophils differentiate to mastocyte in a parasitic infection part 小高智之, 末武弘章, 前田知己, 宮台俊明 Host Defense 25: 44-44, 2014. |
Variety and functional analysis of the general -9 carp complement Properdin isoform 吉岡和紀, 鵜木陽子, 杣本智軌, 中尾実樹 Host Defense 25: 45-45, 2014. |
The general -10 cat shark skin C type lectin shows extremely wide sugar specificity and congeals blood of oneself 筒井繁行1, 土津田雄馬1, 小野綾香1, 舘野浩章2, 平林淳2, 中村修1 Host Defense 25: 46-46, 2014. |
Immune system of the carp inhabiting the radioactive contamination area of general -11 Fukushima 鈴木譲 Host Defense 25: 47-47, 2014. |
一般-12 Findings obtained from our studies on phagosomal acidification in oyster hemocytes 高橋計介1, 阿部史隆1, 福田陽一1, 伊藤直樹1, 尾定誠1 Host Defense 25: 48-48, 2014. |
Analysis of virus specificity and the sensitivity by the three-dimensional model in the combination side of SLAM of the general -13 mho booby virus receptor 大石和恵1, 鈴木倫太郎2, 丸山正1 Host Defense 25: 49-49, 2014. |
一般-14 Evolution of the interleukin 2, 15 and 15 - like family Takuya Yamaguchi1, Johannes M. Dijkstra*2 Host Defense 25: 50-50, 2014. |
Phylaxis effect analysis of the pneumococcal vaccine through the activation of general -15 NKT cells 水口裕紀1,2, 井澤由衣奈1,3, 北野尚樹1, 上野圭吾1, 浦井誠1, 金子幸弘1,5, 朴貞玉4, 明田幸宏4, 川上和義6, 竹山春子3, 川原一芳2, 大石和徳7, 金城雄樹1 Host Defense 25: 51-51, 2014. |
A humoral immunity instruction and cell-mediated immunity inhibition with the formalin inactivated serum vaccine of general -16 fish 山崎雅俊1,2, 荒木亨介1, 中西照幸3, 中易千早4, 松崎吾朗2, 山本淳1 Host Defense 25: 52-52, 2014. |
Search of the specific marker of general -17 humans Myeloid - derived suppressor cells (MDSCs) 武田裕司1, 加藤智幸2, 渡邊千尋1, 阿部尚美1, 奈良英利1, 荒木明美1, 浅尾裕信1 Host Defense 25: 53-53, 2014. |
Listeria monocytogenes phylaxis by human Phospholipase A2 Group IIA (PLA2G2A) which general -18 IL -22 induces 松崎吾朗, 沖田大和, 浜田聡, 梅村正幸 Host Defense 25: 54-54, 2014. |
Reinforcement effect on mycobacteria phylaxis immunity of general -19 IL -33 梅村正幸1,2, 福井雅之1,2, 福井知穂1,2, 中江進3, 松崎吾朗1,2 Host Defense 25: 55-55, 2014. |
The reinforcement of the early defense immune response by the general -20 new antipulmonary tuberculosis vaccine strategy 福井雅之1, 梅村正幸1,2, 松崎吾朗1,2 Host Defense 25: 56-56, 2014. |
Attempt of the exhaustive identification of the host target protein of the effector protein taking intracellular parasitism characteristics of the general -21 Legionella pneumophilia 瀬戸真太郎1, 菅谷圭子2, 永田年2, 堀井俊伸1, 小出幸夫3 Host Defense 25: 57-57, 2014. |
Spontaneous immunoreactive dynamic control by the general -22 carbohydrate chain-modified change 山本(日野)美紀1, 村岡正敏2, 近藤周3, 岡野栄之4, 上田龍3, 後藤聡1 Host Defense 25: 58-58, 2014. |
General -23 transcription factor Nrf1 inhibits cysteine transporter and lipid metabolism enzyme group and is controlled 辻田忠志1,2, Vivian Mullin4, Liam Baird1, 松山由香1, 高久美咲1, Shawn Walsh3, Julian Griffin4, 山本雅之1, John Hayes2 Host Defense 25: 59-59, 2014. |
Role of the automatic fuzzy mechanism in the sterilization ability of general -24 neutrophils 伊藤洋志1, 北村奈緒子1, 山本翔1, 松尾英将2, 足立壯一1 Host Defense 25: 60-60, 2014. |
Contribution of toxic shock syndrome toxin - 1 to autophagy suppression and Staphylococcus aureus infection in the epithelial cells Krisana Asano, Akio Nakane Host Defense 25: 61-61, 2014. |
Control by bacterial infection defense mechanisms and the hydrogen sulfide with general -26 8-nitro - cGMP ジョンミンギョン, 松永哲郎, 藤井重元, 井田智章, 澤智裕, 赤池孝章 Host Defense 25: 62-62, 2014. |
It is participation in prolonged hypotension in becoming it and sepsis S - guanyl to an activated domain of general -27 protein kinase G 澤智裕1, Ahmed Ahtesham2, 藤井重元1, 井田智章1, 赤池孝章1 Host Defense 25: 63-63, 2014. |
Defense by the natural immunity in the ova of parasites reinfection of the general -28 Hymenolepis nana 渡邊直煕1, 石渡賢治2, 浅野和仁3 Host Defense 25: 64-64, 2014. |
The lignin polymer recognition in the general -29 mouse white blood cell and natural immunity reply 山中大輔, 石橋健一, 安達禎之, 大野尚仁 Host Defense 25: 65-65, 2014. |
The nematode new cell organelle that general -30 antigenic peptides transporter-like protein is located 錦織健児, 丹治貴博, 白石博久, 大橋綾子 Host Defense 25: 66-66, 2014. |
Arteriosclerotic promotion effect by the general -31 emerging infectious disease bacteria Helicobacter oinaedi infection 松永哲郎1, 岡本竜哉2, 藤井重元1, 井田智章1, 澤智裕1, 河村好章3, 赤池孝章1 Host Defense 25: 67-67, 2014. |
Identification and screening for human Helicobacter cinaedi infections and carriers via nested PCR Shigemoto Fujii1, Kohta Oyama2, Tetsuro Matsunaga1, Tomohiro Sawa1, Tatsuya Okamoto3, Yoshiaki Kawamura4, Takaaki Akaike1 Host Defense 25: 68-68, 2014. |
Participation of listeriolysin O and p53 in hepatocyte apoptosis induced by L. monocytogenes infection Masakazu Kaneko, Yoshiko Emoto, Masashi Emoto Host Defense 25: 69-69, 2014. |
Role of type 1 interferon in the general -34 cryptococcus phylaxis 松本郁美1, 佐藤光1,2, 山本秀輝1, 野村俊樹1, 石井恵子1, 宇野賀津子3, 川上和義1 Host Defense 25: 70-70, 2014. |
Role of IL -17A in the general -35 cryptococcus phylaxis 野村俊樹1, 佐藤光1, 山本秀輝1, 松本郁美1, 石井恵子2, 岩倉洋一郎2, 川上和義1 Host Defense 25: 71-71, 2014. |
Analysis of the antigen-specific secondary immune response in the general -36 sweetfish 大谷啓貴, 古澤修一 Host Defense 25: 72-72, 2014. |
Examination of KD onset inhibition, the prolonged effect with the flu vaccine administration to utilize the knowledge that the onset is inhibited in systemic vasculitis KD suggestive of the delayed type hypersensitivity-related disease for proof study start - cedar pollen of the interferon application possibility to general -37 IVIG preparation treatment-resistant intractable Kawasaki's disease KD for a season of influenza (flu), offer - that, besides, the obstinateness KD therapeutic agent choice by the interferon preparation therapy introduction is new 粟屋昭1,2,3 Host Defense 25: 73-73, 2014. |
Effect of the dendritic cells vaccine on general -38 highly pathogenic European blastomycosis 上野圭吾1, 大久保陽一郎2, 清水公徳3, 金子幸弘4, 浦井誠1, 水口裕紀1, 奈良拓也1, 川本進3, 大野秀明1, 澁谷和俊2, 宮崎義継1, 金城雄樹1 Host Defense 25: 74-74, 2014. |
Effect of the Claudin -4 gene defect in the general -39 acute pulmonary disorder 渡邉祐里絵1, 外山真彦1, 青柳哲史2, 石井恵子1, 賀来満夫2, 田村敦3, 月田早智子3, 川上和義1 Host Defense 25: 75-75, 2014. |
Application to evasion and stealth bomber nanoparticles development by RolA derived from general -40 Aspergillus oryzae of immunity 石井恵子1, 渡邉祐里絵1, 松村香菜1, 笛未崎1, 高橋徹2, 村垣公英3, 佐藤大貴3, 阿部敬悦2,3, 高見誠一4, 阿尻雅文2,4, 冨樫貴成5, 川上和義1 Host Defense 25: 76-76, 2014. |
Candida bacillus mort pneumonia becoming severe mechanism of the general -41 myeloperoxidase loss mouse 荒谷康昭1, 本目みずき1, 三浦典子2, 大野尚仁2 Host Defense 25: 77-77, 2014. |