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SANGYO EISEIGAKU ZASSHI
Volume 66, Issue 2 / 2024
English Article Japanese Article
- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
Research on Occupational Poisoning and Biological Monitoring Yuko YAMANO SANGYO EISEIGAKU ZASSHI 66(2): 63-72, 2024. |
Development of the Japanese version of the Public Service Motivation Scale : reliability and validity Yasuko NARUMI1, Yasumasa OTSUKA2 SANGYO EISEIGAKU ZASSHI 66(2): 73-84, 2024. |
In the case of pro-chemistry experiment training of choice - University of the measurement subjects in the work environmental evaluation using the personal sampling method - 山本忍1, 竹内靖人2, 宮内博幸1 SANGYO EISEIGAKU ZASSHI 66(2): 85-89, 2024. |
Commute mode - physical activity and the possibility of change to active commuting among Japanese workers : a descriptive study by region Atsuko FUKUNISHI1, Masaki MACHIDA1, Hiroyuki KIKUCHI1, Yuko ODAGIRI1, Tomoko TAKAMIYA1, Noritoshi FUKUSHIMA1, Shiho AMAGASA1,2, Tomoki NAKAYA3, Kimihiro HINO4, Shigeru INOUE1 SANGYO EISEIGAKU ZASSHI 66(2): 90-97, 2024. |
1. Pathology histology of the pneumoconiosis 岡本賢三 SANGYO EISEIGAKU ZASSHI 66(2): 98-98, 2024. |
2. Clinical practice of pneumoconiosis, the asbestos-related lung disease 三浦元彦 SANGYO EISEIGAKU ZASSHI 66(2): 98-99, 2024. |
3. Workmen's comp for pneumoconiosis and the asbestos associated diseases 横山多佳子, 黒川良太, 平田雄也, 香川友祐, 宇佐美郁治 SANGYO EISEIGAKU ZASSHI 66(2): 99-99, 2024. |
1. Examination of oxidation indium using the cells analysis technology or the crystalline silica-induced rat pulmonary disease 山野壮太郎, 梅田ゆみ SANGYO EISEIGAKU ZASSHI 66(2): 99-100, 2024. |
2. The indium lungs: Summary of the cohort study 中野真規子1,2, 永滝陽子1, 田中昭代3, 大前和幸1 SANGYO EISEIGAKU ZASSHI 66(2): 100-100, 2024. |
1. Four cases that we returned to a rest for a symptom after the new coronavirus infection incidence and supported 高山英之1, 表仁美1, 平工雄介2 SANGYO EISEIGAKU ZASSHI 66(2): 100-101, 2024. |
2. Report of the enforcement of the examination of nematode in us and posterior measures 南昌秀, 和角陽子, 山村眞由美, 吉浦紀久子, 作本マリア, 川合田幸枝 SANGYO EISEIGAKU ZASSHI 66(2): 101-101, 2024. |
3. Report ... that we put efforts of the improvement in rate of use of one consideration - aggressive support about the effectiveness of the advice sheet utilization for the employee who does not hope for specific health guidance 藤巻佐和子 SANGYO EISEIGAKU ZASSHI 66(2): 101-101, 2024. |
4. A practice report of the workplace environment improvement and consideration about the future efforts 川上智子, 寺澤知子, 伊藤渉, 佐々木茂雄, 井手陽子, 仁科かおり, 山田恭久, 大里厚 SANGYO EISEIGAKU ZASSHI 66(2): 101-101, 2024. |
5. Shinshu job area cohort (the 14th report): About an association between occupational stress and new onset of diabetes 長谷川航平, 塚原照臣, 野見山哲生 SANGYO EISEIGAKU ZASSHI 66(2): 101-102, 2024. |
6. Background factor of the mental health difference in working people 立瀬剛志, 福島大生, 関根道和, 山田正明 SANGYO EISEIGAKU ZASSHI 66(2): 102-102, 2024. |
7. Efforts of the employee participation type exhibition in the healthy enlightenment activity 川崎美香1, 藤本大士1, 廣野正明1, 吉田真理1, 久保田清美1, 河野遥1, 南昌秀2 SANGYO EISEIGAKU ZASSHI 66(2): 102-102, 2024. |
8. Approach ... to a generation in the bloom of prefecture center sphere area, job area cooperation promotion business - work 佐藤淳子1, 鈴木幸雄1, 中平浩人2 SANGYO EISEIGAKU ZASSHI 66(2): 102-102, 2024. |
9. The task which we saw from questionary survey about the actual situation of the industrial physician activity 興梠建郎, 吉田正子, 後藤欽司 SANGYO EISEIGAKU ZASSHI 66(2): 102-103, 2024. |
1. Development of the vibration reduction performance prediction technique of vibration absorption gloves for 3 axis tools true vibration 柴田延幸 SANGYO EISEIGAKU ZASSHI 66(2): 103-103, 2024. |
2. About grip differences between dominant hand and non-handedness in the special medical examination affecting the handling of the vibration tool 澤本尚哉1, 大河原眞2, 原俊之1, 川村英喜1, 佐藤修二3, 藤野善久2 SANGYO EISEIGAKU ZASSHI 66(2): 103-103, 2024. |
3. Vibration inhibition pneumatic hammer (the second) which incorporated the structure of the lightweighting, noise measures of the pneumatic hammer 渡部幸雄 SANGYO EISEIGAKU ZASSHI 66(2): 103-103, 2024. |
4. About the 15th pilgrimage verge abilities system vibration meeting 宮下和久 SANGYO EISEIGAKU ZASSHI 66(2): 104-104, 2024. |
1. The way of thinking of the skin absorbent material in the field of industrial hygiene and recent administrative trend 豊岡達士 SANGYO EISEIGAKU ZASSHI 66(2): 104-104, 2024. |
2. Industrial poisoning by the transdermal Exposure taking place practically 王瑞生 SANGYO EISEIGAKU ZASSHI 66(2): 104-104, 2024. |
3. An evaluation and way of thinking of the cutaneous absorption in the field of pharmacy, cosmetics 藤堂浩明 SANGYO EISEIGAKU ZASSHI 66(2): 104-105, 2024. |
4. The current situation and problem of the transdermal Exposure evaluation in settings 武井貴史 SANGYO EISEIGAKU ZASSHI 66(2): 105-105, 2024. |
1. 1 cells analysis to raise resolution of the occupational lung disease 山野荘太郎 SANGYO EISEIGAKU ZASSHI 66(2): 105-105, 2024. |
2. Dichloropropane, dichloromethane, human cholangiocyte DNA injury with bird chloropropane 草ヶ谷京士郎1, 宗才1, 木村優介2, アビゲイルエクバン1, 滝澤亮哉2, 市原佐保子2, 市原学1 SANGYO EISEIGAKU ZASSHI 66(2): 105-105, 2024. |
3. Effect of TNF - α in the 1,2-dichloropropane exposure mouse 木村優介1,2, 宗才2, 市原学2 SANGYO EISEIGAKU ZASSHI 66(2): 106-106, 2024. |
4. Presence or absence of percutaneous absorption of the dimethyl acetamide handling worker utilizing the estimated expression (ISK type) of the biological allowable value 河合俊夫1, 室幸1, 永滝陽子2, 宮下和久1 SANGYO EISEIGAKU ZASSHI 66(2): 106-106, 2024. |
5. About the idea of the simple permeability study of chemical protection gloves done on the site 天本宇紀, 豊岡逹士 SANGYO EISEIGAKU ZASSHI 66(2): 106-106, 2024. |
6. Examination of the dose response relationship of blood lead and urinary delta-aminolevulinic acid 當房浩一1, 長谷川航平1, 塚原照臣1,2, 野見山哲生1,2 SANGYO EISEIGAKU ZASSHI 66(2): 106-106, 2024. |
7. Development of the in vitro dose setting method of the rat transtrachea intrapulmonary aerosol dosage law of the chemical 藤岡正喜1, 魏民1,2, 芝野佳奈1, 邱桂鈺1, Vachiraarunwong Arpamas2, 郭潤傑2, 鈴木周五1, 鰐渕英機1 SANGYO EISEIGAKU ZASSHI 66(2): 107-107, 2024. |
8. Development of the cyclopedic analytical procedure of the industrial chemical using the mouse urine and exposure evaluation in the general population 岩崎楓生1, ハレツキス ロマナス1, 伊藤由起1, 柴山裕希1, 加藤沙耶香1, 冨澤元博2, 上島通浩1 SANGYO EISEIGAKU ZASSHI 66(2): 107-107, 2024. |
9. Making of the sterilizer metabolite MS2 spectrum library using the mouse urine for human biological monitoring ハレツキス ロマナス1, 和佐田ひと実1, 伊藤由起1, 加藤沙耶香1, 冨澤元博2, 上島通浩1 SANGYO EISEIGAKU ZASSHI 66(2): 107-107, 2024. |
10. Background level of urinary aromatic amine of the person of aromatic amine non-exposure using the enzyme de-conjugation and the metabolite 永滝陽子1, 中野真規子1,2, 大前和幸1, 武林亨1 SANGYO EISEIGAKU ZASSHI 66(2): 107-107, 2024. |
11. Basic study of the storage container in urinary volatility and the half volatile substance 山田愛1,2, 棚橋祐斗2, 竹内靖人1, 圓藤吟史1, 上山純2 SANGYO EISEIGAKU ZASSHI 66(2): 107-108, 2024. |
12. Search of the disorder marker using the dust-induced pulmonary disorder model rat 武田知起, 後藤裕子, 馬場本絵未, 山野荘太郎 SANGYO EISEIGAKU ZASSHI 66(2): 108-108, 2024. |
13. Systematic hazard assessment of the industrial chemical using the animalcule 富岡征大, 豊岡達士, 王瑞生 SANGYO EISEIGAKU ZASSHI 66(2): 108-108, 2024. |
1. About the safe duty of recognition of compensation for workers' accident and the user of the person who was attacked during duties by a brown bear, and died report - from - "bear suit" 内海和久 SANGYO EISEIGAKU ZASSHI 66(2): 108-108, 2024. |
2. Lesson of the South Hyogo earthquake 河合俊夫 SANGYO EISEIGAKU ZASSHI 66(2): 108-109, 2024. |
Possibility of the inflection to industrial health of the large-scale generation AI around ChatGPT 筒井保博 SANGYO EISEIGAKU ZASSHI 66(2): 109-109, 2024. |
1. About the prediction of a warning for the seasonal flu using LSTM and the warning 山内武紀 SANGYO EISEIGAKU ZASSHI 66(2): 109-109, 2024. |
2. Developmentally disabled characteristic coexistence-related examination in the person with mental disorder using BERT 金一成1, 鈴木優子1, 加藤綾子1, 辻章史1,2 SANGYO EISEIGAKU ZASSHI 66(2): 109-110, 2024. |
3. Examination of the factor associated with the transmission in the workplace of the new coronavirus infection 内田満夫 SANGYO EISEIGAKU ZASSHI 66(2): 110-110, 2024. |
1. Of the noise individual Exposure measurement in the work using the holdings power tool, actually 永野千景, 中尾由美, 堀江正知 SANGYO EISEIGAKU ZASSHI 66(2): 110-110, 2024. |
2. Sound insulation performance measurement at impacted ear wax, earmuffs combination according to new Japanese Industrial Standards 横山栄, 小林知尋 SANGYO EISEIGAKU ZASSHI 66(2): 110-110, 2024. |
3. Examination of the audible threshold for the phone when we put on earplugs under the noise environment 日比野浩之1,2, 永野千景2, 堀江正知2, 井上仁郎3 SANGYO EISEIGAKU ZASSHI 66(2): 110-111, 2024. |
4. Comparison of the articulation score when we used the sound absorbing device which varied in a sound spread course under the high noise 中尾由美1,2, 永野千景2, 門脇正天3, 井上仁郎4, 堀江正知2 SANGYO EISEIGAKU ZASSHI 66(2): 111-111, 2024. |
Observation and evaluation of the heat stroke risk of Utsunomiya-shi located in the North Kanto inland 瀧本家康 SANGYO EISEIGAKU ZASSHI 66(2): 111-111, 2024. |
1. The house which is reliable with health 田中正敏 SANGYO EISEIGAKU ZASSHI 66(2): 112-112, 2024. |
2. Commentary about revised contents of JIS B7922 (electronic WBGT index meter) 齊藤宏之 SANGYO EISEIGAKU ZASSHI 66(2): 112-113, 2024. |
1. Extraction of the trace element from sweat absorbed to clothes 山田理恵1, 遠藤孝二1, 赤堀由佳1, 水落佑典1, 飯田裕貴子1, 村口貴紀1, 大井謙一1, 阿部大1, 水落憲吾1, 各務竹康2 SANGYO EISEIGAKU ZASSHI 66(2): 113-113, 2024. |
2. Correlation between core temperature and earlobe temperature in hot environments 角建太朗, 前田妃, 嶋崎優, 田島慶一, 永野千景, 堀江正知 SANGYO EISEIGAKU ZASSHI 66(2): 113-114, 2024. |
3. Examination about the heart rate, WBGT level which we acquired using an IoT technology in the construction industry 齊藤宏之1, 澤田晋一2, 赤川宏幸3, 山田昇吾4, 笠井泰彰4 SANGYO EISEIGAKU ZASSHI 66(2): 114-114, 2024. |
4. About a change of the temperature before and after the air conditioner introduction to the classroom of the board school 伊藤武彦1, 脇本いづみ2, 伊藤恵子3, 鈴木久雄1 SANGYO EISEIGAKU ZASSHI 66(2): 114-115, 2024. |
Real-time monitoring of the ingredient during the sweat with the wearable bio sensor bio-fuel cell during exercise 四反田功 SANGYO EISEIGAKU ZASSHI 66(2): 115-115, 2024. |
About visualization and heat stroke measures of the summer heat lower situation 塩谷隆太 SANGYO EISEIGAKU ZASSHI 66(2): 115-115, 2024. |
Sleep intervention study under the everyday life by Healthcare IoT system 竹内皓紀 SANGYO EISEIGAKU ZASSHI 66(2): 115-115, 2024. |
Study of the usefulness in the heating-type cigarette user of the stop-smoking program utilizing the ICT 園田美沙樹 SANGYO EISEIGAKU ZASSHI 66(2): 115-115, 2024. |