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Proceedings of Japan Society of Endocrine Disrupters Research
Volume 24, Issue / 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.
J-1. Only One Earth for All : Taking Actions on Chemicals and Waste Management towards a Pollution-Free Planet Shunichi Honda Proceedings of Japan Society of Endocrine Disrupters Research 24: 3-4, 2022. |
J-2. Chemical Management Policy in Japan Shizuko Ota Proceedings of Japan Society of Endocrine Disrupters Research 24: 5-6, 2022. |
J-3. Environmental Pollution in Africa Mayumi Ishizuka Proceedings of Japan Society of Endocrine Disrupters Research 24: 7-8, 2022. |
J-4. Adverse effects of emerging chemicals on aquatic organisms Norihisa Tatarazako Proceedings of Japan Society of Endocrine Disrupters Research 24: 9-10, 2022. |
J-5. Microplastic-mediated bioaccumulation of plastic additives and their exposure to human Hideshige TAKADA Proceedings of Japan Society of Endocrine Disrupters Research 24: 11-14, 2022. |
K-1. History and lesson ... of the study over itai-itai disease - cadmium environmental pollution 青島恵子 Proceedings of Japan Society of Endocrine Disrupters Research 24: 16-19, 2022. |
K-2. The change of the atmosphere, the marine pollution of noxious polycyclic aromatic hydrocarbon and nitro derivatives 早川和一 Proceedings of Japan Society of Endocrine Disrupters Research 24: 20-21, 2022. |
K-3. National survey (eco-till investigation) - about health and the environment of children until now future - 稲寺秀邦 Proceedings of Japan Society of Endocrine Disrupters Research 24: 22-23, 2022. |
SS1-1. International movement about the sustainable chemical 森下哲 Proceedings of Japan Society of Endocrine Disrupters Research 24: 25-26, 2022. |
SS1-2. Development of the air environment consideration specifications "air kiss" 田中眞二 Proceedings of Japan Society of Endocrine Disrupters Research 24: 27-28, 2022. |
SS1-3. Development and the future prospects of the fast-acting antivirus technique 西原和也 Proceedings of Japan Society of Endocrine Disrupters Research 24: 29-30, 2022. |
SS1-4. The properties of matter physical chemistry that is essential for understanding of the environmental load of organic fluoride materials 長谷川健 Proceedings of Japan Society of Endocrine Disrupters Research 24: 31-32, 2022. |
SS1-5. Promotion of the chemical management through the cooperation of the product government college 太田志津子 Proceedings of Japan Society of Endocrine Disrupters Research 24: 33-35, 2022. |
SS2-1. Accumulation and joint ownership of developed environmental analytic chemistry data 山本敦史 Proceedings of Japan Society of Endocrine Disrupters Research 24: 37-38, 2022. |
SS2-2. Risk assessment of the tap water chemical contaminants 松本真理子 Proceedings of Japan Society of Endocrine Disrupters Research 24: 39-40, 2022. |
SS2-3. With the new chemical from a viewpoint of the life effect 山本裕史 Proceedings of Japan Society of Endocrine Disrupters Research 24: 41-42, 2022. |
SS2-4. Approach from the chemical management for the new chemical 新野竜大 Proceedings of Japan Society of Endocrine Disrupters Research 24: 43-43, 2022. |
SS3-1. The latest trend of the life toxicity study of environmental pharmaceutical products 井原賢 Proceedings of Japan Society of Endocrine Disrupters Research 24: 45-46, 2022. |
SS3-2. The significance of determining the next-generation production of fish and the effect of environmental pharmaceutical products to give behavior: The effect of environmental pharmaceutical products giving it to an important kind sweetfish in the fresh water area ecosystem as a case 征矢野清 Proceedings of Japan Society of Endocrine Disrupters Research 24: 47-47, 2022. |
SS3-3. Effect on behavior of the Oryzias latipes of antidepressant and antipsychotics and breeding function 長江真樹 Proceedings of Japan Society of Endocrine Disrupters Research 24: 48-49, 2022. |
SS3-4. Target molecule identification and reply gene in the fish of environmental pharmaceutical products 宮川信一 Proceedings of Japan Society of Endocrine Disrupters Research 24: 50-50, 2022. |
SS3-5. Comparison between level of antidepressant and GPCR blocker and consumption out of the sewage 中田典秀 Proceedings of Japan Society of Endocrine Disrupters Research 24: 51-51, 2022. |
TU-A2-1. Microweight levels distribution characteristic minute among the ocean of all ball levels using ocean liner investigation of plastic 藤田恵美子1, 亀田豊1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 55-56, 2022. |
TU-A2-2. Histological observation of the Oryzias latipes gastrointestinal tract which we exposed 2μm polystyrene micro plastic to 大嶋雄治, 久保真樹, 鶴田幸成, 許馨宁, 劉揚清, 島崎洋平 Proceedings of Japan Society of Endocrine Disrupters Research 24: 57-57, 2022. |
TU-A2-3. Exhaustive analysis of the chemical derived from addition contained by macromicroplastic in the marine environment 田中厚資1, 高橋勇介1, 松神秀徳1, 梶原丈裕2, 倉持秀敏1, 大迫政浩1, 鈴木剛1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 58-59, 2022. |
TU-A2-4. Preliminary study to characterize microplastics in the coastal environment using multiple analytical approaches Batdulam Battulga1, Mariko Atarashi-Andoh1, Jun Koarashi1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 60-61, 2022. |
TU-A2-5. It is the estimate of development and the quantity of environment load of the analytical method in the microplastic origin when an organic no plane system additive was a tracer 山原慎之助1, Thant Zin Tun1, 中田晴彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 62-63, 2022. |
TU-A2-6. It is a shift evaluation to the bromine-based fire retardant by the microexposure to bivalve experiment of plastic and a biological tissue of the benzo avian are system ultraviolet absorber 水川薫子1, 高野泰地1, 高田秀重1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 64-65, 2022. |
TU-A3-1. Evaluations of drugs affecting nerve systems in Japanese medaka juveniles 関圭樹1, 宇野誠一2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 66-66, 2022. |
TU-A3-2. Elucidation of the cardiovascular toxic mechanism of phosphorus acid tris(2-chloroethyl) (TCEP) in the Ex-ovo chicken embryo 神田宗欣1, 伊藤匠平1, Koh Dong-Hee2, Kim Eun-Young2, 岩田久人1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 67-68, 2022. |
TU-A3-3. About analytical procedure development and the concentrations actual situation of benzotriazole-based ultraviolet absorber (BUVSs) in the fish using GC-HRMS 坂本和暢1, 羽賀雄紀2, 栫拓也1, 中越章博1, 松村千里1, 東條俊樹3, 長谷川瞳4, 加藤みか5, 西野貴裕5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 69-69, 2022. |
TU-A3-4. Life risk assessment of the chemical derived from life in the domestic water regime 西野貴裕1, 加藤みか1, 東條俊樹2, 松村千里3, 長谷川瞳4, 澤井淳5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 70-71, 2022. |
TU-A3-5. Biological magnification-related analysis of PPCPs for fish: About the difference between the species and the factor 野見山桂1, 須藤菜穂1, 田上瑠美1, 国末達也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 72-73, 2022. |
TU-A3-6. Attempt of the seasonal flu prediction using the long immediate memory (LSTM) network of outbreak 木口倫1, 間所洋和2, 末継淳1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 74-75, 2022. |
TU-B1-1. Deposit toxicity evaluation of the cationic surfactant using the passive sampling method 吉井咲夢, 日置恭史郎, 渡部春奈, 山本裕史, 遠藤智司 Proceedings of Japan Society of Endocrine Disrupters Research 24: 76-77, 2022. |
TU-B1-2. The acute toxicity effect that tire rubber oxidation product 6-PPD quinone gives to an aquatic organism 日置恭史郎1, 山岸隆博1, 渡部春奈1, 山本裕史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 78-78, 2022. |
TU-B1-3. Characteristic in an enzyme of the water flea (Scapholeberis kingi) population that got drug resistance by the exposure to carbamate agent and the life cycle 石母田誠, 北原彩, 児玉芽吹, 冨山成人, 大山和俊 Proceedings of Japan Society of Endocrine Disrupters Research 24: 79-80, 2022. |
TU-B1-4. The effect that ecdysis under the insecticide exposure in marine products Crustacea gives to the lethal toxicity 羽野健志1, 伊藤克敏1, 伊藤真奈1, 高島景2, 宗宮麗1, 高井優生3, 大嶋雄治3, 大久保信幸1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 81-82, 2022. |
TU-B1-5. The effect that dissolved organic matter gives in the aquatic organism toxicity of hydrophobic organic chemicals Fabian Christoph Fischer1, 日置恭史郎1, 遠藤智司1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 83-84, 2022. |
TU-B1-6. Improvement of life toxic predictive system KATE2020 and predictive performance evaluation 伊丹悠人, 大野浩一, 後藤碧, 佐藤理絵, 小田重人, 山本裕史 Proceedings of Japan Society of Endocrine Disrupters Research 24: 85-86, 2022. |
TU-B2-1. Impact statement to schnapper (Pagrus major) liver proteome by the oxytetracycline exposure under the culture condition 飯田緑1,2, Nguyen Thanh Hoa1, 高橋郁也1, Bak Su-Min1, 神田宗欣1, 岩田久人1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 87-88, 2022. |
TU-B2-2. Toxic evaluation of Benzo[c]phenanthrene for the bone metabolism of fish and 3-Hydroxybenzo[c]phenanthrene 鈴木信雄1, 本田匡人1, 田渕圭章2, 古澤之裕3, 関口俊男1, 鳥羽陽4, 唐寧1, 島崎洋平5, 木谷洋一郎1, 松原創1, 平山順6, 服部淳彦7, 大嶋雄治5, 早川和一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 89-90, 2022. |
TU-B2-3. Environmental estrogenic effect to give to the vitellogenin gene expression in the sweetfish and a sex gland and the tissue form of the liver 小田紗帆1, 莚平裕次2, 長江真樹1, 征矢野清3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 91-92, 2022. |
TU-B2-4. Developmental toxicity of antipsychosis agent haloperidol using the zebra fish embryo and biological magnification-related evaluation 水原奈々1, 田上瑠美1, 久保田彰2, 小椋響子1, 国末達也1, 野見山桂1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 93-94, 2022. |
TU-B2-5. Change of the neurotransmitter level out of the zebra fish fry by the antipsychotics haloperidol exposure 小椋響子1, 田上瑠美1, 久保田彰2, 水原奈々1, 池中良徳3, 寺岡宏樹4, 国末達也1, 野見山桂1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 95-96, 2022. |
TU-B2-6. Evaluation of the aromatic hydrocarbon receptor (AhR) activation ability of the sensitizer-related material using the zebra fish 更田葵依1, 武田一貴1,2, 清水敬太1, 寺崎正紀3, 鎌田亮1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 97-98, 2022. |
TU-B3-1. Sensitivity testing for the anticoagulation system raticide in the Ogasawara Islands endemic species 小出将士1, 安平芙由1, 一瀬貴大1, 小田谷嘉弥2, 鈴木創3, 堀越和夫3, 池中良徳1,4,5, 石塚真由美1, 中山翔太1,6 Proceedings of Japan Society of Endocrine Disrupters Research 24: 99-100, 2022. |
TU-B3-2. Sensitivity evaluation of the anticoagulant raticide in the sea turtle 中山翔太1,2, 山村快哉1.3, 近藤理美4, 北山知代4, 一瀬貴大1, 池中良徳1,5,6,7, 石塚真由美1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 101-102, 2022. |
TU-B3-3. Aluminum and pesticides (neurotoxic material) cause Alzheimer and Parkinson disease (aging-related neuro disease) Yoichiro Kuroda1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 103-104, 2022. |
TU-B3-4. The endocrine disruptor induces join generation epigenetic heredity 澁谷徹1, 堀谷幸治1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 105-106, 2022. |
TU-B3-5. Impact statement to sexual maturation by the acephate exposure of development - development period 佐々木貴煕1, 原健士朗1, 種村健太郎1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 107-108, 2022. |
TU-B3-6. Related examination of the effect on miRNA and osseous system cells in the secreted microvesicle from cadmium exposure cells 宮崎航1, 櫻木青1, 目加田京子2, 松丸大輔2, 中西剛2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 109-109, 2022. |
TU-C1-1. Neonicotinoid Insecticide containing Triflumezopyrim at downstream of large paddy field in Kitakyushu city 田中哲博, 谷崎定二 Proceedings of Japan Society of Endocrine Disrupters Research 24: 110-111, 2022. |
TU-C1-2. Examination about the development source estimate of the microchemistry material out of the city area river and the life toxicity 宮脇崇1, 古閑豊和2, 平川周作2, 豊永悟史3, 門上希和夫1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 112-112, 2022. |
TU-C1-3. Identification of the TR activity contribution compound in the sewerage treatment drainage 大曲遼1, 柳下真由子2, 中山祥嗣1, 久保拓也3, 中島大介1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 113-114, 2022. |
TU-C1-4. Seasonal variations in concentrations of systemic insecticides and their metabolites in water of Lake Hachiro Basin in Akita 木口倫1, 花村遼大1, 吉田真2, 斎藤康樹2, 末継淳1, 岡野邦宏1, 西川裕之2, 高橋政之2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 115-116, 2022. |
TU-C1-5. The present, past monitoring data comparison of the river water pollutant using the GC-MS AIQS-DB method 大高悟1, 亀屋隆志1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 117-118, 2022. |
TU-C1-6. Concentrations distribution, a secular variation of underwater volatile methyl siloxane in the Tokyo Bay catchment area and environmental risk 堀井勇一1, 大塚宜寿1, 西野貴裕2, 櫻井健郎3, 今泉圭隆3, 黒田啓介4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 119-120, 2022. |
TU-C1-7. Evaluation of the organochlorine pesticide in the Nakanoumi Sea deposit core sample 殷熙洙1, 金倫碩2, 坂本利弘1, アガタ ミエツニコブスカ3, ジャジ ファランディス4, 益永茂樹5, 國井秀伸6 Proceedings of Japan Society of Endocrine Disrupters Research 24: 121-122, 2022. |
TU-C2-1. Development - (1) design concept - of Double Cryo-Focusing System for GC/MS 松村徹1, 中村好宏1, 森大樹1, 中井隆志2, 笠松隆志2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 123-124, 2022. |
TU-C2-2. Development - (2) of Double Cryo-Focusing System for GC/MS is high sensitive; and high separation case - of becoming it 森大樹1, 中村好宏1, 松村徹1, 中井隆志2, 笠松隆志2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 125-126, 2022. |
TU-C2-3. The PCB screening measurement of the carbonless paper 小倉伸夫1, 大岡幸裕1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 127-128, 2022. |
TU-C2-4. Application of the helium substitute carrier gas in purge trap - GC/MS analysis 中村李1, 大塚剛史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 129-130, 2022. |
TU-C2-5. The measurement of dioxin by double convergence type GC/MS using the hydrogen carrier gas 岩切良次1, 榎本剛司2, 横田正伸3, 佐貫トン4, 佐藤大樹4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 131-132, 2022. |
TU-C2-6. Application of 13 ingredients method to the sample except the product PCB origin 山内慎1, 松村徹1, 中野武2, 高桑裕史3, 天満尚治4, 橋則江1, 古川淳太1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 133-134, 2022. |
TU-C3-1. Detection (2) of the peak by NMF from GC/MS scan data of the environmental sample 大塚宜寿1, 蓑毛康太郎1, 橋本俊次2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 135-136, 2022. |
TU-C3-2. Analysis of unknown compounds in environment by the mass spectrography informatics 早川英介1, 渡邊寛1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 137-138, 2022. |
TU-C3-3. Joint analysis (the third 2020) to contribute to a composition evaluation of the chlorinated paraffin 羽成修康1, 中野武2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 139-140, 2022. |
TU-C3-4. All SCCP isomeric separation and examination about the identification 頭士泰之1, 関口桂2, 野原健太2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 141-142, 2022. |
TU-C3-5. PCB isomeric analytical importance and problem 中野武 Proceedings of Japan Society of Endocrine Disrupters Research 24: 143-144, 2022. |
TU-C3-6. Extension and problem of the technique in the POPs monitoring investigation in the atmosphere sample 高菅卓三1, 中野武2, 柴田康行3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 145-146, 2022. |
TU-D1-1. The yearly average level of chemical out of the Tokyo atmosphere in consideration of background concentrations and estimate of the risk 星純也1, ぬで島智恵子1, 加藤みか1, 釜谷光保1, 亀屋隆志2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 147-148, 2022. |
TU-D1-2. Effect of the direction of the wind frequency to give the atmosphere concentration estimation of one simple direction of the wind 清水大佑1, 杉野敦子1, 亀屋隆志1, 小林剛1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 149-150, 2022. |
TU-D1-3. The discharge actual situation of the volatile organic compounds in the commercial chicken house of our country 田中伸幸1, 相澤有香1, 宮崎あかね2, 北沢雄大3, 堅田元喜3, 黒田久雄3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 151-151, 2022. |
TU-D1-4. Determination of the actual state of organic compounds in the atmosphere using ozone denuder 浅川大地1, 東條俊樹1, 市原真紀子1, 谷保佐知2, 羽成修康2, 山下信義2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 152-152, 2022. |
TU-D1-5. Comparison with an atmospheric concentration estimate of the middle chain chlorinated paraffin and the actual value in Kyoto-shi 長野高明1, 小柴絢一郎1, 平井康宏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 153-154, 2022. |
TU-D1-6. A seasonal change of PAH out of the atmosphere and hydroxylated PAH and risk assessment to health 本田匡人1, 早川和一1, 唐寧1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 155-156, 2022. |
TU-D1-7. Examination of the microcapture out of the atmosphere by the forest crown of plastic 須永奈都1, 大野桂史1, 小林拓3, 新居田恭弘4, 大河内博2, 宮崎あかね1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 157-158, 2022. |
TU-D2-1. A comprehensive investigation of persistent organic pollutants (POPs) in mangrove sediments from Bintan Island, Indonesia : Spatial distribution, profiles, and ecological risk assessment Dede Falahudin1,2, Zainal Arifin2, Deny Yogaswara2, Edward2, Ita Wulandari2, Agus Sudaryanto2, Anh Quoc Hoang3, Shin Takahashi1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 159-160, 2022. |
TU-D2-2. Comprehensive assessment of persistent organic pollutants (POPs) in the blubber of short-finned pilot whales (Globicephala macrorhynchus) stranded along the coast of Savu Island, Indonesia Dede Falahudin1,2, Sekar M.C. Herandarudewi2, Frensly Demianus Hukom2, Zainal Arifin2, Edward2, Deny Yogaswara2, Ita Wulandari2, Agus Sudaryanto2, Anh Quoc Hoang3, Isao Watanabe1, Shin Takahashi1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 161-162, 2022. |
TU-D2-3. Methyl-substituted polycyclic hydrocarbons in bivalves from Seto Inland Sea : Levels and AhR agonist activities Nguyen Minh Tue1, Kana Kuroishi1, Haruka Yukimoto1, Akitoshi Goto1, Shinsuke Tanabe1, Tatsuya Kunisue1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 163-163, 2022. |
TU-D2-4. Mercury Contamination in Rice and Vegetables Around Artisanal Small-Scale Gold Mining Area, Mandailing Natal, Indonesia Syafran Arrazy1,2, Yasuhiro Ishibashi1, Jun Kobayashi1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 164-164, 2022. |
TU-D2-5. Assessment on exposure and elimination half-life of Neonicotinoids (NEOs) in human urine in Japan Hue T. Nguyen1, Tomohiko Isobe1, Miyuki Iwai-Shimada1, Mai Takagi1, Jun Ueyama2, Shoji F. Nakayama1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 165-166, 2022. |
TU-D2-6. Feasibility and acceptability of personal exposure to PM2.5 with pocket sensors Tin-Tin Win-Shwe1, Yo Ishigaki2, Daisuke Nakajima1, Takehiro Suzuki1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 167-168, 2022. |
TU-D3-1. Availability as the fluorescent dissolved organic characteristic analysis and indicator ingredient included in sewage using EEM and the river water 三小田憲史, 草薙廉, 端昭彦, 黒田啓介 Proceedings of Japan Society of Endocrine Disrupters Research 24: 169-169, 2022. |
TU-D3-2. Regulation factor of the hypolimnia oxygen consumption rate of this country mesotropic lake 板井啓明1, 石水浩喜1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 170-171, 2022. |
TU-D3-3. Effective evaluation of the iron stable isotope ratio as the iron circulation tracer in the marine ecosystem 長谷川菜々子1, 板井啓明1, 国末達也2, 高橋嘉夫1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 172-173, 2022. |
TU-D3-4. 14C profile of CTO-375 separation black carbon (BC) in the district in a high latitude Arctic Circle soil 熊田英峰1, 内田昌男2, 万徳佳菜子2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 174-174, 2022. |
TU-D3-5. Whole year observation of the levoglucosan concentration in PM0.1 in the Kanto area 黒土優太1, 関口和彦1, 熊谷貴美代2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 175-176, 2022. |
WE-A1-1. Result and the prospects of chemical pollution, coast environment study base (LaMer) 岩田久人 Proceedings of Japan Society of Endocrine Disrupters Research 24: 177-178, 2022. |
WE-A1-2. About the microcontribution in phthalate esters out of the soil of the solid waste treatment ground of plastic facilities use type collaborative investigation - of - LaMer 中田晴彦1, Thant Zin Tun1, 国末達也2, 田辺信介2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 179-180, 2022. |
WE-A1-3. Secular variation analysis of the mercury contamination which assumed Cetacea an indicator organism 寳來佐和子1, 怒和亜里寿2, 児玉芽依2, 山田格3, 田島木綿子3, 松石隆4, 国末達也5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 181-182, 2022. |
WE-A1-4. Attempt of a search and the exposure effect analysis of human serum environmental chemical by the non-target analysis 江口哲史1, 櫻井健一1, 渡邉応宏1, 戸高恵美子1, 森千里1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 183-183, 2022. |
WE-A1-5. Multi-omics analysis reveals effects of gestational exposure to bisphenol A on rat dams and their offspring Hoa Thanh Nguyen1, Lingyun Li2, Akifumi Eguchi3, Kimika Yamamoto1, Tetsuro Agusa1,4, Kurunthachalam Kannan3,5, Eun-Young Kim6, Hisato Iwata1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 184-185, 2022. |
WE-A1-6. Development of high sensitivity, the high-precision neurotoxic detecting method for safety assessment of the insecticide 池中良徳1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 186-187, 2022. |
WE-A4-1. Evaluation affiliated at time of the PFAS pollution using the deposit pillar shape sample of Beppu Bay and Osaka Bay 池尾拓馬1,2, 高橋真3, 水川葉月3, 高須賀智奈美3, Hoang Quoc Ahn3, 石橋弘志3, 加三千宣4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 188-189, 2022. |
WE-A4-2. The detection properties of PFAS in the water supply water source river in Osaka 高木総吉1, 吉田仁1, 安達史恵1, 山口進康1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 190-191, 2022. |
WE-A4-3. Isolation from a bacterial river deposit about resolution of the perfluoroalkyl acid 中村水音1, 栫拓也2, 田中稚紗3, 櫻間晴子4, 山本敦史5, 松村千里2, Vladimir Beskoski6, 中野武7, 乾秀之3,8 Proceedings of Japan Society of Endocrine Disrupters Research 24: 192-192, 2022. |
WE-A4-4. Fact-finding about Peru included in the product to water-repellent finish and the polyfluoroalkyl material 松神秀徳1, 元木俊幸1, 高橋勇介1, 大塚希美子2, 木村晃規2, 山口直久2, 三宅祐一3, 倉持秀敏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 193-194, 2022. |
WE-A4-5. The pollution actual situation of the organic fluorochemical in the Japanese pet animal 野見山桂1, 佐藤楓夏1, 水川葉月1,2, 池中良徳3, 田上瑠美1, 横山望3, 滝口満喜3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 195-196, 2022. |
WE-A4-6. From knowledge of effect on children - Hokkaido study whom PFAS gives it to 伊藤佐智子1, 池田敦子2, 宮下ちひろ1, 岸玲子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 197-198, 2022. |
WE-B1-1. The actual situation elucidation of the micropollution in the soil of the tomato gardening institution area of plastic 千々和遊木1, 阿草哲郎2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 199-200, 2022. |
WE-B1-2. Microestimates of the concentrations and quantity of extraction coefficient and area of the sea load of plastic 10μm included in the sewage sample or more 宮本隆広1, 中田晴彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 201-202, 2022. |
WE-B1-3. Seasonal variability and the origin estimate of the microplastic concentrations and polymer composition out of the groundwater 沖田純平1, 中田晴彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 203-204, 2022. |
WE-B1-4. Micromultidirectional evaluation in the environment of plastic 川原和美 Proceedings of Japan Society of Endocrine Disrupters Research 24: 205-206, 2022. |
WE-B1-5. Development of the microplastic highly-concentrated concentration device by the sound convergence 秋山佳丈1,2, 城内健希2, 中山明美1, 森脇洋1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 207-208, 2022. |
WE-B1-6. Development of microautomatic identification quantitative analysis technique 1μm by the microscopic Raman spectrometry or more of plastic 亀田豊1, 藤田恵美子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 209-210, 2022. |
WE-B2-1. Organoclay sorption for the collection and degradation of iprodion Ngo Thi Thu Thao1, 大岩真子1, 齋藤徹1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 211-212, 2022. |
WE-B2-2. The quick removal of the underwater basic dwarfism by the air bubbles separation 齋藤徹1, 大岩真子1, 児玉康輝1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 213-214, 2022. |
WE-B2-3. It is handled VOC gas by the introduction and the underwater capture of nanoparticles a fine bubble 関口和彦1, 改發彬浩1, 安井文男2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 215-216, 2022. |
WE-B2-4. Development of the high efficiency treatment method of the difficulty biodegradability coloration waste water derived from biogas generation using various ozone promotion oxidation law 澁谷柊介1, 徳村雅弘1, 矢部光保2, 牧野正和1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 217-218, 2022. |
WE-B2-5. The resolution of the organic pollution gas by the underwater supersonic wave and response promotion with the adsorbent 長谷川真弘1, 岡田暁1, 関口和彦1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 219-220, 2022. |
WE-B2-6. An investigation of the optimum of the Fenton reaction and application to air purification technique 伊藤北斗1, 関口和彦1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 221-222, 2022. |
WE-B3-1. Study on implementation evaluation of the aldehyde catcher agent 達晃一1,2, 徳村雅弘2, 臼井信介3, 宮崎高則4, 坪井裕基4, 長尾祥大5, 大森果菜2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 223-224, 2022. |
WE-B3-2. The effect that a difference of plastic gives for development behavior of dioxin at inorganic chlorine mixed destruction by fire 藤森崇1, 寺田彩乃2, 高岡昌輝2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 225-226, 2022. |
WE-B3-3. Dry process de-chlorination reaction of the polychlorinated biphenyl with the metal calcium dispersant made the nanosize and the mechanism elucidation 今坂祐作1, 三苫好治1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 227-228, 2022. |
WE-B3-4. Application to a plant de-salt experiment using the rapeseed of the melanoidin resemblance product of the waste molasses 秦野賢一, 池田明優, 青柳直和, 佐藤優希, 井上紗希, 若松馨 Proceedings of Japan Society of Endocrine Disrupters Research 24: 229-230, 2022. |
WE-B3-5. 1 study ventilatory volume about actual situation and infection measures of the ventilation in the trailer bus and performance evaluation of the aerosol filter 達晃一1,2, 篠原直秀2, 金勲3, 鍵直樹4, 橋本秀直1, 坂口淳5, 安原幸生6, 菅勝博1, 木津拓磨1, 内藤航2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 231-232, 2022. |
WE-B3-6. Diffusion behavior ... of the simulation droplet nuclei which occurred in actual situation and 2 study - inside of car of the ventilation in the trailer bus about infection measures 篠原直秀1, 達晃一1,2, 金勲3, 鍵直樹4, 橋本秀直2, 菅勝博2, 木津拓磨2, 内藤航1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 233-233, 2022. |
WE-B4-1. Effect index evaluation by the cells assay of the re-commodification product (reproduction plastic flake) which we obtained in a material recycle institution 鈴木剛1, 道中智恵子1, Lee Hu Tuyen2,3, 田中厚資1, 宇智田奈津代1, 松神秀徳1, 国末達也4, 高橋真5, Pham Hung Viet2,3, 倉持秀敏1, 大迫政浩1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 234-235, 2022. |
WE-B4-2. Effect of dimethyl sulfide on bioaccumulation of microplastics to Tigriopus japonicus 大嶋雄治, 鳥山秀, 島崎洋平 Proceedings of Japan Society of Endocrine Disrupters Research 24: 236-236, 2022. |
WE-B4-3. Estimate of the quantity of elution in the fish gastrointestinal tract of the polycyclic aromatic hydrocarbon which adhered to microplastic 伊藤真奈, 羽野健志, 河野久美子, 大久保信幸 Proceedings of Japan Society of Endocrine Disrupters Research 24: 237-238, 2022. |
WE-B4-4. Possibility evaluation of the plastic garbage out of the sea turtle gastrointestinal tract contents of the Japanese coast and the micropollution actual situation and additive exposure of plastic 山田大翔1, 江頭幸士郎2, 国末達也3, 田辺信介3, 中田晴彦1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 239-240, 2022. |
WE-B4-5. About a microvector effect of plastic 鑪迫典久, 笠原晴海, 世羅弥江子, 高橋真, 岡崎友紀代 Proceedings of Japan Society of Endocrine Disrupters Research 24: 241-242, 2022. |
WE-B4-6. Effect on axon investigation of culture nervous system cells by the polystyrene nanoparticles exposure 伴雅人, 陳静 Proceedings of Japan Society of Endocrine Disrupters Research 24: 243-244, 2022. |
WE-C1-1. Phthalates and Phthalate Alternatives in House Dust - DINCH and DEHA - 篠原直秀1, 小栗朋子1, 高木麻衣2, 上山純3, 磯部友彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 245-245, 2022. |
WE-C1-2. Pollution fact-finding of particle-formed polycyclic aromatic hydrocarbon in room air using the law to directly introduce and the halogenation derivative 滝川哲也1, 王斉1, 野呂和嗣1, 三宅祐一2, 雨谷敬史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 246-247, 2022. |
WE-C1-3. Initial screening analysis of the ingredient included in the incense stick and the unexpected product caused by the combustion 星野真梨彩1, 王斉1, 野呂和嗣1, 三宅祐一2, 雨谷敬史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 248-249, 2022. |
WE-C1-4. Analysis of polycyclic aromatic hydrocarbon quinone included in the mainstream smoke of the heating-type cigarette product 吉岡響1, 吉田さくら1, 戸次加奈江2, 稲葉洋平2, 鳥羽陽1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 250-251, 2022. |
WE-C1-5. Development source investigation of the isocyanate in the room air in the general house 柿本祐奈1, 王斉1, 野呂和嗣1, 三宅祐一2, 雨谷敬史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 252-253, 2022. |
WE-C1-6. Investigation of the SOA mechanism of production from chlorine dioxide gas under the indoor environmental condition 堂畑幸太郎1, 関口和彦1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 254-255, 2022. |
WE-C2-1. Basic examination of urinary substitute phthalate esters metabolite analytical procedure 小栗朋子1, 篠原直秀1, 高木麻衣2, 上山純3, 国末達也4, 磯部友彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 256-256, 2022. |
WE-C2-2. Expansion of the sampling rate estimation method for the personal exposure to volatile organic compounds evaluation using the passive law and the database 高橋佑果1, 王斉2, 大石純菜2, 雨谷敬史2, 福島靖弘3, 鈴木義浩3, 三宅祐一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 257-258, 2022. |
WE-C2-3. Room air investigation of the school environment in Ehime by the passive sampling 牧野崇伯1, 石坂閣啓2, 吉田良二3, 堀尾郁夫4, 川嶋文人2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 259-260, 2022. |
WE-C2-4. Reduction of the simultaneous fixed-quantity of development - nicotine and the relation thing of the passive sampler for improvement in precision in the exposure evaluation and the wind velocity effect on cigarette smoke in the environment 小松純奈1, 甲斐葉子1, 王斉1, 徳村雅弘1, 三宅祐一2, 野呂和嗣1, 雨谷敬史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 261-262, 2022. |
WE-C2-5. A study on screening of the chemical in the compartment: Sampling evaluation - of the in gas low concentration ingredient by study (2) - TF-SPME with the passive sampler 星野邦広1, 達晃一2,4, 榎本剛司3, 徳村雅弘4, 臼井信介5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 263-264, 2022. |
WE-C2-6. Examination of the passive sampling method of the polycyclic aromatic hydrocarbons using the silicone wristband and the halogenation derivative 田川瑛梨1, 多田智彦2, 王斉2, 雨谷敬史2, 三宅祐一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 265-266, 2022. |
WE-C3-1. Accumulation and metabolic characteristics of POPs in avian synanthropes 水川葉月1, 渡辺桃加1, 一瀬貴大2, 石塚真由美2, 池中良徳2, 中山翔太2,3, 高橋真1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 267-268, 2022. |
WE-C3-2. Organ, topographical analysis of the organic halide in the cat 野見山桂1, 佐藤里菜1, 佐藤楓夏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 269-270, 2022. |
WE-C3-3. Factor analysis of open sea-related POPs in seven kinds of Cetacea and the accumulation profile of the relation compound and the difference between the species 須之内朋哉1, 後藤哲智1, Nguyen Minh Tue1, 田島木綿子2, 山田格2, 田辺信介1, 国末達也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 271-272, 2022. |
WE-C3-4. Change affiliated at time of extraction possibility organochlorine, bromine for wild black kites 政木仁哉1, 藤森崇1, 伊藤健登2, 高岡昌輝2, 福谷哲2, 渡辺桃加3, 水川葉月3, 高橋真3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 273-274, 2022. |
WE-C3-5. Evaluation affiliated at time of the Legacy & Xinxing POPs pollution using the deposit pillar shape sample of Osaka Bay and Beppu Bay 高橋真1,2, Hoang Quoc Anh1, 田口雄一朗3, 青野大地1, 石井晃太郎3, Dede Falahudin4, 池尾拓馬3,5, 高須賀智奈美1, 渡邊功1, 水川葉月1,2, 加三千宣2, 石橋弘志1,2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 275-276, 2022. |
WE-C3-6. Change affiliated at time of the organochlorine mass balance using the Osaka Bay deposit core 伊藤健登1, 藤森崇2, 福谷哲1, 加三千宜3, Hoang Quoc Anh3, Dede Falahudin3, 高岡昌輝1, 高橋真3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 277-278, 2022. |
WE-C4-1. Search of the ultraviolet absorber with the allergy to skin increase aggravation effect 角谷秀樹, 杠智博, 中尾晃幸 Proceedings of Japan Society of Endocrine Disrupters Research 24: 279-280, 2022. |
WE-C4-2. In vivo pro-screening establishment of the thyroid hormone disturbance action substance using the Oryzias latipes incubation larva 明正大純1,2, 石橋彩華1, 小林亨1,2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 281-282, 2022. |
WE-C4-3. TR ligand simple and easy screening system using molecular recognition materials 久保拓也1, 中島大介2, 大塚浩二1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 283-283, 2022. |
WE-C4-4. International standard (IS) of cytotoxicity test ISO/TS19337 of the nanoobject 岩橋均 Proceedings of Japan Society of Endocrine Disrupters Research 24: 284-285, 2022. |
WE-C4-5. A search of the food contributing to arsenic cytotoxic reduction: Asian drink edition 住吉美桜1, 阿草哲郎2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 286-287, 2022. |
WE-C4-6. The activation of PPARα enhances CYP1A conduction of the benzotriazole-based ultraviolet absorber 杠智博, 角谷秀樹, 中尾晃幸 Proceedings of Japan Society of Endocrine Disrupters Research 24: 288-288, 2022. |
WE-D1-1. In vivo and in silico assessment of anti-androgenic potentials for environmental chemicals using zebrafish Xing Chen1, Masashi Hirano2, Yusuke Kawai1, Akira Kubota1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 289-290, 2022. |
WE-D1-2. Role of estrogen receptor in ameliorative effect of estrogen-like compounds on diethylstilbestrol-induced developmental toxicity in zebrafish embryos Rehab Ahmed1,2, Yusuke K. Kawai1, Akira Kubota1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 291-292, 2022. |
WE-D1-3. Morphological and transcriptome analyses of perfluorinated alkyl substances in zebrafish embryos towards understanding of developmental toxicity and its mechanism Jae Seung Lee1, Kentaro Matsumoto1, Yusuke Kawai1, Hiroshi Ishibashi2, Akira Kubota1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 293-294, 2022. |
WE-D1-4. Effects of oxygenated polycyclic aromatic hydrocarbons (oxyPAHs) to embryos of Japanese medaka 内村未来, 宇野誠一, 國師恵美子, 河野真知, 今村和貴 Proceedings of Japan Society of Endocrine Disrupters Research 24: 295-296, 2022. |
WE-D1-5. Risk assessment of the Ise Bay deposit using the marine products Oryzias latipes embryo 今村和貴1, 福上周作2, 川上泰佑1, 大原菜津未1, 國師恵美子3, 宇野誠一3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 297-298, 2022. |
WE-D1-6. Changes in gene expression and microbiome of wharf roach ingested expanded polystyrene Lee SeokHyun1, Yuki Takai1, Masato Honda2, Yohei Shimasaki1, Yuji Oshima1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 299-300, 2022. |
WE-D2-1. Acute toxicity of Diuron in Artemia Artemia salina and catabolite 3,4-DCA 山崎祐輔1, 張野宏也2, 渡邉泉1, 大地まどか1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 301-301, 2022. |
WE-D2-2. A toxic evaluation of the neo-nicotinoid in the frog: Fixed-quantity from an indoor atmospheric exposure test and a wild individual 新屋惣1, 西部詞哉1, 石塚真由美1, 中山翔太1, コリンズニマコ1, 池中良徳1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 302-303, 2022. |
WE-D2-3. Estimate of the toxic effect of the neo-nicotinoid system insecticide in the wild Procyon lotor of Hokkaido 新屋惣1, 佐鹿万里子2, 南川未来2, 石塚真由美1, 中山翔太1, コリンズニマコ1, 池中良徳1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 304-305, 2022. |
WE-D2-4. Potential bias of the blood level evaluation judging from the analysis according to the isomer of the perfluorooctane sulfonic acid 原田浩二1, Sani Soleman Rachman1, 呂兆卿1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 306-307, 2022. |
WE-D2-5. About simultaneous analytical procedure development of BVOC out of the atmosphere by heating desorption - GC/MS and application to high time-resolved measurement 市川有二郎1, 野尻喜好2, 佐坂公規1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 308-309, 2022. |
WE-D4-1. Investigation ... of behavior - 2021 of radioactive cesium in the river sediment of Tokyo and Fukushima 渡邉果奈1, 松井大樹1, 大矢悠幾1, 尾崎宏和2, 五味高志1, 渡邉泉1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 310-311, 2022. |
WE-D4-2. Grasp of the shift course of the radiostrontium from the forest slope in Fukushima to the river 江口貴博1, 中田裕希1, 樽井美香2, 中里亮治3, 苅部甚一4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 312-313, 2022. |
WE-D4-3. Change of the radioactive strontium concentration in the shell in Fukushima nearshore waters 中田裕希1, 江口貴博1, 樽井美香2, 中里亮治3, 田副博文4, 田中敦5, 苅部甚一6 Proceedings of Japan Society of Endocrine Disrupters Research 24: 314-315, 2022. |
WE-D4-4. Change of the radioactive strontium concentration in the mountain stream fishbone after the The Fukushima Daiichi nuclear disaster 苅部甚一1, 江口貴博2, 中田裕希2, 樽井美香3, 中里亮治4, 鈴木仁根5, 加藤健一5, 田副博文6, 田中敦7 Proceedings of Japan Society of Endocrine Disrupters Research 24: 316-317, 2022. |
WE-D4-5. Radioactive cesium included in the United States, tea leaves produced in 2021 in Ito-shi, Shizuoka 小豆川勝見1, 堀まゆみ2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 318-319, 2022. |
TH-A1-1. Desorption behavior of per- and polyfluoroalkyl substances (PFASs) from silty clay soil : Evaluation based on batch and column tests LI Wenjiao1, TANAKA Shuhei1, YUKIOKA Satoru1, KITAJI Yuta1, HASHIKOMI Shutaro2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 320-321, 2022. |
TH-A1-2. Radiation test of the perfluoroalkyl compound resulting from the ultraviolet rays exposure to water-repellent sprays 高橋勇介1, 元木俊幸1, 松神秀徳1, 倉持秀敏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 322-323, 2022. |
TH-A1-3. Modeling of the organism accumulation behavior in the hydrosphere food-web of the perfluoroalkyl acid 櫻井健郎1, 小林淳2, 鈴木規之1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 324-325, 2022. |
TH-A1-4. In silico prediction of the Baikal seal PPARα binding affinity of Xinxing and Legacy PFAS 石橋弘志1, 平野将司2, 岩田久人3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 326-327, 2022. |
TH-A1-5. The resolution behavior by the destruction by fire of PFAS salts 山本尚輝1, 藤森崇1, 村上太一1, 斎藤直也1, 高岡昌輝2, 松神秀徳3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 328-329, 2022. |
TH-A1-6. Of the low temperature sub-; all element perfection mineralization of the fluorine-based ion liquid for the energy device using the critical water 堀久男, 大石玲未 Proceedings of Japan Society of Endocrine Disrupters Research 24: 330-331, 2022. |
TH-A2-1. Compound impact statement of the pesticides which assumed common Key Event in neurotoxic AOP an index 平野哲史1, 池中良徳2, 星信彦3, 田渕圭章1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 332-332, 2022. |
TH-A2-2. Search of life impact statement and the cause chemical of the public waters using the effect-oriented analysis 渡部春奈1, 山岸隆博1, 小林憲弘2, 阿部良子1, 小塩正朗1, 山本裕史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 333-334, 2022. |
TH-A2-3. A high next time compound impact statement case study of the life effect: Phthalate esters 小澤ふじ子1, 渡部春奈1, 山岸隆博1, 山崎邦彦2, 山本裕史1, 大野浩一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 335-336, 2022. |
TH-A2-4. Life impact statement by a flow line and the life table response test of the individual 横溝裕行1, 山本裕史1, 加茂将史2, 高田壮則3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 337-338, 2022. |
TH-A2-5. Comparison between herbicidal risk assessment and impact statement to adhesion Skeletonema costatum by the river life investigation by the sensitivity distribution of the kind 永井孝志 Proceedings of Japan Society of Endocrine Disrupters Research 24: 339-340, 2022. |
TH-A2-6. Inspection of the heavy metal compound effect additive property in the life toxicity 加茂将史1, 横溝浩行2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 341-342, 2022. |
TH-B1-1. Effects of surfactants on population dynamics of Desmodesmus-cladoceran systems 小田悠介1, 坂本正樹2, 宮原裕一3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 343-344, 2022. |
TH-B1-2. Analysis of the mutation in the gene between the culture collection of the Scenedesmus obliquus heat desmid (Raphidocelis subcapitata) 山岸隆博1, 山口晴代1, 鈴木重勝1, 吉川真弓2, 関雅範2, 河地正伸1, 大野浩一1, 山本裕史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 345-345, 2022. |
TH-B1-3. Comparison of metabolism for herbicide in Raphidocelis subcapitata and Desmodesmus subspicatus 大貫晋平1,2, 大沢陽子1, 松本建1, 時下進一2, 藤原祥子2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 346-347, 2022. |
TH-B1-4. Effects of the antifouling agent diuron and tributyltin on the sinking behavior, photosynthetic rate of the marine planktonic diatom species Mst. Ruhina Margia Khanam1, Yohei Shimasaki1, Yuji Oshima1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 348-349, 2022. |
TH-B1-5. The current situation of the carbon fiber recycling and environmental toxic possibility 上田裕之1, 小田慎太郎1, 森山章弘2, 岩橋均1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 350-350, 2022. |
TH-B2-1. Metabolism prediction through cytochrome P450 by accumulation properties of the dioxin in patients with yusho patient and the in silico docking simulation 平川周作1, 堀就英1, 香月進1, 宮脇崇2, 平野将司3, 岩田久人4, 辻学5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 351-351, 2022. |
TH-B2-2. Hydroxylation of the chlorinated paraffin by the mammal cytochrome P450 monooxygenase and de-chlorination 都築治延1, 松神秀徳2, Jannik Sprengel3, Walter Vetter3, 梶原夏子2, 中野武4, 乾秀之1,5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 352-353, 2022. |
TH-B2-3. Human evaluation of the phenolic endocrine disruptor concentration and quantity of exposure, excretion rate urinary and in an exposure medium 大浦奏1, 田上瑠美1, 上山純2, 小栗朋子3, 磯部友彦4, 国末達也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 354-355, 2022. |
TH-B2-4. Health risk to groundwater trace element pollution and humans in Myanmar 阿草哲郎1, 村上里佳子1, 木村明日香1, Ei Ei Mon2, 中田晴彦4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 356-357, 2022. |
TH-B2-5. Comparison of the exposure to toxic chemical substance margin in the house dust mite 山口夏純1, 甲斐葉子1, 王斉1, 野呂和嗣1, 三宅祐一2, 雨谷敬史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 358-359, 2022. |
TH-B2-6. An exposure actual situation elucidation and risk assessment such as home drugs, and the like out of the house dust mite using the membrane filtration purification procedure 中島舞1, 水川葉月1, 川嶋文人1, 岡本みなみ2, 横山望3, 池中良徳3, 高橋真1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 360-361, 2022. |
TH-C1-1. Examination of an estimate and the comprehensive life risk index of the quantity of total production distribution in the whole world of the formation product 小山陽介, 今泉圭隆, 鈴木規之 Proceedings of Japan Society of Endocrine Disrupters Research 24: 362-363, 2022. |
TH-C1-2. Estimation of the chemical stock quantities in the Nankai Trough massive earthquake tsunami inundation assumption area 中村智1, 矢吹芳教1, 野呂和嗣2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 364-365, 2022. |
TH-C1-3. Estimated traffic - in visualization - office of the chemical abundance in Hokkaido 田原るり子 Proceedings of Japan Society of Endocrine Disrupters Research 24: 366-367, 2022. |
TH-C1-4. Development of the atmosphere environment risk assessment tool for chemical management support of the local administration 加藤みか1, ぬで島智恵子1, 星純也1, 曽我部隆幸2, 青木建樹2, 井上知也2, 亀屋隆志3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 368-369, 2022. |
TH-C1-5. Panel data analysis about short chain chlorinated paraffin concentrations out of the atmosphere 小柴絢一郎1, 平井康宏1, Nguyen Thanh Dien2, 酒井伸一3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 370-371, 2022. |
TH-C1-6. Environmental change prediction in the all over Japan of the high-frequency detection 19 material using PRTR data and multi-medium environment change model G-CIEMS (Ver.1.2) 今泉圭隆1, 小口正弘1, 亀屋隆志2, 鈴木規之1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 372-373, 2022. |
TH-C2-1. Examination of the screening analytical procedure of new next fluorochemical POPs using the combustion ion black mark method 齋藤隼輝1, 王斉2, 松神秀徳3, 三宅祐一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 374-375, 2022. |
TH-C2-2. Establishment of PFOS out of the waste and the PFOA analysis method 増田美里, 柴山基, 木邑奈美, 嶽盛公昭, 井上毅 Proceedings of Japan Society of Endocrine Disrupters Research 24: 376-377, 2022. |
TH-C2-3. Examination of the fixed-quantity method of the divergence isomer of PFOS and the PFOA 木村久美子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 378-379, 2022. |
TH-C2-4. Development and validity evaluation of the simultaneous analytical procedure of 21 kinds of organic fluorochemicals in tap water by LC/MS/MS 小林憲弘1, 高木総吉2, 木下輝昭3, 坂田脩4, 仲野富美5, 渡辺直人6, 野村あづみ7, 河相暢幸8, 平岩俊也9, 奥村学10, 古川浩司11, 粕谷智浩12, 岩間紀知13, 米久保淳14, 高原玲華15, 田中誠也16, 土屋裕子1, 五十嵐良明1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 380-381, 2022. |
TH-C2-5. Van der Waals forces of organic fluorochemical (PFAS) by the measurement of hexadecane/gas coefficient of partition and volatile elucidation Jort Hammer1, 遠藤智司1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 382-383, 2022. |
TH-C2-6. Toxic impact statement by the low-concentrated mixed exposure to mouse of perfluoroalkyl compound (PFASs) 武田一貴1,2, 斎藤多喜1, 佐々木さくら1, 江口哲史3, 鎌田亮1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 384-385, 2022. |
TH-D1-1. Chemical additives in recycled plastic pellets obtained from plastic recycling factories globally Bee Geok YEO1, Hideshige Takada1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 386-387, 2022. |
TH-D1-2. Polymer types and additive concentrations in single-used plastics products collected from four Asian countries, Indonesia, Japan, Myanmar and Thailand Thant Zin Tun1, Nurlatifah1, Aung Than Htwe2, Ni Ni Than2, Myint Myint Khine3, Suchana Chavanich4, Voranop Viyakarn4, Atsuhiko Isobe5, Haruhiko Nakata1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 388-389, 2022. |
TH-D1-3. Occurrence of > 40 organic additives in bioplastic bags from 4 Asian countries Nurlatifah1, Suchana Chavanich2, Voranop Viyakarn2, Haruhiko Nakata1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 390-391, 2022. |
TH-D1-4. Occurrence of chlorinated paraffins in polyvinyl chloride samples from consumer goods available in the Japanese market Yago Guida1,2, Hidenori Matsukami1, Natsuko Kaijwara1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 392-393, 2022. |
TH-D1-5. International Pellet Watch Application in the Monitoring of Fecal and Pharmaceutical Pollution Globally M. Alidoust1, Y. Saito1, H. Takada1, K. Mizukawa1, B.G. Yeo1, T. Karlsson2, S. Brosche2, B. Beeler2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 394-395, 2022. |
TH-D1-6. Concentrations of Heavy Metals in Road Dust of Urban and Suburban Areas in Myanmar Pyae Sone Soe1, Ei Ei Mon2, Haruhiko Nakata3, Tetsuro Agusa1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 396-397, 2022. |
TH-D2-1. Effect from trace element accumulation of the kagu inhabiting New Caledonia and the mining industry activity 渡邉泉1, 番場慧1, Theuerkauf, Jorn2, Gula, Roman2, 阿部仁美3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 398-399, 2022. |
TH-D2-2. Trace element accumulation of the loggerhead obtained in Ogasawara Islands in 2020 and 2021 坂爪勇途1, 大矢悠幾1, 小林翔平1, 福岡拓也1, 近藤理美2, 水川薫子1, 高田秀重1, 渡辺元1, 渡邉泉1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 400-401, 2022. |
TH-D2-3. Study case ... in ... Republic of Zambia deposit area investigating the heavy metal high density factor in the living body of the wild lizard from a chemical form of lead and sulfur 銅谷理緒1, 中山翔太1,2, 藤森崇3, 塩田憲司4, 中田北斗1, Golden Zyambo2, Nyein Chan Soe1, Andrew Kataba2, Kaampwe Muzandu2, John Yabe2,5, 池中良徳1,6,7, 石塚真由美1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 402-403, 2022. |
TH-D2-4. Trace element distribution of Bivalvia Corbicula japonica Corbicula japonica and Crassostrea Crassostrea gigas having habitation in the Haneda tideland of the Tama River estuary and transtime change 大矢悠幾1, 高田秀重1, 水川薫子1, 松井大樹1, 大地まどか1, 渡邉泉1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 404-405, 2022. |
TH-D2-5. Development of the previous treatment method for the silver nanoparticles measurement included in the fishery products sample 鈴木美成1, 張本雅恵1, 近藤翠1, 穐山浩1,2, 堤智昭1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 406-406, 2022. |
P-1. Elucidation of an evaluation of the transcription activation ability of the dog estrogen receptor with the ultraviolet absorber and the molecular mechanism 熊川貴仁1, Hoa Thanh Nguyen1, 坂田真有美1, 尾崎かおり1, 平野将司1, Kim Eun-Young2, 岩田久人1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 408-409, 2022. |
P-2. Effect of a next-generation bisphenol binding to estrogen receptors on neurite extension in cultured cells Yuya Tada1, Kyota Shirane1, Kota Aramaki1, Masaki Iwamoto1, Takahiro Masuya1, Mari Hosose1, Tomaka Ishibashi1, Keitaro Suyama2, Takeru Nose2, Ayami Matsushima1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 410-410, 2022. |
P-3. Effect on Oryzias latipes breeding function of antidepressant and antipsychotics 松田莉奈1, 富田将基1, 莚平裕次2, 村田良介3, 中田典秀4, 宮川信一5, 井原賢2, 征矢野清3, 長江真樹1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 411-412, 2022. |
P-4. Evaluation of the chicken early embryogenesis toxicity by the organic phosphorus-based flame retardant phosphoric acid tris(2-chloroisopropyl) (TCIPP) exposure 千種佳織1, 神田宗欣1, 岩田久人1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 413-414, 2022. |
P-5. Identification and gene expression analysis of the fish target gene of environmental pharmaceutical products 本多希久子1, 森永朱香1, 後藤智哉1, 豊田賢治2, 征矢野清3, 長江真樹4, 莚平裕次3, 中田典秀5, 井原賢6, 宮川信一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 415-415, 2022. |
P-6. Transgeneration effect to give to Daphnia magna growth and propagation of pyrene 木本光海, 高尾雄二, 長江真樹 Proceedings of Japan Society of Endocrine Disrupters Research 24: 416-417, 2022. |
P-7. Analysis of per- and polyfluoroalkyl substances in soil - Application of the Total Oxidizable Precursor (TOP) assay Rosamond Tshumah-Mutingwende, Tomoya Nojima, Tomohiro Seki, Akihiko Tsujimura Proceedings of Japan Society of Endocrine Disrupters Research 24: 418-419, 2022. |
P-8. Photodegradation response of the polycyclic aromatic hydrocarbons which adhered to microplastic by the artificial sunlight 野呂和嗣1, 矢吹芳教2, 雨谷敬史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 420-421, 2022. |
P-9. (3) of the quantity of wandering composure in the Japanese mountains forest area by estimate 王一澤1, 大河内博1, 井川学2, 高橋善幸3, 家合浩明4, 栗林正樹5, 菅野由莉6, 新田響平7 Proceedings of Japan Society of Endocrine Disrupters Research 24: 422-423, 2022. |
P-10. Molecular base of the POPs accumulation in the gourd family crops 藤田健太郎1, 乾秀之1,2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 424-425, 2022. |
P-11. Made potassium permanganate coexist; sub-; the high efficiency resolution and recycling of fluorine polymer ETFE by the critical water response 濱浦尋, 堀久男 Proceedings of Japan Society of Endocrine Disrupters Research 24: 426-427, 2022. |
P-12. Attempt for the measurement of the organic fluoride in the deposit using the combustion ion chromatography 伊藤健登1, 藤森崇2, 塩田憲司1, 松神秀徳3, 高岡昌輝1, 高橋真4, 石橋弘志4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 428-429, 2022. |
P-13. Examination of the method for measurement of chlorine, bromine out of the volatile liquid sample in the neutron activation analysis 伊藤健登1, 藤森崇2, 塩田憲司1, 福谷哲1, 大下和徹1, 高岡昌輝1, 高橋真3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 430-431, 2022. |
P-14. Analytical procedure development of human urinary organic phosphate esters in consideration of reduction of the background pollution 大浦奏1, 田上瑠美1, 磯部友彦2, 国末達也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 432-433, 2022. |
P-15. Impact statement (5) of outflow behavior and the atmosphere composure of the trace minerals element through the mountain stream water in the metropolitan area suburbs mountains 阪口悠宇1, 大河内博1, 浅見匠洋1, 森田雄介1, 西村寿々美1, 佐瀬裕之2, 諸橋将雪2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 434-435, 2022. |
P-16. The behavior, origin, and environmental risk of humic-like substances in the atmosphere (4) 篠原和将1, 大河内博1, 速水洋1, 勝見尚也2, 松木篤3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 436-437, 2022. |
P-17. First, two effect (3) derived from the forest to give to a change and the heavy rain formation of the organic aerosol next time 篠崎大樹1, 大河内博1, 速水洋1, 加藤俊吾2, 和田龍一3, 勝見尚也4, 松木篤5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 438-439, 2022. |
P-18. Microplastic origin, change, healthy effect (3) out of the atmosphere: AMPs concentrations in the all over Japan and quantity of atmosphere composure distribution 谷悠人1, 大河内博1, 吉田昇永1, 速水洋1, 竹内政樹2, 樫本真央2, 反町篤行3, 藤井佑介4, 竹中規訓4, 北野洸太朗4, 山口高志5, 勝見尚也6, 松木篤7, 梶野瑞王8, 足立光司8, 石原康宏9, 岩本洋子9, 新居田恭弘10 Proceedings of Japan Society of Endocrine Disrupters Research 24: 440-441, 2022. |
P-19. The generation measurement of the groundwater using the prescription start year of pharmaceutical products 濱崎みなみ1, 黒木瑞希2, 小嶋紳介1, 石橋未来2, 利部慎1, 高尾雄二1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 442-443, 2022. |
P-20. Pollutant-binding characteristic and pollutant accumulation performance of the pollutant transportation factor which a gourd family plant has 園田千紘1, 藤田健太郎1, Magdalena Urbaniak2, 乾秀之1,3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 444-445, 2022. |
P-21. Comparison of the effect on quantity of transdermal exposure in consecutive exposure and intermittent continuation exposure of the flame retardant out of the indoor product of Lin line 石田真穂, 徳村雅弘, 王斉, 雨谷敬史, 牧野正和 Proceedings of Japan Society of Endocrine Disrupters Research 24: 446-447, 2022. |
P-22. Level of perfluoroalkyl acid reduction included in the exudation water of the industrial waste disposal ground using bacteria 田中稚紗1, 栫拓也2, 亀岡寛史3, 矢吹芳教3, 小林豊1, 櫻間晴子4, 山本敦史5, 堀田弘樹6, 松村千里2, Vladimir Beskoski7, 中野武8, 乾秀之1,9 Proceedings of Japan Society of Endocrine Disrupters Research 24: 448-449, 2022. |
P-23. Of the low temperature sub-; the complete mineralization of next-generation organic fluoride materials (sulfone imides) using the critical water 岡村佳祐, 堀久男 Proceedings of Japan Society of Endocrine Disrupters Research 24: 450-451, 2022. |
P-24. The high efficiency resolution of the pharmaceutical products by UV and the electrolytic combination 江口栄拠1, 井関正博2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 452-453, 2022. |
P-25. Comparison of the removal performance of residual antibiotics during the true drainage by various oxidation treatment methods 西村有里1, 徳村雅弘1, 王斉1, Hossain Anwar2, Raknuzzaman Mohammad2, 雨谷敬史1, 牧野正和1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 454-455, 2022. |
P-26. Evaluation of the removal performance of formaldehyde out of the air by the various iron supported method 大森果菜, 徳村雅弘, 牧野正和 Proceedings of Japan Society of Endocrine Disrupters Research 24: 456-457, 2022. |
P-27. High efficiency concentration resolution technique of the perfluorooctanoic acid by the adsorption with the porous complex crystal and the subsequent electrooxidation 鳥巣亜麻音1, 井関正博2, 今野大輝2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 458-459, 2022. |
P-28. Examination of the analytical procedure of the organophosphorus included in the water of the water server 内田亜美, 石田真穂, 徳村雅弘, 王斉, 雨谷敬史, 牧野正和 Proceedings of Japan Society of Endocrine Disrupters Research 24: 460-461, 2022. |
P-29. Initial examination of the qualitative fixed-quantity analytical procedure of the flame retardant included in the home-use game console of Lin line 西山裕那, 内田亜美, 石田真穂, 徳村雅弘, 王斉, 雨谷敬史, 牧野正和 Proceedings of Japan Society of Endocrine Disrupters Research 24: 462-463, 2022. |
P-30. Effect of the heating temperature to give it to chemical abundance of the heating-type cigarette mainstream smoke 齋藤みのり1, 清水萌花1, 内山茂久2, 欅田尚樹3, 稲葉洋平2, 牛山明2, 小倉裕直4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 464-465, 2022. |
P-31. Chemical composition of the mountains locality heavy rain and impact statement (2) of the air pollutant 近藤優名1, 大河内博1, 米戸鈴美香1, 速水洋1, 加藤俊吾2, 和田龍一3, 三浦和彦4,5, 山田佳裕6 Proceedings of Japan Society of Endocrine Disrupters Research 24: 466-467, 2022. |
P-32. Microplastic origin, change, healthy effect (4) out of the atmosphere: Microcharacteristic out of the free troposphere atmosphere of plastic 小野塚洋介1, 大河内博1, 吉田昇永1, 谷悠人1, 速水洋1, 竹内政樹2, 反町篤行3, 藤井佑介4, 竹中規訓4, 山口高志5, 勝見尚也6, 梶野瑞王7, 足立光司7, 石原康宏8, 岩本洋子8, 新居田恭弘9 Proceedings of Japan Society of Endocrine Disrupters Research 24: 468-469, 2022. |
P-33. Effect (2) that volatile organic compounds out of the atmosphere in the metropolitan area small scale forest area give to PM2.5 concentrations 高橋立1, 大河内博1, 土屋裕1, 速水洋1, 宮崎あかね2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 470-471, 2022. |
P-34. Decomposition behavior of perfluoro-hexane sulfonic acid (PFHxS) by incineration 村上太一1, 藤森崇1, 齋藤直也1, 高岡昌輝2, 松神秀徳3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 472-473, 2022. |
P-35. Non-target screening of the organic halide accumulating to the black porgy of the Seto Inland Sea 後藤哲智1, Nguyen Minh Tue1, 田辺信介1, 国末達也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 474-474, 2022. |
P-36. Composition comparison of the harmful ingredient out of the toy for infants using the non-target analysis technique 江口哲史1, 森千里1, 戸次加奈江2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 475-475, 2022. |
P-37. Analysis of halo mixture PAHs using the GC-Orbitrap MS and toxic evaluation 小池菜月, 大浦健 Proceedings of Japan Society of Endocrine Disrupters Research 24: 476-477, 2022. |
P-38. Development of the cyclopedic monitoring procedure of the chemical remaining behind at disaster, accident occurrence during environment 家田曜世1, 高澤嘉一1, 橋本俊次1, 中村智2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 478-478, 2022. |
P-39. Comprehensive grasp - by the cyclopedic analysis of the halide which occurred by simultaneous detection - recycling resources intermediate depot fire of differences between quality and quantity of all ingredients by the comparison directly of exact mass data 橋本俊次1, 高澤嘉一1, 家田曜世1, 中村智2, 鈴木規之1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 479-479, 2022. |
P-40. Acceleration of the water pollution material identification by the HS-GC-QMS and integration qualitative analytical technique 榊原幹子1, 阿部吉雄1, 生方正章1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 480-481, 2022. |
P-41. Chemical monitoring of the river in Hiroshima by AIQS-GC 槇本佳泰1, 中廣賢太1, 花岡雄哉1, 木村淳子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 482-482, 2022. |
P-42. Round robin test ... by confirmation of the half fixed-quantity of the environmental sample by automatic identification fixed-quantity system (AIQS-GC) and the precision by the recovery test - type II collaborative investigation 中山崇1, 宮脇崇2, 加藤みか3, 伊藤朋子4, 東海敬一5, 吉田彩美6, 梅澤真一7, 堀井勇一8, 板倉直哉9, 川口豊太10, 坂本和暢11, 中島寛則12, 市原真紀子13, 山路章14, 畝山善光15, 井上誠也16, 谷脇龍17, 佐々木珠生18, 槇本佳泰19, 古閑豊和20, 三島桂子21, 柳下真由子22, 大曲遼1, 門上希和夫2, 中島大介1, II型共同研究参加機関 Proceedings of Japan Society of Endocrine Disrupters Research 24: 483-484, 2022. |
P-43. Examination of the inclusion analytical procedure using the gas chromatograph time-of-flight mass spectrography device 伊東優介, 江原均, 今村則子 Proceedings of Japan Society of Endocrine Disrupters Research 24: 485-485, 2022. |
P-44. Simple fixed-quantity of the PCB by two-dimensional GC-MS with the post-column response device 羽成修康1, 頭士泰之2, 小坂明正3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 486-487, 2022. |
P-45. Dioxin analysis in food using the automatic pre-treatment equipment 高岡真帆, 野間雄, 横田正伸, 高橋知史, 山本一樹 Proceedings of Japan Society of Endocrine Disrupters Research 24: 488-489, 2022. |
P-46. Dioxin analysis in blood using the automatic pre-treatment equipment 高岡真帆, 野間雄, 横田正伸, 高橋知史, 山本一樹 Proceedings of Japan Society of Endocrine Disrupters Research 24: 490-491, 2022. |
P-47. The measurement of the dioxin out of the environmental sample by SHIMADZU GCMS-TQ8050 松下尚史, 横田正伸, 高橋知史, 山本一樹 Proceedings of Japan Society of Endocrine Disrupters Research 24: 492-493, 2022. |
P-48. Examination of the dioxin analysis in meat using the automatic pre-treatment equipment and an egg 堤智昭1, 足立利華1, 川嶋文人2, 山本一樹3, 上田祐子3, 高附巧1, 穐山浩1,4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 494-494, 2022. |
P-49. Rapid analysis of PBDE in PCN out of the effluent gas by the Fast GC-MS/MS method and the deposit 高桑裕史1, 笠松隆志1, 大塚剛史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 495-496, 2022. |
P-50. Short chain, middle chain in the river deposit using LC-MSMS, simultaneous analysis of the long-chain chlorinated paraffin 滝埜昌彦1, 川中洋平2, 室谷佑京2, 松神秀徳3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 497-498, 2022. |
P-51. Examination (2) of the simultaneous analytical procedure of the halogen-based fire retardant of food 飛石和大1, 佐藤環1, 堀就英1, 堤智昭2, 穐山浩3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 499-499, 2022. |
P-52. Basic study on chemical analytical procedure development (5) 折原智明1, 木原敏博1, 長谷川瞳2, 平生進吾2, 高橋律久3, 菊池一馬3, 小野純子4, 浦西洋輔5, 吉野共広6, 八木正博6, 飛石和大7 Proceedings of Japan Society of Endocrine Disrupters Research 24: 500-501, 2022. |
P-53. Basic study on chemical analytical procedure development (6) 菊池一馬1, 高橋律久1, 折原智明2, 木原敏博2, 長谷川瞳3, 平生進吾3, 小野純子4, 浦西洋輔5, 吉野共広6, 八木正博6, 飛石和大7 Proceedings of Japan Society of Endocrine Disrupters Research 24: 502-503, 2022. |
P-54. Basic study on chemical analytical procedure development (7) 吉野共広1, 八木正博1, 小野純子2, 浦西洋輔3, 折原智明4, 木原敏博4, 長谷川瞳5, 平生進吾5, 高橋律久6, 菊池一馬6, 飛石和大7 Proceedings of Japan Society of Endocrine Disrupters Research 24: 504-505, 2022. |
P-55. Treatment method before quickness of the pesticide targeted for underwater GC/MS using the cartridge type disk solid phase 高橋里奈1, 高原玲華1, 三浦早紀1, 国枝巧1, 石井一行1, 林田寛司1, 高柳学1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 506-507, 2022. |
P-56. Examination of the use of substitute carrier gas of helium in the water quality test 阿部吉雄1, 小野寺潤1, 奥野美帆1, 生方正章1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 508-509, 2022. |
P-57. Examination of analysis technique for duties efficiency in the water quality test and the configuration 阿部吉雄1, 榊原幹子1, 生方正章1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 510-511, 2022. |
P-58. As carrier gas basic examination of the VOCs measurement by the PT-GC/MS method using the hydrogen gas 榎本剛司, 三上紗弥香, 奥野美帆, 小池あゆみ Proceedings of Japan Society of Endocrine Disrupters Research 24: 512-513, 2022. |
P-59. Examination of the pesticide analysis out of the tap water using the LPGC column 三上紗弥香1, 奥野美帆1, 榎本剛司1, 内海貝2, 生方正章1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 514-515, 2022. |
P-60. Examination of the river water pesticide analytical procedure with the online SPE-GC/MS/MS system with the high-performance ion source 浅井智紀1, 江潤卿2, 佐々野僚一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 516-517, 2022. |
P-61. GC-MS analysis of methanol, trichloroethylene in an aerosol product using the helium substitute carrier gas and the tetrachloroethylene 田原麻衣子, 河上強志, 五十嵐良明 Proceedings of Japan Society of Endocrine Disrupters Research 24: 518-519, 2022. |
P-62. Examination of the mercurial docimasy out of household articles by microwave resolution -ICP-MS 久保田領志1, 小峯宏之2, 鈴木俊也2, 河上強志1, 五十嵐良明1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 520-521, 2022. |
P-63. Examination of the mold smell quickness detection in water supply Haramizu using the environmental DNA analysis 古川浩司1, 本澤大生1, 橋本真1, 中尾遼平3, 栗田喜久2, 赤松良久3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 522-523, 2022. |
P-64. Examination of the environmental underwater phenol quickness analytical procedure by LC/MS/MS-ESI 古川浩司1, 橋本真1, 小林珠美1, 金子聡2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 524-525, 2022. |
P-65. The effect 4 that the super pure water contamination for a very small amount of organic matter analysis gives in LC/MS, GC/MS analysis 黒木祥文 Proceedings of Japan Society of Endocrine Disrupters Research 24: 526-527, 2022. |
P-66. Crosscheck (2021) of the level of polychlorinated biphenyl analysis out of the blood 新谷依子1, 堀就英1, 古谷貴志1, 飛石和大1, 平川博仙1, 香月進1, 辻学2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 528-529, 2022. |
P-67. Crosscheck (the twelfth) about the PCB analysis out of the insulating oil 島村唯史1, 平野聖吉2, 宮崎徹3, 高橋知史4, 石井善昭5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 530-531, 2022. |
P-68. Crosscheck about the sixth low-concentrated PCB-containing waste 高橋厚1, 嶽盛公昭2, 豊田邦孝3, 林敏夫4, 石井善昭5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 532-533, 2022. |
P-69. Metal - in - tap water as a result of association of the 24th pilgrimage verge private enterprise experiment station (UILI) country skill study Luc HA Scholtis, Alvaro Silva Ribeiro, Jordi Oliver-Rodes Sen, 松村徹, Adeeko Mary-Anne, 関口和弘, 中安史隆, 馬場左起子, 高橋厚 Proceedings of Japan Society of Endocrine Disrupters Research 24: 534-535, 2022. |
P-70. Evaluation of inter-laboratory study on the analysis of PCDDs/DFs and DL-PCBs. (19th round FY2021 Research Group on Ultra Trace Analyses, Japan Environmental Measurement & Chemical Analysis Association) 高橋知史1, 平野聖吉2, 宮崎徹3, 島村唯史4, 石井善昭5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 536-537, 2022. |
P-71. Preservation stability investigation of an organic compound out of the atmosphere in the one week consecutive sampling method and heavy metal ぬで島智恵子1, 星純也1, 加藤みか1, 釜谷光保1, 亀屋隆志2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 538-539, 2022. |
P-72. The sampling of polycyclic aromatic hydrocarbons included in the mainstream smoke of the heating-type cigarette product and establishment of the analytical procedure 稲葉洋平1, 内山茂久1, 戸次加奈江1, 杉田和俊2, 鳥羽陽3, 牛山明1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 540-541, 2022. |
P-73. The validity evaluation of the urinary repellent and metabolite simultaneous measurement method and the application 上山純1, 西原奈波1, 高木麻衣2, 岩井美幸2, 北原悠吾1, 磯部友彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 542-542, 2022. |
P-74. Development of the temporarily quick analytical procedure of POPs out of the human plasma 西岡宗一郎1, Anh Le Thai1, 佐藤修之1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 543-544, 2022. |
P-75. Impact statement of the cigarette smoke exposure to stress using the online in tube SPME/LC-MS/MS method and relaxation 片岡洋行1, 大川泰志1, 大島颯太1, 宮田早織1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 545-546, 2022. |
P-76. The acquisition of Japanese Exposure coefficient data using Web investigation 高木麻衣, 磯部友彦, 岩井美幸, 小林弥生, 中山祥嗣 Proceedings of Japan Society of Endocrine Disrupters Research 24: 547-548, 2022. |
P-77. Suggestion of the intervention study that controlled use of personal care product and a diet to grasp the internal change of the chemical 磯部友彦1, 中山祥嗣1, 岩井美幸1, 高木麻衣1, 上山純2, 小栗朋子3, 篠原直秀3, 国末達也4, 仲山慶4, 田上瑠美4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 549-549, 2022. |
P-78. Elucidation of pollution of breast milk and the infants intake with the organic phosphorus-based fire retardant 中尾晃幸1, 杠智博1, 角谷秀樹1, 泉川孝子2, 伊東厚子3, 黒田晴代4, 茂木真貴子5, 遠藤美千恵6 Proceedings of Japan Society of Endocrine Disrupters Research 24: 550-551, 2022. |
P-79. Exposure level of phthalate esters estimate through the toy made of plastic in infants 戸次加奈江1, 稲葉洋平1, 湯川慶子1, 吉田都美2, 高口倖暉3, 江口哲史3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 552-552, 2022. |
P-80. Intake investigation of bromine-based flame retardant hexabromo cyclo dodecane from a commercial delicatessen (lunches) 佐藤環1,2, 飛石和大1, 堀就英1, 堤智昭3, 穐山浩4, 松井利郎2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 553-554, 2022. |
P-81. Elution of the phenolic endocrine disrupting chemical in a plastic product 坂根史紀1, 水川薫子1, 窪田篤人2, 小島弘幸2, 高田秀重1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 555-556, 2022. |
P-82. Mercurial content of the heating-type cigarette 杉田和俊1, 小林寛1, 稲葉洋平2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 557-558, 2022. |
P-83. Search of mutagen in the chlorination soil 杉田和俊1, 丸山美優1, 小野史礼1, 高木敬彦2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 559-560, 2022. |
P-84. Target screening of the river in Iwate by automatic identification, fixed-quantity system (AIQS) 伊藤朋子1, 岩渕勝己2, 高橋律久3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 561-562, 2022. |
P-85. About an example of the organism effect reduction of the business ground drainage in Nagoya-shi where strong organism effect was found 長谷川絵理, 山守英朋, 岡村祐里子, 大畑史江, 長谷川瞳 Proceedings of Japan Society of Endocrine Disrupters Research 24: 563-564, 2022. |
P-86. Establishment of the juvenile hormone receptor expression reporter assay derived from the Daphnia magna using the bud reproduction yeast strain 小川真弘1, 北本隼也1, 北住健太1, 原島小夜子2, 川西優喜2, 八木孝司2, 寺田めぐみ1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 565-566, 2022. |
P-87. Antithyroid hormonal action pro-screening development using the Xenopus culture hepatocytes strain 松枝太都1, 吉川綾乃1, 川口太郎1, 茂木椋太1, 山下雅貴1, 松井久実2, 関本征史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 567-568, 2022. |
P-88. The establishment of frog AhR reporter cells (A8-XRE-Luc) and characteristic evaluation 川口太郎1, 吉川綾乃1, 松枝太都1, 原元気1, 松井久実2, 関本征史1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 569-570, 2022. |
P-89. Effect for AhR of the general-purpose pesticide and CYP1A1 小池芽生1, 軽部梨香子1, 小松升和1, 金丸咲葵1, 塩澤みなみ1, 原島小夜子2, 川西優喜2, 八木孝司2, 椎崎一宏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 571-572, 2022. |
P-90. AhR agonist activity profiling of the Beppu Bay deposit pillar shape sample 鈴木剛1, 道中智恵子1, Hoang Quoc Anh2, 渡邊功2, 加三千宣3, 高橋真2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 573-574, 2022. |
P-91. The toxic effect that the change of the quantity of exposure to acenaphthene gives to a male rat 加藤史也1, 池田菜央1, 秋元貴尋2, 岩田汐央1, 田中杏苗1, 佐藤海斗1, 石井敦大2, 畠山太一1,3, 渡辺元1,3, 太田亮4, 柳澤利枝5, 小池英子5, 鈴木規之6, 川口真以子1,2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 575-576, 2022. |
P-92. Quantitative qualitative alteration in the rat alveolar space of indium tin oxide administered intratracheally and toxic effect 後藤裕子1, 武田知起1, 山野荘太郎1, 鈴木正明1, 馬場本絵未1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 577-577, 2022. |
P-93. The effect that perinatal BDE-209 intake gives to the rat interbehavior and thyroid hormone 和田博美1, 野見山桂2, 田上瑠美2, 水名口結衣2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 578-579, 2022. |
P-94. Toxic evaluation of the pesticide under the polyethyleneimine coexistence using the cultured cell 四ノ宮美保, 小澤美優香 Proceedings of Japan Society of Endocrine Disrupters Research 24: 580-580, 2022. |
P-95. The antiandrogenic material can inhibit red blood cell hematopoiesis: About an association between androgen and hematocrit in the quail 小林翔平1, 渡辺元1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 581-582, 2022. |
P-96. The effect that bisphenol A gives for the brain formation of the zebra fish 西江友美1, 吉村一輝1, 中本茉那1, 寺口夏樹1, 大森駿一1, 日比正彦2, 平澤明3, 高田達之1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 583-583, 2022. |
P-97. Effect on Oryzias latipes analysis of the thyroidal system disturbance effect of the environmental chemical 國行亜紀1, 豊田賢治2, 荻野由紀子3, 小野純佳1, 中村文音1, 井口泰泉4, 宮川信一1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 584-585, 2022. |
P-98. Behavior effect on Oryzias latipes of antidepressant and antipsychotics 長江真樹1, 富田将基1, 松田莉奈1, 飯野大輔1, 莚平裕次2, 村田良介3, 中田典秀4, 宮川信一5, 井原賢2, 征矢野清3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 586-587, 2022. |
P-99. Transcriptome analysis of ecdysteroid signaling pathway in the estuarine mysid Americamysis bahia Masashi HIRANO1, Masaya UCHIDA2, Nobuaki TOMINAGA2, Koji ARIZONO3, Hiroshi ISHIBASHI4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 588-588, 2022. |
P-100. RNA-seq analysis of the digestive gland transcriptome in mussel treated with naturally occurring 1,3,7-tribromodibenzo-p-dioxin Masashi HIRANO1, Masaya UCHIDA2, Jun KOBAYASHI3, Hiroshi ISHIBASHI4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 589-589, 2022. |
P-101. Short-term chronic toxicity study for the aquatic organism of antifungal agent clotrimazole 安達竜太1, 松浦武1, 溝口直洋1, 井上仁美1, 小野美香1, 吉川真弓1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 590-591, 2022. |
P-102. Examination of the acute chronic toxicity ratio for the Daphnia magna of the insecticide based on an action mecha-nism classification and fish 杉浦智子, 渡部春奈, 山岸隆博, 松崎加奈恵, 長尾明子, 大野浩一, 山本裕史 Proceedings of Japan Society of Endocrine Disrupters Research 24: 592-593, 2022. |
P-103. Impact statement of zinc and LAS to a population growth rate of the Daphnia magna in consideration of a density effect 眞野浩行1, 篠原直秀1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 594-595, 2022. |
P-104. About effect of the long-term exposure on Oryzias latipes of the neo-nicotinoid system pesticide metabolite and the evaluation method 甲斐穂高1, 水谷拓海1, 山口雅裕1, 岡芳樹1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 596-597, 2022. |
P-105. Survey of the distribution of Hakone and Higashihida salamanders in the Tanzawa Mountains using environmental DNA analysis 中山駿一, 長谷部勇太 Proceedings of Japan Society of Endocrine Disrupters Research 24: 598-599, 2022. |
P-106. About the relations with a biological concentration factor and the protein affinity constant of the ionic chemical 磯本怜佳1, 櫻井健郎2, 小林淳1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 600-600, 2022. |
P-107. About the analysis examination of the phosphate-based fire retardant out of the fish using LC-MS/MS and the grasp of the concentrations level in the environment 栫拓也1, 羽賀雄紀2, 坂本和暢1, 中越章博1, 松村千里1, 東條俊樹3, 長谷川瞳4, 加藤みか5, 西野貴裕5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 601-601, 2022. |
P-108. Target screening and the origin analysis of the dioxin relation compound remaining behind in environment of the Seto Inland Sea and a biota 後藤哲智1, Nguyen Minh Tue1, 田辺信介1, 国末達也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 602-602, 2022. |
P-109. Analysis of selenium out of the fish using the pretreatment method of the Ministry of the Environment mercury analysis manual 丸本幸治1, 丸本倍美1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 603-604, 2022. |
P-110. The analytical procedure development of specific aromatic amines in a pigment and fact-finding 河上強志1, 小濱とも子1, 田原麻衣子1, 五十嵐良明1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 605-606, 2022. |
P-111. The distribution situation in the area along the shore of the chemical derived from heat sensitive paper 山田建太1, 小川浩1, 寺崎正紀2, 牧野正和3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 607-608, 2022. |
P-112. The river water level of psychotropic drug in North Kyushu and the residual situation before and after the sewerage treatment 濱崎みなみ1, 黒木瑞希2, 長江真樹1, 岡田二郎1, 高尾雄二1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 609-610, 2022. |
P-113. Presence fact-finding of the chemical derived from life using GC-MS in the domestic water regime 大方正倫1, 浅川大地1, 東條俊樹1, 松村千里2, 長谷川瞳3, 西野貴裕4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 611-611, 2022. |
P-114. Distribution of the systemic insecticide in the river water in Ibaraki 高澤嘉一1, 柴田康行2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 612-612, 2022. |
P-115. Behavior of the neo-nicotinoid system and phenyl pyrazole system insecticide in the water regime around the sewage disposal plant 池田匡滋1, 山中陸1, 吉永淳1, 高澤嘉一2, 柴田康行3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 613-614, 2022. |
P-116. Estimate of distribution and the load source of the bromine-based fire retardant in the Tama River 小林恵1, 高田秀重1, 水川薫子1, 露木俊平1, 平野晟也1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 615-616, 2022. |
P-117. Evaluation affiliated at time of the dioxin relation compound pollution using the Beppu Bay deposit pillar shape sample 高橋真1,2, 嶽盛公昭3, 高菅卓三2,3, Hoang Quoc Anh1, 加三千宣2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 617-618, 2022. |
P-118. Prediction of the vapor pressure of the chemical using the eigenvalue of the molecular line 若栗佳介1,2, 高橋由雅3, 金谷重彦1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 619-620, 2022. |
P-119. Evaluation of the coverage of the properties of matter prediction line form multiple regression model using leverage and the predictive section 遠藤智司1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 621-621, 2022. |
P-120. Effect prediction of the climate change using the land area change model of mercury 河合徹 Proceedings of Japan Society of Endocrine Disrupters Research 24: 622-623, 2022. |
P-121. Examination for improvement in predictive precision of river water pharmaceutical products levels using G-CIEMS 梅田和貴1, 今泉圭隆2, 三小田憲史3, 黒田啓介3, 櫻井健郎2, 小林淳1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 624-624, 2022. |
P-122. Environmental risk assessment using the pollution actual situation and Crustacea of pesticides in the sea mingled with fresh water area 内田雅也1, 石橋弘志2, 平野将司3, 水川葉月2, 松尾楓1, 冨永伸明1, 有薗幸司4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 625-625, 2022. |
P-123. Development of characterization for humic acids using fluorescence solvatochromism of dye 原聖樹1, 小山華慧1, 佐澤和人1, 倉光英樹1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 626-626, 2022. |
P-124. Solubilization of soil iodine under the flooding condition and the eluviation 赤木功, 長田萌里, 森真由美, 樗木直也 Proceedings of Japan Society of Endocrine Disrupters Research 24: 627-628, 2022. |
P-125. The effect that difference in water management for the affluxion gives to the quality of the water change of the Himi-shi Ogawa River and internal productivity 佐澤和人1, 小宮山朋花1, 土田貴史1, 田口陸1, 中島晃史1, 倉光英樹1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 629-629, 2022. |
P-126. Relations of bacteria crowd structure and the chemical composition in the particulate matter which we sampled in two spots of Japan 関誠1, 藤吉奏2, 丸山史人2, 遠里由佳子3, 嶋田崇志1, 小山慎一4, 酒徳昭宏1, 中村省吾1, 田中大祐1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 630-630, 2022. |
P-127. The seasonal variation of the polycyclic aromatic compounds quinone body in the Mongolian atmosphere particle and development source analysis 山田尚人, バットジャルガル アディヤスレン, 大浦健 Proceedings of Japan Society of Endocrine Disrupters Research 24: 631-632, 2022. |
P-128. The mass density of PM2.5 out of the city atmosphere and the free troposphere atmosphere and PM1 and characteristic of the chemical composition 周雪婷1, 村田克1, 久保田裕仁1, 米持真一2, 大河内博1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 633-634, 2022. |
P-129. Rise in density of PM2.5 caused by the biomass combustion in the autumn of Fukui 川村恭平1, 小山幸男1, 岩井直樹1, 酒井忠彰1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 635-636, 2022. |
P-130. Change of the nitrogen ingredient of the atmosphere aerosol in Kanagawa 中村篤博 Proceedings of Japan Society of Endocrine Disrupters Research 24: 637-637, 2022. |
P-131. The difference between the species in the trace element in the atmosphere fallout to deposit in the forest area of Shirakami-Sanchi and seasonal variation 井上愛友1, 野田香織1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 638-639, 2022. |
P-132. Mechanism of production analysis of chlorination polycyclic aromatic hydrocarbon at destruction by fire by a chlorine presence form and the catalysis of plastic 王斉1, 三宅祐一2, 徳村雅弘1, 野呂和嗣1, 雨谷敬史1, 寺田彩乃3, 藤森崇4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 640-641, 2022. |
P-133. Experimental study about the classification fixed-quantity of HCl and the Cl2 in the vapor phase 古林萌々, 渡辺信久 Proceedings of Japan Society of Endocrine Disrupters Research 24: 642-643, 2022. |
P-134. Low subtraction of the dioxin de novo composition in the exhaust gas processing of the waste destruction by fire processing institution by the high reactive calcium hydroxide 金田翔1, 布施泰朗1,2, 相澤一郎3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 644-645, 2022. |
P-135. Consideration about the density in the investigation of PCB out of the bridge coating and the specific isomer 管家瑠莉香1, 宮本直人1, 高桑裕史2, 中野武3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 646-647, 2022. |
P-136. Grain size distribution of the car crush residual substance including POP-BFRs 松神秀徳1, 江口哲史2, 梶原夏子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 648-649, 2022. |
P-137. Occurrence of antimicrobial residues in swine manure 渡部真文1, グルゲ キールティ シリ1, 山根逸郎1, 小林創太1, 秋庭正人1,2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 650-651, 2022. |
P-138. Extraction coefficient in the sewage disposal plant of antidepressant and the GPCR blocker 韓語笑1, 周嘉俊1, 竹内悠1, 井原賢2, 中田典秀3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 652-653, 2022. |
P-139. Co-benefit situation for mercury and CO2 emissions from energy sector in Minamata area HAYASHI, Yayoi1, SAITO, Mitsugu2, TANAKA, Akio3, KOGA, Minoru3,4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 654-655, 2022. |
P-140. Examination of the simultaneous analytical procedure of residual mobile organic compound trifluoromethanesulfonic acid and short chain PFOS 伊藤誠治, 神近俊人 Proceedings of Japan Society of Endocrine Disrupters Research 24: 656-657, 2022. |
P-141. Development of the PFOA analytical procedure of the river water using the online SPE-LC/MS system 佐々野僚一1,3, 浅井智紀1, 渡辺淳2, 伊藤里恵3, 穐山浩3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 658-659, 2022. |
P-142. The construction of the analysis system of PFAS international standard ISO21675 and river investigation in Osaka-shi 市原真紀子1, 浅川大地1, 東條俊樹1, 谷保佐知2, 山下信義2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 660-661, 2022. |
P-143. Examination of the PFOS extracting method from the PFOS-containing soil 平尾壽啓1, 大山将2, 中島卓夫1, 畑古悠爾3, 谷口省吾3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 662-663, 2022. |
P-144. About problems in the EPA method 537.1 introduction inspection and the solution 野島智也, 駒木根直子, 辻村映彦, 関友博 Proceedings of Japan Society of Endocrine Disrupters Research 24: 664-665, 2022. |
P-145. Examination of the solid-phase extraction cartridge for organic fluorochemical analyses of the exudation water 矢吹芳教, 亀岡寛史, 小野純子, 伊藤耕二 Proceedings of Japan Society of Endocrine Disrupters Research 24: 666-667, 2022. |
P-146. Joint experiment (the first) about the PFAS analysis in the quality of the water 嶽盛公昭1, 高橋厚2, 豊田邦孝3, 林敏夫4, 石井善昭5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 668-669, 2022. |
P-147. Development atmolysis in the heat-treatment of the fluorotelomer base polymer by the thermolysis GC/MS double shot method 元木俊幸1, 松神秀徳1, 高橋勇介1, 倉持秀敏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 670-671, 2022. |
P-148. Basic evaluation of the ionic and neutral PFAS sampling sampler out of the atmosphere 高原玲華1, 国枝巧1, 高柳学1, 石井一行1, 林田寛司1, 島村紘大2, 横井誠2, 岩元寛司3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 672-673, 2022. |
P-149. Fact-finding of ionic PFASs out of the atmosphere using atmosphere sampler "FM4" in Osaka city limits 浅川大地1, 東條俊樹1, 市原真紀子1, 谷保佐知2, 羽成修康2, 山下信義2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 674-674, 2022. |
P-150. Fact-finding of neutral PFASs out of the atmosphere using atmosphere sampler "FM4" in Osaka city limits 東條俊樹1, 浅川大地1, 市原真紀子1, 谷保佐知2, 羽成修康3, 山下信義2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 675-676, 2022. |
P-151. It is ... 3 about the study on exudation underwater organic fluorochemical from the waste final disposal ground 松村千里1, 栫拓也1, 羽賀雄紀2, 坂本和暢1, 中越章博1, 井上豪3, 矢吹芳教4 Proceedings of Japan Society of Endocrine Disrupters Research 24: 677-678, 2022. |
P-152. ... Part 2 which protects water from examination - PFAS of the PFAS removal by the deionization technology 中村俊裕, 八尾英也, 横田治雄, 屋嘉比康彦, 高橋あかね, 望月寛盛 Proceedings of Japan Society of Endocrine Disrupters Research 24: 679-679, 2022. |
P-153. About the uptake change via the intestinal tract of the perfluoroalkyl acid compound in the olive flounder 磯崎涼介1, 小林淳1, 水川薫子2, 櫻井健郎3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 680-680, 2022. |
P-154. Comparison between basic examination - guidelines law and pump method - of the river micro plastic sampling method 鈴木剛1, 宇智田奈津代1, 古賀智子2, 田中厚資1, 倉持秀敏1, 大迫政浩1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 681-682, 2022. |
P-155. Examination of the section ultrastructure observation technique to analyze an internal structure change at deterioration of plastic 高橋勇介1, 田中厚資1, 梶原丈裕2, 鈴木剛1, 大迫政浩1, 倉持秀敏1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 683-684, 2022. |
P-156. Development of the analytical procedure of minute microplastic of biology using thermolysis GC/MS and POPs 佐野華子1, 高田秀重1, 水川薫子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 685-686, 2022. |
P-157. Development of the enzyme processing method using the enzyme detergent in the persimmon internal microfixed-quantity of plastic 加谷真悟1, 藤田恵美子1, 亀田豊1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 687-688, 2022. |
P-158. Development of the microidentification fixed-quantity technique using the smartphone image data of plastic 亀田豊1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 689-690, 2022. |
P-159. Presence properties of the marine microplastic highly-concentrated pollution area of the sea that became clear by a volunteer ship investigation 亀田豊1, 藤田恵美子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 691-692, 2022. |
P-160. Microabundance investigation of the sea of Chiba-shi using the automatic pre-treatment equipment and the sandy beach of plastic 埒慎悟1, 北村敬太郎1, 亀田豊1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 693-694, 2022. |
P-161. Study (2) which contributes to discharge actual situation grasp and discharge inhibition measures of the river plastic garbage 鈴木剛1, 中尾賢志2, 比嘉元紀3, 谷脇龍4, 伊藤彰5, 宇野悠介6, 佐藤敬士7, 宇智田奈津代1, 田中厚資1, 秋田耕佑2, 藤原康博2, 倉持秀敏1, 大迫政浩1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 695-696, 2022. |
P-162. The discharge situation investigation of the microplastic and bromine-based fire retardant from waste disposal and treatment facility 山本貴士1, 梶原夏子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 697-698, 2022. |
P-163. Microchange to come from coating manure in Ishikawa Tedori River seven or the water of plastic 勝見尚也1, 楠部孝誠1, 長尾誠也2, 大河内博3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 699-700, 2022. |
P-164. The chromic chemical form that adhered to microplastic 川崎美佐子1, 勝見尚也1, 橋本洋平2 Proceedings of Japan Society of Endocrine Disrupters Research 24: 701-702, 2022. |
P-165. Effect of adsorption and the deterioration of pyrene on polyethylene particles 齋藤皐生, 三小田憲史 Proceedings of Japan Society of Endocrine Disrupters Research 24: 703-704, 2022. |
P-166. Preliminary screening of halogenated flame retardants and nuclear receptors-mediated activities in children toy plastics Nguyen Minh Tue1,2, Takashi Fujimori3, Shinsuke Tanabe1, Tatsuya Kunisue1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 705-705, 2022. |
P-167. Effect on microexposure to fish of plastic in a different ecotype and the habitat 大野正貴, 天野桃歌, 末武莉子, 和田恭太, 小瀬知洋, 川田邦明 Proceedings of Japan Society of Endocrine Disrupters Research 24: 706-706, 2022. |
P-168. Development of the software for the a large quantity of microplastic samples high-precision automatic identification fixed-quantity using spectrum data 亀田豊1, 藤田恵美子1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 707-708, 2022. |
OD-1. Adsorption position of the dioxin in the capillary column at GC infusion 蓑毛康太郎1, 大塚宜寿1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 710-711, 2022. |
OD-2. Examination of the long-term sampling of the dioxin using the high volume air sampler 蓑毛康太郎1, 大塚宜寿1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 712-713, 2022. |
OD-3. Concrete policy ... of the quality control as quality control - consignor in the dioxin kind analysis outside trust that the government conducts 姉崎克典1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 714-714, 2022. |
OD-4. Grasp (2) of the seasonal variation of the neo-nicotinoid system pesticide levels in the Chikusa River water system 中越章博1, 本田理2, 山崎富夫1, 栫拓也1, 望月証2, 松村千里1 Proceedings of Japan Society of Endocrine Disrupters Research 24: 715-715, 2022. |
OD-5. Analysis of the relationship of an artificial sweetener and the quality of the water ingredient in a river 竹峰秀祐1, 柴森咲紀2, 見島伊織1,3 Proceedings of Japan Society of Endocrine Disrupters Research 24: 716-717, 2022. |
OD-6. The driving force of the ER β - antagonist activity of Cenozoic era bisphenol which is ER α - agonist is London vagility 劉暁輝1,2, 巣山慶太郎1,3, 鳥飼浩平1, 松山祐昂1, 野瀬健1,3, 下東美樹4,5, 下東康幸1,5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 718-719, 2022. |
OD-7. The effect that vegetable food gives to an effect of the polycyclic aromatic hydrocarbon 久留戸涼子1, 植田和章2, 鈴木崚真3, 津ケ谷勇斗4, 大浦健5 Proceedings of Japan Society of Endocrine Disrupters Research 24: 720-721, 2022. |
OD-8. Examination about the trace element pollution investigation of the Tokyo Bay area along the shore using the shell of the bivalve 染矢雅之, 山崎正夫, 佐藤綾子 Proceedings of Japan Society of Endocrine Disrupters Research 24: 722-723, 2022. |
HP-01. Bird Survey around the Yabu River V - Has development affected the bird fauna? - 北村渓登 Proceedings of Japan Society of Endocrine Disrupters Research 24: 725-725, 2022. |
HP-02. Search of an acetic acid strain and the culture condition to make the cellulose with high convenience 相原光希, 渡壁希美 Proceedings of Japan Society of Endocrine Disrupters Research 24: 726-726, 2022. |
HP-03. Protect beauty et al. Sea 佐々木昌虎, 新田遥加, 掛端博貴, 大坊拓也, 中居泉穂, 寺沢ゆき Proceedings of Japan Society of Endocrine Disrupters Research 24: 727-727, 2022. |
HP-04. Inhibition of the water pollution by the life waste water from miscellaneous sources and study of the reuse technology 佐々木昌虎, 新田遥加, 中居泉穂, 寺沢ゆき, 掛端博貴, 大坊拓也 Proceedings of Japan Society of Endocrine Disrupters Research 24: 728-728, 2022. |
HP-05. Development of the system inhibiting salt accumulation in movement and converter slag of the soil water 中居泉穂, 寺沢ゆき, 新田遥加, 掛端博貴, 大坊拓也, 佐々木昌虎 Proceedings of Japan Society of Endocrine Disrupters Research 24: 729-729, 2022. |
HP-06. It is ... for adsorption - sustainable society activity of metal ions using the calcium carbonate-based waste 中居佑太 Proceedings of Japan Society of Endocrine Disrupters Research 24: 730-730, 2022. |
HP-07. Habitation outside the area maintenance of the local endangered plant utilizing the reservoir 的場慎太郎, 谷口慶太, 辻本莉菜, 藤本波児, 松井勇斗 Proceedings of Japan Society of Endocrine Disrupters Research 24: 731-731, 2022. |
HP-08. Composition and the resolution of the biodegradable plastic using oceanic climate bacteria 村上陽向, 松本麗, 近藤百々花 Proceedings of Japan Society of Endocrine Disrupters Research 24: 732-732, 2022. |
HP-09. Study on light functionality materials which use and application made food waste drained from local resources 升谷壱輝, 脇坂叶夢 Proceedings of Japan Society of Endocrine Disrupters Research 24: 733-733, 2022. |
HP-10. Effectiveness and tendency to distribution ... of microinvestigation - staining distinction included in the river sediment of plastic 山本鉄翔, 河合隆慶, 福永涼夏, 佐藤拓実 Proceedings of Japan Society of Endocrine Disrupters Research 24: 734-734, 2022. |
HP-11. Search of the breeding condition for the endangered species pine cone fellow maintenance 中村柑南, 渡壁咲希, 高尾実里 Proceedings of Japan Society of Endocrine Disrupters Research 24: 735-735, 2022. |