School of Veterinary Medicine, Department of Veterinary Science
能田淳 ノウダ ジュン
E-Mail：jnoda@rakuno.ac.jp
Website：Last Update :2025/06/09Researcher Profile and Settings
Name
NOHDA Jun
Affiliation (Master)
School of Veterinary Medicine, Department of Veterinary Science
Affiliation & Job
Rakuno Gakuen University
Research Activities
Research Areas
Nanotechnology/Materials, Green/sustainable/environmental chemistry Environmental science/Agricultural science, Environmental effects of chemicals Environmental science/Agricultural science, Environmental impact assessment
Research Interests
Bioaerosol, Atmospheric Scinece, Environmental Health Scinece,
Published Papers
Fungal Community and Diversity in a Frequently Ventilated Traditional and Modern Japanese House, Tomohide Akiyama; Jianjian Hou; Daisuke Ogura; Makiko Nakajima; Fumito Maruyama; So Fujiyoshi; Jun Noda; Ayako Fujieda, 2025 Efficacy of treating bacterial bioaerosols with weakly acidic hypochlorous water: A simulation chamber study, Saowanee Norkaew; Sumiyo Narikawa; Ukyo Nagashima; Ryoko Uemura; Jun Noda, Heliyon, 2024 03 Comparative Evaluation of Microorganism Disinfection Methods for N95 Respirators, Satoshi Mitarai*; Jun Noda; Satoshi Gondaira; Ikuo Uchida; Rikio Kirisawa, Journal of Biomedical Research & Environmental Sciences, SciRes Literature LLC, 5, (1) 083 - 088, 2024 01 Consideration of a Nosocomial Infection Case Caused by Mycobacterium abscessus, 竹本潔; 鞍谷沙織; 船戸正久; 飯島禎貴; 片山珠美; 柏木淳子; 塩見夏子; 梶原綾; 吉田志緒美; 露口一成; 能田淳; 御手洗聡, 日本小児科学会雑誌, 128, (1) , 2024 Airborne bacterial communities associated with particulate matter in Temuco (Chile), one of the most air-polluted cities in South America, Tay Ruiz-Gil; Joaquín I. Rilling; Marco Campos; Elizabeth Carrazana; So Fujiyoshi; Fumito Maruyama; Daisuke Tanaka; Akihiro Sakatoku; Jun Noda; Jacquelinne J. Acuña; Milko A. Jorquera, Aerobiologia, Springer Science and Business Media LLC, 2023 12 18 Growth Suppression of a Robust Bacterium Methylobacterium extorquens by Porous Materials with Oxygen Functional Groups, Takeshi Mori; Yuta Ogawa; Izuki Endo; Keiichiro Matsushima; Jun Noda, Life, 2023 11 09 Potential airborne human pathogens: A relevant inhabitant in built environments but not considered in indoor air quality standards, Elizabeth Carrazana; Tay Ruiz-Gil; So Fujiyoshi; Daisuke Tanaka; Jun Noda; Fumito Maruyama; Milko A. Jorquera, Science of The Total Environment, Elsevier BV, 901, 165879 - 165879, 2023 11 Indoor temperature, humidity, and microorganisms in traditional and modern houses in Japan, Makoto Kokubo; Daisuke Ogura; Makiko Nakajima; Fumito Maruyama; So Fujiyoshi; Jun Noda; Ayako Fujieda, E3S Web of Conferences, 396, 2023 06 16 Dust and Microorganisms: Their Interactions and Health Effects, Jun Noda; Kozo Morimoto; Satoshi Mitarai; Teruya Maki, Emerging Contaminants and Associated Treatment Technologies, Springer International Publishing, 137 - 156, 2023 03 01 Study of trace elements in stranded green turtles (<i>Chelonia mydas</i>), hawksbill turtles (<i>Eretmochelys imbricata</i>), and olive ridley turtles (<i>Lepidochelys olivacea)</i> in Gulf of Thailand and Andaman Sea, Poommate CHOMCHAT; Patcharaporn KAEWMONG; Kaitkanoke SIRINARUMITR; Koichiro SERA; Jun NODA; Theerapol SIRINARUMITR, Journal of Veterinary Medical Science, Japanese Society of Veterinary Science, 85, (5) 557 - 564, 2023 Changes in CCN activity of ship exhaust particles induced by fuel sulfur content reduction and wet scrubbing, Luis F. E. d. Santos; Kent Salo; Xiangrui Kong; Jun Noda; Thomas B. Kristensen; Takuji Ohigashi; Erik S. Thomson, Environmental Science: Atmospheres, Royal Society of Chemistry (RSC), 2023 Long-range transport of airborne bacteria over East Asia: Asian dust events carry potentially nontuberculous Mycobacterium populations, Teruya Maki; Jun Noda; Kozo Morimoto; Kazuma Aoki; Yasunori Kurosaki; Zhongwei Huang; Bin Chen; Atsushi Matsuki; Hiroki Miyata; Satoshi Mitarai, Environment International, Elsevier {BV}, 168, 107471 - 107471, 2022 10 Air pollution and airborne infection with mycobacterial bioaerosols: a potential attribution of soot, J. Noda; S. Tomizawa; K. Takahashi; K. Morimoto; S. Mitarai, International Journal of Environmental Science and Technology, Springer Science and Business Media {LLC}, 2022 02 Characteristics of PM2.5 Pollution in Osorno, Chile: Ion Chromatography and Meteorological Data Analyses, Ayane Nakamura; Nobutake Nakatani; Fumito Maruyama; So Fujiyoshi; Rodrigo Márquez-Reyes; Ricardo Fernández; Jun Noda, Atmosphere, MDPI AG, 13, (2) 168 - 168, 2022 01 20 結核とバイオエアロゾル感染, 御手洗 聡; 能田 淳, 大気環境学会誌, (公社)大気環境学会, 57, (1) A22 - A26, 2022 01 Relationship between the Microbiome and Indoor Temperature/Humidity in a Traditional Japanese House with a Thatched Roof in Kyoto, Japan, Makoto Kokubo; So Fujiyoshi; Daisuke Ogura; Makiko Nakajima; Ayako Fujieda; Jun Noda; Fumito Maruyama, Diversity, MDPI AG, 13, (10) 475 - 475, 2021 09 28 結核とバイオエアロゾル感染, 御手洗 聡; 能田 淳, 大気環境学会年会講演要旨集, (公社)大気環境学会, 62回, 92 - 92, 2021 09 Shape relatedness between geographic populations of Culex tritaeniorhynchus, the primary vector of Japanese encephalitis virus: A landmark study, R. Morales Vargas; T. Tsunoda; J. Noda; P. Bousses; T.Y. Nguyen; F. Hasebe; J.P. Dujardin, Infection, Genetics and Evolution, Elsevier BV, 90, 104764 - 104764, 2021 06 Airborne bacterial communities of outdoor environments and their associated influencing factors., Tay Ruiz-Gil; Jacquelinne J Acuña; So Fujiyoshi; Daisuke Tanaka; Jun Noda; Fumito Maruyama; Milko A Jorquera, Environment international, Elsevier BV, 145, 106156 - 106156, 2020 12 長距離輸送されるバイオエアロゾルが及ぼすヒト健康影響, 牧 輝弥; 市瀬 孝道; 定金 香里; 能田 淳; 御手洗 聡; 森本 耕三; 川下 理日人, 大気環境学会年会講演要旨集, (公社)大気環境学会, 61回, B3 - 01, 2020 09 Concentration patterns of antibacterial factors and immunoglobulin A antibody in foremilk fractions of healthy cows, Nana Kitano; Naoki Isobe; Jun Noda; Toshihiko Takahashi, Animal Science Journal, Wiley, 91, (1) , 2020 01 Aerosol from Biomass Combustion in Northern Europe: Influence of Meteorological Conditions and Air Mass History, Jun Noda; Robert Bergström; Xiangrui Kong; Torbjörn L. Gustafsson; Borka Kovacevik; Maria Svane; Jan B. C. Pettersson, Atmosphere, 10, (789) 1 - 19, 2019 12 06 Evaluation of probiotic therapy for calf diarrhea with serum diamine oxidase activity as an indicator, Fukuda, T., Otsuka, M., Nishi, K., Nishi, Y.,Tsukano, K., Noda, J., Higuchi, H., and Suzuki, K., Japanese Journal of Veterinary Research, 67, (4) 305 - 311, 2019 11 Vertical distributions of airborne microorganisms over Asian dust source region of Taklimakan and Gobi Desert, Maki, T., Bin, C., Kai, K., Kawai, Kei., Fujita, K., Ohara, K., Kobayashi, F., Davaanyan, E., Noda, J., Minamoto, Y., Shi, G., Hasegawa, H., Iwasaka, Y., Atmospheric Environment, 214, (214) 1 - 8, 2019 10 01 Atmospheric dust as a possible survival factor for bioaerosols, Jun Noda, E3S Web of Conferences, EDP Sciences, 99, 04007 - 04007, 2019 06 Detection of the sul2-strA-strB gene cluster in an ice core from Dome Fuji Station, East Antarctica., Torahiko Okubo; Rieko Ae; Jun Noda; Yoshinori Iizuka; Masaru Usui; Yutaka Tamura, Journal of global antimicrobial resistance, 17, 72 - 78, 2019 06 Comparison of green turtle Chelonia mydas sex ratios at two time-points over 20 years at a foraging ground in Yaeyama Islands, Ryukyu Archipelago, Japan, Kameda, K., Suzuki, K., Kuroyanagi, K., Takase, M., Matsuda, K., Noda, J., Endangered Species Research, 38, 127 - 134, 2019 03 14 Ceilometer Observation of a Dust Event in the Gobi Desert on 29–30 April 2015: Sudden Arrival of a Developed Dust Storm and Trapping of Dust Within an Inversion Layer, Jun Noda, SOLA, 15, 52 - 56, 2019 03 07 Large-scale dust event in East Asia, as revealed by the Himawari-8 DUST RGB, lidar network observations, and field survey, Jun Noda, E3S Web of Conferences, 99, 2019 03 Sequential changes in serum zinc concentrations in calves with experimentally induced endotoxin shock measured by the particle-induced X-ray emission method., Toshio Shimamori; Kenji Tsukano; Koichiro Sera; Jun Noda; Kazuyuki Suzuki, The Journal of veterinary medical science, 81, (2) 165 - 168, 2019 02 09 Northeast Asian Dust Transport: A Case Study of a Dust Storm Event from 28 March to 2 April 2012, Purevsuren Tsedendamba; Jugder Dulam; Kenji BABA; KATSURO Hagiwara; Jun Noda; Kei Kawai; Ganzorig Sumiya; Christopher McCarthy; Kenji Kai; Buho Hoshino, Atmosphere, 10, (2) 1 - 16, 2019 02 Contamination Status of Seven Elements in Hooded Cranes Wintering in South-West Kyushu, Japan: Comparison with Red-Crowned Cranes in Hokkaido, Japan., Hiroki Teraoka; Hasumi Miyagi; Yuko Haraguchi; Kozo Takase; Takio Kitazawa; Jun Noda, Archives of environmental contamination and toxicology, 75, (4) 557 - 565, 2018 11 Detection of dry lake beds formation and estimate of environmental regime shift in semi-arid region, BABA KENJI, Journal of Arid Land Studies, 28, (5) 109 - 113, 2018 Investigation of chromated copper arsenate-treated waste wood used for bedding material in the Hokkaido area, Jun Noda; Kenichi Izumi; Yutaka Tamura, Japanese Journal of Veterinary Research, 66, (1) 57 - 62, 2018 Large-scale dust event in East Asia in May 2017: Dust emission and transport from multiple source regions, Yuki Minamoto; Kotaro Nakamura; Minrui Wang; Kei Kawai; Kazuma Ohara; Jun Noda; Enkhbaatar Davaanyam; Nobuo Sugimoto; Kenji Kai, Scientific Online Letters on the Atmosphere, 14, 33 - 38, 2018 Plasma lead, silicon and titanium concentrations are considerably higher in green sea turtle from the suburban coast than in those from the rural coast in Okinawa, Japan., Kenji Tsukano; Kazuyuki Suzuki; Jun Noda; Makio Yanagisawa; Kazunari Kameda; Koichiro Sera; Yasunobu Nishi; Toshio Shimamori; Yasuyo Morimoto; Hiroshi Yokota; Mitsuhiko Asakawa, The Journal of veterinary medical science, 79, (12) 2043 - 2047, 2017 12 22 Determining the frequency of dry lake bed formation in semi-arid Mongolia from satellite data, Yuta Demura; Buho Hoshino; Kenji Baba; Christopher McCarthy; Yuki Sofue; Kenji Kai; Tsedendamba Purevsuren; Katsuro Hagiwara; Jun Noda, Land, 6, (4) , 2017 12 01 Particle-Induced X-ray Emission Analysis of Serum Trace and Major Elements in Cattle with Acute Coliform Mastitis, Toshio Shimamori; Jun Noda; Kenji Tsukano; Kouichiro Sera; Hiroshi Yokota; Masateru Koiwa; Takahide Suzuki; Kazuyuki Suzuki, JAPANESE JOURNAL OF VETERINARY RESEARCH, 65, (1) 29 - 37, 2017 02 Particle-Induced X-ray Emission Analysis of Zierum Trace and Major Elements in Cattle with Acute Coliform Mastitis., Toshio Shimamori; Jun Noda; Kenji Tsukano; Kouichiro Sera; Hiroshi Yokota; Masateru Koiwa; Takahide Suzuki; Kazuyuki Suzuki, The Japanese journal of veterinary research, 65, (1) 29 - 37, 2017 02 Particle-induced X-ray emission analysis of serum trace and major elements in cattle with acute coliform mastitis, Toshio Shimamori; Jun Noda; Kenji Tsukano; Kouichiro Sera; Hiroshi Yokota; Masateru Koiwa; Takahide Suzuki; Kazuyuki Suzuki, Japanese Journal of Veterinary Research, Hokkaido University, 65, (1) 29 - 37, 2017 Estimates of ground surface characteristics for outbreaks of the Asian Dust Storms in the sources region, Demura, Y; Hoshino, B; Sofue, Y; Kai, K; Purevsuren, T; Baba, K; Noda, J, ProScience, 3, 21 - 30, 2016 12 Bioaerosols and PM2.5: health effects, NODA JUN, Clean Technology, 26, (9) 36 - 40, 2016 09 Atmospheric black carbon and its role, Yasunari, T. J; N. Kaneyasu; A. Noda; B. Hoshino; I. Noguchi; N. Murao; M. Akiyama; M. Fujioka; K. Baba; K. Hagiwara; K. Kai; T. Yamaguchi; H. Suzuki; R. Matsumoto, Saihyou, 62, 3 - 42, 2016 Environmental Contamination by Arsenic and Lead in some rural villages in India, Noda, J; Hakamada, R; Suzuki, K; Miura, T; Sera, K, International Journal of PIXE, World Scientific Publishing, 25, (1-2) 29 - 37, 2015 12 Detection of dry lake beds formation and estimate of environmental regime shift in semi-arid region, Jun Noda, Journal of Arid Land Studies, 2014 12 25 Comparative Characteristics of the Home Ranges of Domestic and Wild Animals in Arid and Semi-Arid Afro-Eurasian Watering Places as Hot Spots for Pasture Degradation, Hoshino, B; Naweata, H; Kai, K; Yasuda, H; Baba, K; Ganzorig, S; Suriga, S; Karina, M; Purevsuren, T; Hashimoto,M; Kawashima, K; Noda, J; Hagiwara, K; Shibata, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 51 - 56, 2014 Temporal Changes in Environmental Health Risks and Socio-psychological Status in Areas Affected by the 2011 Tsunami in Ishinomaki, Japan, Makita, K; Inoshita, K; Kayano, T; Uenoyama, K; Hagiwara, K; Asakawa, M; Ogawa, K; Kawamura, S; Noda, J; Sera, K; Sasaki, H; Nakatani, N; Higuchi, H; Ishikawa, N; Iwano, H; Tamura, Y, Environment and Pollution, Canadian Center of Science and Education, 3, (1) , 2013 Relationships between carapace sizes and plasma major and trace element status in captive hawksbill sea turtles (Eretmochelys imbricata)., Kazuyuki Suzuki; Jun Noda; Makio Yanagisawa; Isao Kawazu; Kouichiro Sera; Daisuke Fukui; Mitsuhiko Asakawa; Hiroshi Yokota, The Journal of veterinary medical science, 74, (12) 1677 - 80, 2012 12 Factors associated with antimicrobial-resistant Escherichia coli in zoo animals., Kanako Ishihara; Yuko Hosokawa; Kohei Makita; Jun Noda; Hiroshi Ueno; Yasukazu Muramatsu; Hiroshi Ueno; Takeshi Mukai; Hideaki Yamamoto; Masaki Ito; Yutaka Tamura, Research in veterinary science, 93, (2) 574 - 80, 2012 10 Particle-induced X-ray emission analysis of elements in plasma from wild and captive sea turtles (Eretmochelys imbricata, Chelonia mydas, and Caretta caretta) in Okinawa, Japan., Kazuyuki Suzuki; Jun Noda; Makio Yanagisawa; Isao Kawazu; Kouichiro Sera; Daisuke Fukui; Mitsuhiko Asakawa; Hiroshi Yokota, Biological trace element research, 148, (3) 302 - 8, 2012 09 南極の氷中に含まれていた細菌叢の解析, 大久保 寅彦; 佐藤 豊孝; 中村 昇太; 飯田 哲也; 臼井 優; 能田 淳; 萩原 克郎; 田村 豊, 日本獣医学会学術集会講演要旨集, (公社)日本獣医学会, 154回, 229 - 229, 2012 08 Mexico city aerosol analysis during MILAGRO using high resolution aerosol mass spectrometry at the urban supersite (T0) - Part 2: Analysis of the biomass burning contribution and the non-fossil carbon fraction, A. C. Aiken; B. de Foy; C. Wiedinmyer; P. F. DeCarlo; I. M. Ulbrich; M. N. Wehrli; S. Szidat; A. S. H. Prevot; J. Noda; L. Wacker; R. Volkamer; E. Fortner; J. Wang; A. Laskin; V. Shutthanandan; J. Zheng; R. Zhang; G. Paredes-Miranda; W. P. Arnott; L. T. Molina; G. Sosa; X. Querol; J. L. Jimenez, ATMOSPHERIC CHEMISTRY AND PHYSICS, 10, (12) 5315 - 5341, 2010 Dealkylation of alkylbenzenes: a significant pathway in the toluene, o-, m-, p-xylene + OH reaction., Jun Noda; Rainer Volkamer; Mario J Molina, The journal of physical chemistry. A, 113, (35) 9658 - 66, 2009 09 03 On-Line Chemical Analysis of Individual Alkali-Containing Aerosol Particles by Surface Ionization Combined with Time-of-Flight Mass Spectrometry, Maria Svane; Torbjorn L. Gustafsson; Borka Kovacevik; Jun Noda; Patrik U. Andersson; E. Douglas Nilsson; Jan B. C. Pettersson, AEROSOL SCIENCE AND TECHNOLOGY, 43, (7) 653 - 661, 2009 Kinetics of the gas-phase reaction ofn-C6-C10aldehydes with the nitrate radical, Jun Noda, International Journal of Chemical Kinetics, 2003 Kinetics of the Gas-Phase Reaction of Some Unsaturated Alcohols with the Nitrate Radical, Jun Noda, The Journal of Physical Chemistry A, 2002 02 Aerosol formation in connection with NO3 oxidation of unsaturated alcohols, Jun Noda, Atmospheric Environment, 2002 01 Products from the gas-phase reaction of some unsaturated alcohols with nitrate radicals, Jun Noda, Physical Chemistry Chemical Physics, 2000 Abstracts of the 6th FECS Conference 1998 Lectures, Jun Noda, Environmental Science and Pollution Research, 1998 09 Organophosphate Flame Retardants in Needles of Pinus ponderosa in the Sierra Nevada Foothills, Jun Noda, Bulletin of Environmental Contamination and Toxicology, 1996 12 01
Books etc
獣医毒性学: 獣医学教育モデル コア・カリキュラム準拠, 日本比較薬理学毒性学会, 近代出版, 2020 03 01 , 487402260X 認定動物看護師教育コアカリキュラム2019 準拠 応用動物看護学2 (公衆衛生学 動物医療関連法規), 全国動物保健看護系大学協会 カリキュラム委員会, インターズー, 2019 12 25 , 4866710896 獣医公衆衛生学 2, 獣医公衆衛生学教育研修協議会, 文永堂出版, 2014 04 , 4830032510
Conference Activities & Talks
Infectious Disease and Airborne Fomites: prolonged viability of bioaerosols, Jun Noda; Tomoko Ando; Maki Teruya; Xiangrui Kong; Chritian Salvador; Ravi Pathak; Mattias Hallquis; Kozo Morimoto; Satoshi Mitarai, 8th International Chemical Hazard symposium Sapporo Infectious Disease and Airborne Fomites: prolonged viability of microbes in the Atmosphere J. Noda;T. Ando;M.Teruya;X. Kong;C. Salvador;R. Pathak;M. Hallquis;K. Morimoto;S. Mitarai . European Aerosol Conference, 2024, J. Noda; T. Ando; M.Teruya; X. Kong; C. Salvador; R. Pathak; M. Hallquis; K. Morimoto; S. Mitarai, European Aerosol Conference 2024, Tampere Viability of bioaerosol and relation of airborne fomites, 能田 淳; 安藤 智子; 牧 輝弥; 森本耕三; 御手洗 聡, The 41st Aerosol Science and Technology Research Symposium of the Japanese Society of Aerosol Science, 2024 Fungal community and diversity in a frequently ventilated Traditional and Modern Japanese House ○T Akiyama, J Hou, D Ogura, M Nakajima, F Maruyama, S Fujiyoshi, J Noda, A Fujieda, International Association of Building Physics (IABP) conference, Tronto, Canada, Jul. 2024., T Akiyama; J Hou; D Ogura; M Nakajima; F Maruyama; S Fujiyoshi; J Noda; A Fujieda, Fungal community and diversity in a frequently ventilated Traditional and Modern Japanese House ○T Akiyama, J Hou, D Ogura, M Nakajima, F Maruyama, S Fujiyoshi, J Noda, A Fujieda, International Association of Building Physics (IABP) conference, Tronto, Canada, Jul. 2024. Impact of Indoor Temperature and Humidity on the Microbiome Structure in Modern Japanese Residences, Makiko Nakajima; Tomohide Akiyama; Daisuke Ogura; Fumito Maruyama; So Fujiyoshi; Jun Noda; Ayako Fujieda, American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) Conference 住環境の微生物と物理化学因子、住まい方の関係―(その5)伝統住宅と現代住宅における細菌群集構造、多様性の比較, 秋山友秀; 小椋大輔; 中嶋麻起子; 丸山史人; 藤枝絢子; 殷悦; 藤吉奏; 能田淳; 侯建建, 令和6年度 日本建築学会 近畿支部研究発表会 糖類の混在が非結核性抗酸菌（NTM）バイオエアロゾルの生存に及ぼす影響について, 能田 淳; 安藤智子; 牧輝弥; 森本耕三; 御手洗 聡, 第15回バイオアエロゾルシンポジウム 東大阪 新規水溶性フィルターによるバイオエアロゾル捕集効率の比較検討, 能田 淳; 新田浩登; 高原葉菜; 奥田知明; 小宮幸作; 御手洗 聡, 第15回バイオアエロゾルシンポジウム 東大阪 Possible Survival of Bioaerosols in the Atmosphere: Pollutants as contributing factors, Jun Noda, Sota Tomizawa, Tatsuya Aoyama, Kozo Morimoto, and Satoshi Mitarai, 1st International Conference on Applications of Air Quality in Science and Engineering Atmospheric Science and One Health: Elucidating Airborne Transmission, Jun Noda, A special research presentation Atmospheric Science and One Health, Jun Noda, Third chemical hazard symposium in Sapporo Bioaerosol measurements in Mongolia, China, and Japan during the spring of 2015, Jun Noda, Keisuke Nishioka, Takaaki Nakaya, Keiya Yumimoto, Katsuro Hagiwara, Buho Hoshino, Kenji Baba, Izumi Noguchi, Teruya Maki, Atsushi Matuki, Chiharu Nishita-Hara, Masahiko Hayash, Enkhbaatar Davaanya, Erdenebadrakh Munkjargal, Kei Kawai, and Kenji Kai, EAC 2019 A possible survival mechanism of bioaerosols with particulate matters, Jun Noda 1, Kyohei Takahashi1, Urara Kojima1, Sota Tomizawa1, Kozo Morimoto2,3, and Satoshi Mitarai3, EAC 2019 Atmospheric dust as a possible survival factor for bioaerosols, Jun Noda, Sota Tomizawa, Buho Hoshino, Erdenebadrakh Munkhjargal, Kei Kawai, and Kenji Kai, Central Asian DUst Conference (CADUC) Potential of air pollutants as a protective material for airborne bacteria against ultraviolet rays, Jun Noda; Kyohei Takahashi; Urara Kojima; Sota Tomizawa, 12th Bioaerosol symposium in Ibaraki Understanding Spatial Differences of Non-Tuberculosis Mycobacterium (NTM) Pulmonary Disease by Environmental Aerosol Measurements, Jun Noda; Teruya Maki; Kozo Morimoto; Satoshi Mitarai, 12th Bioaerosol symposium in Ibaraki Potential of air pollutants as a protective material for airborne bacteria against ultraviolet rays, Jun Noda; Sota Tomizawa; Urara Kojima; Kyohei Takahashi; Leo Uchida; Yasukazu Muramatsu, 6th Atmospheric aerosol symposium: Asian dust analysis from simulation and measurement One Health Approach for Infectious Diseases: Elucidation of Airborne Transmission Mechanisms, Jun Noda; Sota Tomizawa; Kozo Morimoto; Satoshi Mitarai, 20th Federation of Asian Veterinary association congress Aerosol and health, Jun Noda, 15th Zenoaq extension seminar ＰＩＸＥによる異なるウミガメ血清中微量元濃度：タイでの事例, 能田 淳, 第24回 NMCC成果報告会 呼吸器病とエアロゾル, 能田 淳, 到津の森公園 セミナー バイオエアロゾルと植生の関連性について, 能田 淳, 第5回 大気エアロゾル公開シンポジウム －陸・植物・空ー Sampling Method for Airborne Non-Tuberculosis Mycobacterium with Environmental Aerosols, Jun Noda; Sota Tomisawa; Tran Thai Nhat; Yasukazu Muramatsu, 11th Bioaerosol symposium in Nagano Atmospheric science within a one health perspective, Jun Noda, University of Beira Interior Health Sciences Research Centre Seminor Distribution pattern of aerosolized Mycoplama bovis with environmental aerosols under different humidity levels, Jun Noda; Ami Saito; Koji Nishi; Satoshi Gondaira; Hidetoshi Higuchi; Hajime Nagahata; Hiroshi Yokota, Joint international tropical medicine meeting 2017 Bioearosol measurements during the dust storm event in IOP2015, Jun NODA; Keisuke NISHIOKA; Keiya YUMIMOTO; Katsuro HAGIWARA; Hiroshi YOKOTA; Buho HOSHINO; Takaaki NAKAYA; Teruya MAKI; Enkhbaatar DAVAANYA; Erdenebadrakh MUNKHJARGAL; Kei KAWAI; Kenji KAI, International Workshop on Asian Dust, Bioaerosols and Environmental Regime Shift Investigation of respiratory drug delivery by nebulizer efficacy: aerosol particle sizes and their effectiveness, Toshihiro Wakibuchi; Kaede Onohara; Kazuyuki Suzuki; Jun Minaguchi; Jun Noda, Veterinary medical association annual meeting in Hokkaido Plasma Endotoxin Activity and Trace Elements Kinetics in Macropus giganteus infected-Lumpy Jaw Disease (LJD), Karin Yokoe; Yukari Sotohira; Jun Noda; Kazuyuki Suzuki; Kouichiro Sera; Mitsuhiko Asakawa, Chemical Hazard Symposium BIOAEROSOLS AND CHEMICAL SUBSTANCES - COEXISTENCE AND POSSIBLE INTERACTIONS, Jun Noda; Buho Hoshino; Katsuro Hagiwara; Hiroshi Yokota; Batdorj Dashdondog; Munkhjargal Erdenebadrakh; Kei Kawai; Kenji Kai, Chemical Hazard Symposium Occupational Health Risk with Airborne Materials, NODA JUN, 2nd One health lecture series on One Health, Rakuno Gakuen University Environmental perspective of OneHealth, NODA JUN, What is about "onehealth"? Interaction of airborne mycoplasma bovis and environmental aerosol particles in livestock farming, Jun Noda; Ami Saito; Ayano Toyoda; Koji Nishi; Hidetoshi Higuchi; Hajime Nagahata; Hiroshi Yokota, 10th Bioaerosol symposium in Kanazawa Relationship between Black Carbon and Bioaerosols, Noda, J; Hagiwara, K; Hoshino, B; Kant, R; Hallquist, M, 4th. Aerosol symposium: Black carbon Aerosol Science with One Health Perspective, NODA JUN, 1st lecture series on One Health, Thammasat University Relationship of Bioaerosls and Environmental Particulate Matters: Possible Health effect, NODA JUN, 22nd atmospheric chemistry conference Investigation of Airborne Mycoplasma bovis with Different Environmental aerosol particles, Saito, A; Toyoda, A; Nishi, K; Noda, J; Higuchi, H; Nagahata, H, 57th Conference for Japan society of Atmospheric environment Bioaerosol researches: Field and laboratory investigation, Noda, J; Noguchi, I; Dashdondog, B; Nakaya, T; Hagiwara, K, 1s JSPS Core to Core program international seminar for collaborative work to develop platform for zoonotic infectious diseases among Japan, Egypt and Asian countries Measurement of Bioaerosols, graduate course lecture, NODA JUN, 3rd JSPS Core to Core program for Collaborative Research between Mongolia, China and Japan on Outbreaks of Asian dust and Environmental Regime Shift Viability differences of Bioaerosols with Dusts from Mongolia and Japan, Noda, J; Hagiwara, K; Hoshino, B; Baba, K; Yokotota, H; Erdenebadrakh, M; Kawai, K; Kai, K, 3rd JSPS Core to Core program for Collaborative Research between Mongolia, China and Japan on Outbreaks of Asian dust and Environmental Regime Shift Behavior of Airborne Mycoplasma Bovis with Different Dusts in Livestock Firming, Noda, J; Toyoda, A; Higuchi, H; Ngahata, H; Yokota, H, International Conference on Atmospheric dust Viability Reduction of Bioaerosols with Presence of Environmental Dusts, Noda, J; Hagiwara, K; Hoshino, B; Yokotota, H; Erdenebadrakh, M; Kawai, K; Kai, K, International Conference on Atmospheric dust Estimates of Ground Surface Characteristics for Outbreaks of the Asian Dust Storms in the Sources Region, Hoshino, B; Demura, Y; Sofue, Y; Kai, K; Purevsuren, T; Noda, J, International Conference on Atmospheric dust Connection of different endotoxin levels and trace elements in sea turtles, Noda, J; Suzuki, K; Yokota, H; Sera., K, Japan Radio Isotope Association PIXE symposium Interactions Between Biological and Non-biological Fractions of Aerosols, Bioaerosol Research in Recent Development, Un-known Feature of Airborne Microbes, NODA JUN, Open seminar for JSPS Core to Core program of Collaborative Research between Mongolia, China and Japan on Outbreaks of Asian dust and Environmental Regime Shift
Misc
Study on Microbiome, Physical Environmental Factors, and Ways of Living in the Building Environment-(Part2) Relationship between DNA concentration of microorganisms on indoor surfaces and relative humidity-, 小久保舞香; 中嶋麻起子; 秋山友秀; 小椋大輔; 丸山史人; 藤枝絢子; 藤吉奏; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2023, 2023 Study on Microbiome, Physical Environmental Factors, and Ways of Living in the Building Environment. (Part 1) Fungal community structure in modern and traditional housing., 中嶋麻起子; 丸山史人; 小久保舞香; 藤枝絢子; 秋山友秀; 藤吉奏; 小椋大輔; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2023, 2023 Study on microbiome, physical environmental factors, and ways of living in the building environment-(Part3) Identification and comparison of microbial communities in housing and on residents’ skin surfaces-, 秋山友秀; 小久保舞香; 小椋大輔; 中嶋麻起子; 丸山史人; 藤枝絢子; 藤吉奏; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2023, 2023 Agricultural Environment and Aerosols -Analysis of Air Pollution and Bioaerosols-, 能田淳, エアロゾル研究, 38, 2023 重症心身障害児施設におけるM.abscessus subsp.massilienseの院内感染事例, 吉田志緒美; 露口一成; 青野昭男; 五十嵐ゆり子; 松本悠希; 中村昇太; 能田淳; 御手洗聡; 井上義一, 結核(Web), 98, 2023 Spatiotemporal Dynamics of Airborne Clostridium spp. in the Noto Peninsula, Central Japan, 岩本玲佳; 関誠; TANG Ning; 松木篤; 鈴木信雄; 能田淳; 酒徳昭宏; 中村省吾; 田中大祐, 日本微生物生態学会大会(Web), 36th, 2023 Relationship between microorganisms in the living environment, temperature and humidity, and housing style (Part 1) Fungal community structure in modern and traditional housing., 中嶋麻起子; 小久保舞香; HOU Jianjian; 秋山友秀; 小椋大輔; 丸山史人; 藤枝絢子; 藤吉奏; 能田淳, 室内環境学会学術大会講演要旨集(Web), 2023, 2023 Study on Microbiome, Temperature and Humidity, and Ways of Living in the Building Environment. (Part 2) Identification and comparison of microbial communities in housing and on the skin surfaces of residents., 秋山友秀; 中嶋麻起子; 中嶋麻起子; HOU Jianjian; 小久保舞香; 小椋大輔; 小椋大輔; 丸山史人; 丸山史人; 藤吉奏; 藤吉奏; 藤枝絢子; 能田淳; 能田淳, 室内環境学会学術大会講演要旨集(Web), 2023, 2023 Study on microbiome, physicochemical factors, and ways of living in the building environment-Microbial community in a Japanese traditional house with thatched-roof, and temperature and humidity, and ways of living in a well-insulated and airtight house-, 小久保舞香; 小椋大輔; 中嶋麻起子; 丸山史人; 藤吉奏; 藤枝絢子; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2022, 2022 ゴビ砂漠で観測されたダスト消散係数-質量変換係数(MECF)について, 甲斐憲次; 河合慶; 神慶孝; 小原一真; 源祐輝; 牧輝弥; 能田淳; 椎名達雄; DAVAANYAM E., 日本気象学会大会講演予稿集(CD-ROM), 2022 環境衛生学の衛生動物－野生動物学などコアカリ科目との関連性から, 浅川満彦; 能田 淳, 北獣会誌, 63, 2019 05 カンガルー病罹患カンガルーの血漿エンドトキシン活性値, 外平友佳理; 外平友佳理; 佐々木春香; 鈴木一由; 能田淳; 佐野忠士; 土谷正和; 横田博; 浅川満彦, 日本野生動物医学会大会・講演要旨集, 21st, 2015 07 01 沖縄八重山諸島に棲息するアオウミガメの血漿中エンドトキシン活性値, 西康暢; 鈴木一由; 能田淳; 亀田和成; 浅川満彦; 土谷正和; 横田博, 北海道獣医師会雑誌, 58, 2014 衛星植生指数を用いたモンゴル国ゴビから発生する黄砂の頻度について, 祖父江侑紀; 出村雄太; ツェデンバプレブスレン; 星野仏方; 馬場賢治; 能田淳; 甲斐賢二, 共生社会システム学会大会報告要旨, 2014, 2014 黄砂が運ぶ生物由来物質の時空間解析~2012年春季の事例~, 馬場賢治; 能田淳; 星野仏方; 萩原克郎, 日本気象学会大会講演予稿集, 103, (103) 388 - 388, 2013 04 30 宮城県石巻市津波被災地域における環境リスクおよび仮設住宅居住者の現状, 蒔田浩平; 伊下一人; 渡辺洋子; 茅野大志; 萩原克郎; 浅川満彦; 小川健太; 能田淳; 佐々木均; 中谷暢丈; 樋口豪紀; 岩野英知; 田村豊, Journal of Epidemiology, 23, 2013 01 24 An inactivation experiment of genus Aphthovirus bovine rhinitis B virus inserted in the central part of an imported straw bale to Japan by heat and humidity treatment, MAKITA Kohei; NODA Jun; KIRISAWA Rikio, Journal of the College of Dairying. Natural science, 37, (1) 19 - 23, 2012 10 宮城県石巻市津波被災地域における環境リスクの評価, 蒔田浩平; 伊下一人; 茅野大志; 萩原克郎; 浅川満彦; 小川健太; 能田淳; 佐々木均; 中谷暢丈; 樋口豪紀; 岩野英知; 田村豊, 獣医疫学雑誌, 16, (1) (JA)9,(EN)10 - 10, 2012 07 20 , 10.2743/jve.16.9, On March 11th 2011, Tsunami caused by massive magnitude 9.0 earthquakes occurred at Sanriku offshore attacked Tohoku and North Kanto shores. As in February 2012, the total number of deaths and missing by this East Japan disaster was 19,139 and Ishinomaki was especially heavily affected; the number of death and missing 3,833 accounted for 20% of the total number in Japan. Rakuno Gakuen University sent 73 volunteers including 6 teaching and administrative staffs since April 2011 and its researchers started environmental risk assessment since July jointly with Ishinomaki City Council.
Stratified random sampling of the Chonai-Kai administrative units with two strata, the extremely damaged areas by Tsunami located within two kilometers from the sea shore and 11kms along coast were divided into eastern and western strata from Old Kitakami River, was performed and 20 out of 87 units were selected (the sampling fraction 24.4%). Sampling of sludge, water, flies, mosquitoes and rodents were conducted and the samples were served for microbiological, bio-chemical and chemical analyses.
Before Tsunami, livestock feed factories were located on the western seashore from Old Kitakami River and fish processing factories and freezer storages on the eastern. These feeds and fish were scattered on the Tsunami affected areas and these areas smelled very bad. Plenty of Musca and Spaerocerdae species flies that favor carbonates occurred on the western seashore and plenty of Phomiaregina flies that favor proteins on the eastern in June and July. City Council, volunteers and Self Defense Force removed fish and feeds and conducted spraying pesticides and eventually the smell and flies were controlled by August.
From the sludge and water samples, enterococcal bacteria and non-highly pathogenic Vibrio were isolated. Heavy metals were found but not in the alarming dose. Rodents seemed to die off other than one western area with canal.
From these results, risk was not so high but continuous monitoring is recommended. Sociological studies needs to be carried out to understand people’s intention of living in the areas again in order to present the overall risks.
Patents
2房式擬似大気チャンバー, Jun Noda, Toshihiko Takahashi, 特願2021-048765
Research Grants & Projects
Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Study on prevention of moisture damage caused by condensation in hot and humid areas in summer, 20240401, 20270331, 中嶋 麻起子; 安福 勝; 小椋 大輔; 能田 淳 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Long-range transport and deposition of bioaerosols over East Asia, 20210405, 20250331, 牧 輝弥; 佐野 到; 黒崎 泰典; 石塚 正秀; 大西 一成; 能田 淳; 松木 篤; 定金 香里; 市瀬 孝道, 黄砂や煙霧とともに微生物群(バイオエアロゾル)が，アジア大陸から日本へ越境輸送され，日本各地へと拡散沈着するため，その環境・健康影響に学術的関心が集まる。申請者らは，東アジア(日中韓蒙)において，黄砂を捕集する高高度調査(気球, ヘリコプター, 山岳積雪を使用)を実施し，日本へと越境輸送された微生物の種組成とその健康影響が，日本海沿岸と太平洋沿岸で大別できる可能性を突き止めた。しかし，観測地点は日本海側に偏り，太平洋側への国内移送や沈着程度を講じる観測が不十分であった。本申請では，日本本土(日本海ー太平洋)の観測地を拡充し，「越境微生物の国内での拡散・沈着過程」を理解すると伴に，そ影響を評価する。
黄砂飛来時に日本海側（能登）と太平洋側（関西，関東）の上空500ー2500ｍにおいてヘリコプター観測を行い，高高度の大気粒子を捕集した。また，黄砂・煙霧発生が頻発する春から初夏(4月-6月)にかけて，金沢，鳥取，香川，東京，長野，大阪の観測地において，建物屋上(高さ10m)で長期的に観測した。大気試料のゲノムDNA（環境ゲノム）に含まれる細菌・カビの分類指標遺伝子（16SとITS）核酸塩基配列を解読した。遺伝子解析ソフト(Qiime2)で微生物群集構造を解析したところ，黄砂と煙霧によって細菌は越境しやすく，本国内において真菌と混合する傾向が見られた。感染症（非結核抗酸症）の原因微生物も検出され，潜在的に長距離拡散される可能性も見出した。また分離した真菌株からもカビ毒が検出された。これより，黄砂煙霧とともに国内を拡散する有害種(キーストーン種)の候補に目処が立ちつつある。
こうした研究成果は，環境系の有名学術誌に多数掲載され，書籍「大気微生物の世界」にまとめられた。また，一般からの注目も熱く，大気観測全般を纏めたガリレオXやNHKスペシャルなどの取材を受けた。 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Association analysis between short/long-range diffusion of non-tuberculosis mycobacterium bioaerosols and its infectious disease, 20200401, 20240331, 能田 淳; 御手洗 聡; 森本 耕三; 宮崎 雄三; 牧 輝弥, 本研究は、地域ごとの大気環境中のPM2.5の化学的特性及び肺非結核抗酸菌症（肺NTM症）の90%を占めるMAC菌の特異性を把握することと、これら大気環境中の化学成分とMAC菌との相互作用を検証することを目的としている。大気を介したMAC菌感染症の越境の可能性を検証するため、地上付近数十メートルでの測定を全国5拠点（北海道札幌市、東京都清瀬市、石川県珠洲市、大阪府堺市、福岡県福岡市）にて進めている。頻度としては、季節変動の把握を目的として、年4回のサンプリングを季節ごとで進めている。さらに、高高度での拡散条件の把握を行うために、ヘリコプター、航空機などの活用で、隣国などから越境することの可能性も視野に入れつつ観測を進めている。高高度測定については、大阪府、石川県付近など限られた地点での測定ではあるが、地上でのデータとの比較を目指して、できるだけ同時期に測定することを目指す。これらの測定結果で得られたデータを基に、大気中のバイオエアロゾルの挙動を擬似的に検証できる擬似大気チャンバーを用いて、大気中細菌などのバイオエアロゾル活性保持メカニズムの把握、検証を行う。これらの知識構築にて、肺NTM症などの感染が起こりやすい状況をより明確化し、感染症に対応できる生活環境の整備、又は状況の把握か取り組む予防的な対応にて疾病問題の低減化を目ざす。環境因子と関連した感染症対策は知識が不十分であるため、本研究には大きな意義がありこれらの対応を進めていくことは感染症対策として健康維持に向けた重要な取り組みである。 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Fund for the Promotion of Joint International Research (Fostering Joint International Research (B)), 南米チリにおける大気汚染とバイオエアロゾルの統合解析による健康影響評価基盤の構築, 20191007, 20220331, 田中 大祐; 酒徳 昭宏; 藤吉 奏; 丸山 史人; 能田 淳, 本研究では南米チリの大気における病原性微生物に着目し，その地域性，経時的な種や量等の動態の把握，大気汚染物質との関連，また大気汚染物質による微生物保護作用の把握を目指している。大気微生物と大気汚染の関連について，2019年度は，大気試料のサンプリングを12月～1月（現地夏季）に行った。エアロゾルサンプリングとしては，粗大粒子PM10と微小粒子PM2.5はハイボリュームサンプラーで24時間，バイオエアロゾルは液体サイクロンエアサンプラー（コリオリスμ）で15分間大気を吸引することで採取した。これらの作業をテムコ，プンタアレーナスの2地点で行い，計6サンプルを採取した。これらのサンプルについて，メタゲノム解析（微生物群集）， 化学成分分析（大気汚染物質），後方流跡線解析（気塊の移動経路）などを行い，気象データ（気温，湿度，降水量，風向，風速）も含めてサンプリング時の状況を多面的に把握する予定である。大気汚染物質による微生物への保護作用について，2019年度は，培養法で微生物（細菌，真菌）を24株単離した。そして，それらのゲノム解析や大気汚染物質が持つ微生物への保護作用を検証するために，菌株を日本に移動させる素材移転契約（Material Transfer Agreement: MTA）の締結などを進めている。また，チリの大学との学術交流に関する覚書（Memorandum of Understanding: MOU)の締結も目指している。 国際科学技術財団, 日本国際賞, 空気中に漂う微生物とうまく付き合うための新しい暮らしづくり, 202104, 202203, 代表:丸山史人 共同研究者:藤枝綾子; 藤吉 奏; 能田 淳; 小椋大輔; 伊庭 千恵美; 中嶋 麻紀子 AMED, ウイルス等感染症対策技術開発事業 基礎研究支援, Setting of standard procedures for evaluating bioaerosol prevention capacity and safe reusing of medical N95 respirator, 202007, 202103, PI Satoshi Mitarai Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C), Impact assessment for air pollutants affecting infectivity of bioaerosols and disease prevention, 20150401, 20180331, Noda Jun; Higuchi Hidetoshi, This work tried to understand the mechanism and linkage between soot particles and bioaerosols, which containing bacteria or virus, to minimize an adverse health effect associated with airborne infectious diseases.
We have targeted the soot as a model air pollutant, which often generated from incomplete combustion of various fuels, and ozone as environmental stress factor to measure the effect on the viability of bacteria in a simulation reaction chamber. From the result, the soot and bacteria co-existing condition showed less influence of ozone stress. Furthermore, we have demonstrated that examination of soot and/or other organic compounds to contribute to maintaining the viability of airborne bacteria. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research, Bioaerosol time-space transition during Asian dust transport incorporating cloud physics process, 20130401, 20170331, BABA KENJI, We investigated the spatio-temporal variation of bioaerosol occurred in the Mongolian Gobi Desert. The asian dust which occurred in the Mongolian Gobi desert arrived in Hokkaido area through the Westerly Wind without spreading in the meridian direction, according to meteorological model. We were also able to confirm occurrence / transport of Asian dust from LIDAR (Light Detection and Ranging, Laser Imaging Detection and Ranging) and artificial satellites CALIPSO. From aerosol samples acquired in Mongolian Gobi desert and Sapporo, they were biologically identified between them. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research, Investigation of tsunami deposit as a source of airborne dust and its potential effect and prevention for infection by bioaerosols, 20120401, 20150331, NODA Jun; HAGIWARA Katsuro, Dry marine sediment and sludge deposit may become a source of suspended particulate matter (SPM) after the tsunami disaster in 2011, Japan. Further understanding of interaction between SPM and bioaeosol in the atmosphere may contribute to prevent spread of pathogenic microbes through air. This work investigates the effect of marine deposits and some other type of SPM to attribute a survival of biological aerosol in the tropospheric condition. Experiments were carried out with a reaction chamber to examine different types of SPM and bioaerosol in a laboratory. Results indicated that the SPM of marine deposit and model enteric bacteria had significantly higher survival rate than other SPMs examined. The different SPMs may play a significant role for the survival of airborne bacteria and other pathogenic microbes. It is necessary to further investigate the interactions between SPM and bioaerosols to understand factor influencing spread of pathogens to safeguard public health. 共同研究, バイオマス燃焼がチューリッヒ都心部の大気環境に及ぼす影響, 2008, 2009, アルカリ質量分析計を使用して、都市部でのバイオマス燃焼が大気汚染貢献の割り合いを他の測定と合わせて把握する調査
教員総覧
E-Mail：jnoda@rakuno.ac.jp
Website：
Last Update :2025/06/09
Researcher Profile and Settings
Name
| NOHDA Jun |
Affiliation (Master)
| School of Veterinary Medicine, Department of Veterinary Science |
Affiliation & Job
| Rakuno Gakuen University |
Research Activities
Research Areas
| Nanotechnology/Materials, Green/sustainable/environmental chemistry |
| Environmental science/Agricultural science, Environmental effects of chemicals |
| Environmental science/Agricultural science, Environmental impact assessment |
Research Interests
| Bioaerosol, |
| Atmospheric Scinece, |
| Environmental Health Scinece, |
Published Papers
| Fungal Community and Diversity in a Frequently Ventilated Traditional and Modern Japanese House, Tomohide Akiyama; Jianjian Hou; Daisuke Ogura; Makiko Nakajima; Fumito Maruyama; So Fujiyoshi; Jun Noda; Ayako Fujieda, 2025 |
| Efficacy of treating bacterial bioaerosols with weakly acidic hypochlorous water: A simulation chamber study, Saowanee Norkaew; Sumiyo Narikawa; Ukyo Nagashima; Ryoko Uemura; Jun Noda, Heliyon, 2024 03 |
| Comparative Evaluation of Microorganism Disinfection Methods for N95 Respirators, Satoshi Mitarai*; Jun Noda; Satoshi Gondaira; Ikuo Uchida; Rikio Kirisawa, Journal of Biomedical Research & Environmental Sciences, SciRes Literature LLC, 5, (1) 083 - 088, 2024 01 |
| Consideration of a Nosocomial Infection Case Caused by Mycobacterium abscessus, 竹本潔; 鞍谷沙織; 船戸正久; 飯島禎貴; 片山珠美; 柏木淳子; 塩見夏子; 梶原綾; 吉田志緒美; 露口一成; 能田淳; 御手洗聡, 日本小児科学会雑誌, 128, (1) , 2024 |
| Airborne bacterial communities associated with particulate matter in Temuco (Chile), one of the most air-polluted cities in South America, Tay Ruiz-Gil; Joaquín I. Rilling; Marco Campos; Elizabeth Carrazana; So Fujiyoshi; Fumito Maruyama; Daisuke Tanaka; Akihiro Sakatoku; Jun Noda; Jacquelinne J. Acuña; Milko A. Jorquera, Aerobiologia, Springer Science and Business Media LLC, 2023 12 18 |
| Growth Suppression of a Robust Bacterium Methylobacterium extorquens by Porous Materials with Oxygen Functional Groups, Takeshi Mori; Yuta Ogawa; Izuki Endo; Keiichiro Matsushima; Jun Noda, Life, 2023 11 09 |
| Potential airborne human pathogens: A relevant inhabitant in built environments but not considered in indoor air quality standards, Elizabeth Carrazana; Tay Ruiz-Gil; So Fujiyoshi; Daisuke Tanaka; Jun Noda; Fumito Maruyama; Milko A. Jorquera, Science of The Total Environment, Elsevier BV, 901, 165879 - 165879, 2023 11 |
| Indoor temperature, humidity, and microorganisms in traditional and modern houses in Japan, Makoto Kokubo; Daisuke Ogura; Makiko Nakajima; Fumito Maruyama; So Fujiyoshi; Jun Noda; Ayako Fujieda, E3S Web of Conferences, 396, 2023 06 16 |
| Dust and Microorganisms: Their Interactions and Health Effects, Jun Noda; Kozo Morimoto; Satoshi Mitarai; Teruya Maki, Emerging Contaminants and Associated Treatment Technologies, Springer International Publishing, 137 - 156, 2023 03 01 |
| Study of trace elements in stranded green turtles (<i>Chelonia mydas</i>), hawksbill turtles (<i>Eretmochelys imbricata</i>), and olive ridley turtles (<i>Lepidochelys olivacea)</i> in Gulf of Thailand and Andaman Sea, Poommate CHOMCHAT; Patcharaporn KAEWMONG; Kaitkanoke SIRINARUMITR; Koichiro SERA; Jun NODA; Theerapol SIRINARUMITR, Journal of Veterinary Medical Science, Japanese Society of Veterinary Science, 85, (5) 557 - 564, 2023 |
| Changes in CCN activity of ship exhaust particles induced by fuel sulfur content reduction and wet scrubbing, Luis F. E. d. Santos; Kent Salo; Xiangrui Kong; Jun Noda; Thomas B. Kristensen; Takuji Ohigashi; Erik S. Thomson, Environmental Science: Atmospheres, Royal Society of Chemistry (RSC), 2023 |
| Long-range transport of airborne bacteria over East Asia: Asian dust events carry potentially nontuberculous Mycobacterium populations, Teruya Maki; Jun Noda; Kozo Morimoto; Kazuma Aoki; Yasunori Kurosaki; Zhongwei Huang; Bin Chen; Atsushi Matsuki; Hiroki Miyata; Satoshi Mitarai, Environment International, Elsevier {BV}, 168, 107471 - 107471, 2022 10 |
| Air pollution and airborne infection with mycobacterial bioaerosols: a potential attribution of soot, J. Noda; S. Tomizawa; K. Takahashi; K. Morimoto; S. Mitarai, International Journal of Environmental Science and Technology, Springer Science and Business Media {LLC}, 2022 02 |
| Characteristics of PM2.5 Pollution in Osorno, Chile: Ion Chromatography and Meteorological Data Analyses, Ayane Nakamura; Nobutake Nakatani; Fumito Maruyama; So Fujiyoshi; Rodrigo Márquez-Reyes; Ricardo Fernández; Jun Noda, Atmosphere, MDPI AG, 13, (2) 168 - 168, 2022 01 20 |
| 結核とバイオエアロゾル感染, 御手洗 聡; 能田 淳, 大気環境学会誌, (公社)大気環境学会, 57, (1) A22 - A26, 2022 01 |
| Relationship between the Microbiome and Indoor Temperature/Humidity in a Traditional Japanese House with a Thatched Roof in Kyoto, Japan, Makoto Kokubo; So Fujiyoshi; Daisuke Ogura; Makiko Nakajima; Ayako Fujieda; Jun Noda; Fumito Maruyama, Diversity, MDPI AG, 13, (10) 475 - 475, 2021 09 28 |
| 結核とバイオエアロゾル感染, 御手洗 聡; 能田 淳, 大気環境学会年会講演要旨集, (公社)大気環境学会, 62回, 92 - 92, 2021 09 |
| Shape relatedness between geographic populations of Culex tritaeniorhynchus, the primary vector of Japanese encephalitis virus: A landmark study, R. Morales Vargas; T. Tsunoda; J. Noda; P. Bousses; T.Y. Nguyen; F. Hasebe; J.P. Dujardin, Infection, Genetics and Evolution, Elsevier BV, 90, 104764 - 104764, 2021 06 |
| Airborne bacterial communities of outdoor environments and their associated influencing factors., Tay Ruiz-Gil; Jacquelinne J Acuña; So Fujiyoshi; Daisuke Tanaka; Jun Noda; Fumito Maruyama; Milko A Jorquera, Environment international, Elsevier BV, 145, 106156 - 106156, 2020 12 |
| 長距離輸送されるバイオエアロゾルが及ぼすヒト健康影響, 牧 輝弥; 市瀬 孝道; 定金 香里; 能田 淳; 御手洗 聡; 森本 耕三; 川下 理日人, 大気環境学会年会講演要旨集, (公社)大気環境学会, 61回, B3 - 01, 2020 09 |
| Concentration patterns of antibacterial factors and immunoglobulin A antibody in foremilk fractions of healthy cows, Nana Kitano; Naoki Isobe; Jun Noda; Toshihiko Takahashi, Animal Science Journal, Wiley, 91, (1) , 2020 01 |
| Aerosol from Biomass Combustion in Northern Europe: Influence of Meteorological Conditions and Air Mass History, Jun Noda; Robert Bergström; Xiangrui Kong; Torbjörn L. Gustafsson; Borka Kovacevik; Maria Svane; Jan B. C. Pettersson, Atmosphere, 10, (789) 1 - 19, 2019 12 06 |
| Evaluation of probiotic therapy for calf diarrhea with serum diamine oxidase activity as an indicator, Fukuda, T., Otsuka, M., Nishi, K., Nishi, Y.,Tsukano, K., Noda, J., Higuchi, H., and Suzuki, K., Japanese Journal of Veterinary Research, 67, (4) 305 - 311, 2019 11 |
| Vertical distributions of airborne microorganisms over Asian dust source region of Taklimakan and Gobi Desert, Maki, T., Bin, C., Kai, K., Kawai, Kei., Fujita, K., Ohara, K., Kobayashi, F., Davaanyan, E., Noda, J., Minamoto, Y., Shi, G., Hasegawa, H., Iwasaka, Y., Atmospheric Environment, 214, (214) 1 - 8, 2019 10 01 |
| Atmospheric dust as a possible survival factor for bioaerosols, Jun Noda, E3S Web of Conferences, EDP Sciences, 99, 04007 - 04007, 2019 06 |
| Detection of the sul2-strA-strB gene cluster in an ice core from Dome Fuji Station, East Antarctica., Torahiko Okubo; Rieko Ae; Jun Noda; Yoshinori Iizuka; Masaru Usui; Yutaka Tamura, Journal of global antimicrobial resistance, 17, 72 - 78, 2019 06 |
| Comparison of green turtle Chelonia mydas sex ratios at two time-points over 20 years at a foraging ground in Yaeyama Islands, Ryukyu Archipelago, Japan, Kameda, K., Suzuki, K., Kuroyanagi, K., Takase, M., Matsuda, K., Noda, J., Endangered Species Research, 38, 127 - 134, 2019 03 14 |
| Ceilometer Observation of a Dust Event in the Gobi Desert on 29–30 April 2015: Sudden Arrival of a Developed Dust Storm and Trapping of Dust Within an Inversion Layer, Jun Noda, SOLA, 15, 52 - 56, 2019 03 07 |
| Large-scale dust event in East Asia, as revealed by the Himawari-8 DUST RGB, lidar network observations, and field survey, Jun Noda, E3S Web of Conferences, 99, 2019 03 |
| Sequential changes in serum zinc concentrations in calves with experimentally induced endotoxin shock measured by the particle-induced X-ray emission method., Toshio Shimamori; Kenji Tsukano; Koichiro Sera; Jun Noda; Kazuyuki Suzuki, The Journal of veterinary medical science, 81, (2) 165 - 168, 2019 02 09 |
| Northeast Asian Dust Transport: A Case Study of a Dust Storm Event from 28 March to 2 April 2012, Purevsuren Tsedendamba; Jugder Dulam; Kenji BABA; KATSURO Hagiwara; Jun Noda; Kei Kawai; Ganzorig Sumiya; Christopher McCarthy; Kenji Kai; Buho Hoshino, Atmosphere, 10, (2) 1 - 16, 2019 02 |
| Contamination Status of Seven Elements in Hooded Cranes Wintering in South-West Kyushu, Japan: Comparison with Red-Crowned Cranes in Hokkaido, Japan., Hiroki Teraoka; Hasumi Miyagi; Yuko Haraguchi; Kozo Takase; Takio Kitazawa; Jun Noda, Archives of environmental contamination and toxicology, 75, (4) 557 - 565, 2018 11 |
| Detection of dry lake beds formation and estimate of environmental regime shift in semi-arid region, BABA KENJI, Journal of Arid Land Studies, 28, (5) 109 - 113, 2018 |
| Investigation of chromated copper arsenate-treated waste wood used for bedding material in the Hokkaido area, Jun Noda; Kenichi Izumi; Yutaka Tamura, Japanese Journal of Veterinary Research, 66, (1) 57 - 62, 2018 |
| Large-scale dust event in East Asia in May 2017: Dust emission and transport from multiple source regions, Yuki Minamoto; Kotaro Nakamura; Minrui Wang; Kei Kawai; Kazuma Ohara; Jun Noda; Enkhbaatar Davaanyam; Nobuo Sugimoto; Kenji Kai, Scientific Online Letters on the Atmosphere, 14, 33 - 38, 2018 |
| Plasma lead, silicon and titanium concentrations are considerably higher in green sea turtle from the suburban coast than in those from the rural coast in Okinawa, Japan., Kenji Tsukano; Kazuyuki Suzuki; Jun Noda; Makio Yanagisawa; Kazunari Kameda; Koichiro Sera; Yasunobu Nishi; Toshio Shimamori; Yasuyo Morimoto; Hiroshi Yokota; Mitsuhiko Asakawa, The Journal of veterinary medical science, 79, (12) 2043 - 2047, 2017 12 22 |
| Determining the frequency of dry lake bed formation in semi-arid Mongolia from satellite data, Yuta Demura; Buho Hoshino; Kenji Baba; Christopher McCarthy; Yuki Sofue; Kenji Kai; Tsedendamba Purevsuren; Katsuro Hagiwara; Jun Noda, Land, 6, (4) , 2017 12 01 |
| Particle-Induced X-ray Emission Analysis of Serum Trace and Major Elements in Cattle with Acute Coliform Mastitis, Toshio Shimamori; Jun Noda; Kenji Tsukano; Kouichiro Sera; Hiroshi Yokota; Masateru Koiwa; Takahide Suzuki; Kazuyuki Suzuki, JAPANESE JOURNAL OF VETERINARY RESEARCH, 65, (1) 29 - 37, 2017 02 |
| Particle-Induced X-ray Emission Analysis of Zierum Trace and Major Elements in Cattle with Acute Coliform Mastitis., Toshio Shimamori; Jun Noda; Kenji Tsukano; Kouichiro Sera; Hiroshi Yokota; Masateru Koiwa; Takahide Suzuki; Kazuyuki Suzuki, The Japanese journal of veterinary research, 65, (1) 29 - 37, 2017 02 |
| Particle-induced X-ray emission analysis of serum trace and major elements in cattle with acute coliform mastitis, Toshio Shimamori; Jun Noda; Kenji Tsukano; Kouichiro Sera; Hiroshi Yokota; Masateru Koiwa; Takahide Suzuki; Kazuyuki Suzuki, Japanese Journal of Veterinary Research, Hokkaido University, 65, (1) 29 - 37, 2017 |
| Estimates of ground surface characteristics for outbreaks of the Asian Dust Storms in the sources region, Demura, Y; Hoshino, B; Sofue, Y; Kai, K; Purevsuren, T; Baba, K; Noda, J, ProScience, 3, 21 - 30, 2016 12 |
| Bioaerosols and PM2.5: health effects, NODA JUN, Clean Technology, 26, (9) 36 - 40, 2016 09 |
| Atmospheric black carbon and its role, Yasunari, T. J; N. Kaneyasu; A. Noda; B. Hoshino; I. Noguchi; N. Murao; M. Akiyama; M. Fujioka; K. Baba; K. Hagiwara; K. Kai; T. Yamaguchi; H. Suzuki; R. Matsumoto, Saihyou, 62, 3 - 42, 2016 |
| Environmental Contamination by Arsenic and Lead in some rural villages in India, Noda, J; Hakamada, R; Suzuki, K; Miura, T; Sera, K, International Journal of PIXE, World Scientific Publishing, 25, (1-2) 29 - 37, 2015 12 |
| Detection of dry lake beds formation and estimate of environmental regime shift in semi-arid region, Jun Noda, Journal of Arid Land Studies, 2014 12 25 |
| Comparative Characteristics of the Home Ranges of Domestic and Wild Animals in Arid and Semi-Arid Afro-Eurasian Watering Places as Hot Spots for Pasture Degradation, Hoshino, B; Naweata, H; Kai, K; Yasuda, H; Baba, K; Ganzorig, S; Suriga, S; Karina, M; Purevsuren, T; Hashimoto,M; Kawashima, K; Noda, J; Hagiwara, K; Shibata, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 51 - 56, 2014 |
| Temporal Changes in Environmental Health Risks and Socio-psychological Status in Areas Affected by the 2011 Tsunami in Ishinomaki, Japan, Makita, K; Inoshita, K; Kayano, T; Uenoyama, K; Hagiwara, K; Asakawa, M; Ogawa, K; Kawamura, S; Noda, J; Sera, K; Sasaki, H; Nakatani, N; Higuchi, H; Ishikawa, N; Iwano, H; Tamura, Y, Environment and Pollution, Canadian Center of Science and Education, 3, (1) , 2013 |
| Relationships between carapace sizes and plasma major and trace element status in captive hawksbill sea turtles (Eretmochelys imbricata)., Kazuyuki Suzuki; Jun Noda; Makio Yanagisawa; Isao Kawazu; Kouichiro Sera; Daisuke Fukui; Mitsuhiko Asakawa; Hiroshi Yokota, The Journal of veterinary medical science, 74, (12) 1677 - 80, 2012 12 |
| Factors associated with antimicrobial-resistant Escherichia coli in zoo animals., Kanako Ishihara; Yuko Hosokawa; Kohei Makita; Jun Noda; Hiroshi Ueno; Yasukazu Muramatsu; Hiroshi Ueno; Takeshi Mukai; Hideaki Yamamoto; Masaki Ito; Yutaka Tamura, Research in veterinary science, 93, (2) 574 - 80, 2012 10 |
| Particle-induced X-ray emission analysis of elements in plasma from wild and captive sea turtles (Eretmochelys imbricata, Chelonia mydas, and Caretta caretta) in Okinawa, Japan., Kazuyuki Suzuki; Jun Noda; Makio Yanagisawa; Isao Kawazu; Kouichiro Sera; Daisuke Fukui; Mitsuhiko Asakawa; Hiroshi Yokota, Biological trace element research, 148, (3) 302 - 8, 2012 09 |
| 南極の氷中に含まれていた細菌叢の解析, 大久保 寅彦; 佐藤 豊孝; 中村 昇太; 飯田 哲也; 臼井 優; 能田 淳; 萩原 克郎; 田村 豊, 日本獣医学会学術集会講演要旨集, (公社)日本獣医学会, 154回, 229 - 229, 2012 08 |
| Mexico city aerosol analysis during MILAGRO using high resolution aerosol mass spectrometry at the urban supersite (T0) - Part 2: Analysis of the biomass burning contribution and the non-fossil carbon fraction, A. C. Aiken; B. de Foy; C. Wiedinmyer; P. F. DeCarlo; I. M. Ulbrich; M. N. Wehrli; S. Szidat; A. S. H. Prevot; J. Noda; L. Wacker; R. Volkamer; E. Fortner; J. Wang; A. Laskin; V. Shutthanandan; J. Zheng; R. Zhang; G. Paredes-Miranda; W. P. Arnott; L. T. Molina; G. Sosa; X. Querol; J. L. Jimenez, ATMOSPHERIC CHEMISTRY AND PHYSICS, 10, (12) 5315 - 5341, 2010 |
| Dealkylation of alkylbenzenes: a significant pathway in the toluene, o-, m-, p-xylene + OH reaction., Jun Noda; Rainer Volkamer; Mario J Molina, The journal of physical chemistry. A, 113, (35) 9658 - 66, 2009 09 03 |
| On-Line Chemical Analysis of Individual Alkali-Containing Aerosol Particles by Surface Ionization Combined with Time-of-Flight Mass Spectrometry, Maria Svane; Torbjorn L. Gustafsson; Borka Kovacevik; Jun Noda; Patrik U. Andersson; E. Douglas Nilsson; Jan B. C. Pettersson, AEROSOL SCIENCE AND TECHNOLOGY, 43, (7) 653 - 661, 2009 |
| Kinetics of the gas-phase reaction ofn-C6-C10aldehydes with the nitrate radical, Jun Noda, International Journal of Chemical Kinetics, 2003 |
| Kinetics of the Gas-Phase Reaction of Some Unsaturated Alcohols with the Nitrate Radical, Jun Noda, The Journal of Physical Chemistry A, 2002 02 |
| Aerosol formation in connection with NO3 oxidation of unsaturated alcohols, Jun Noda, Atmospheric Environment, 2002 01 |
| Products from the gas-phase reaction of some unsaturated alcohols with nitrate radicals, Jun Noda, Physical Chemistry Chemical Physics, 2000 |
| Abstracts of the 6th FECS Conference 1998 Lectures, Jun Noda, Environmental Science and Pollution Research, 1998 09 |
| Organophosphate Flame Retardants in Needles of Pinus ponderosa in the Sierra Nevada Foothills, Jun Noda, Bulletin of Environmental Contamination and Toxicology, 1996 12 01 |
Books etc
| 獣医毒性学: 獣医学教育モデル コア・カリキュラム準拠, 日本比較薬理学毒性学会, 近代出版, 2020 03 01 , 487402260X |
| 認定動物看護師教育コアカリキュラム2019 準拠 応用動物看護学2 (公衆衛生学 動物医療関連法規), 全国動物保健看護系大学協会 カリキュラム委員会, インターズー, 2019 12 25 , 4866710896 |
| 獣医公衆衛生学 2, 獣医公衆衛生学教育研修協議会, 文永堂出版, 2014 04 , 4830032510 |
Conference Activities & Talks
| Infectious Disease and Airborne Fomites: prolonged viability of bioaerosols, Jun Noda; Tomoko Ando; Maki Teruya; Xiangrui Kong; Chritian Salvador; Ravi Pathak; Mattias Hallquis; Kozo Morimoto; Satoshi Mitarai, 8th International Chemical Hazard symposium Sapporo |
| Infectious Disease and Airborne Fomites: prolonged viability of microbes in the Atmosphere J. Noda;T. Ando;M.Teruya;X. Kong;C. Salvador;R. Pathak;M. Hallquis;K. Morimoto;S. Mitarai . European Aerosol Conference, 2024, J. Noda; T. Ando; M.Teruya; X. Kong; C. Salvador; R. Pathak; M. Hallquis; K. Morimoto; S. Mitarai, European Aerosol Conference 2024, Tampere |
| Viability of bioaerosol and relation of airborne fomites, 能田 淳; 安藤 智子; 牧 輝弥; 森本耕三; 御手洗 聡, The 41st Aerosol Science and Technology Research Symposium of the Japanese Society of Aerosol Science, 2024 |
| Fungal community and diversity in a frequently ventilated Traditional and Modern Japanese House ○T Akiyama, J Hou, D Ogura, M Nakajima, F Maruyama, S Fujiyoshi, J Noda, A Fujieda, International Association of Building Physics (IABP) conference, Tronto, Canada, Jul. 2024., T Akiyama; J Hou; D Ogura; M Nakajima; F Maruyama; S Fujiyoshi; J Noda; A Fujieda, Fungal community and diversity in a frequently ventilated Traditional and Modern Japanese House ○T Akiyama, J Hou, D Ogura, M Nakajima, F Maruyama, S Fujiyoshi, J Noda, A Fujieda, International Association of Building Physics (IABP) conference, Tronto, Canada, Jul. 2024. |
| Impact of Indoor Temperature and Humidity on the Microbiome Structure in Modern Japanese Residences, Makiko Nakajima; Tomohide Akiyama; Daisuke Ogura; Fumito Maruyama; So Fujiyoshi; Jun Noda; Ayako Fujieda, American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) Conference |
| 住環境の微生物と物理化学因子、住まい方の関係―(その5)伝統住宅と現代住宅における細菌群集構造、多様性の比較, 秋山友秀; 小椋大輔; 中嶋麻起子; 丸山史人; 藤枝絢子; 殷悦; 藤吉奏; 能田淳; 侯建建, 令和6年度 日本建築学会 近畿支部研究発表会 |
| 糖類の混在が非結核性抗酸菌（NTM）バイオエアロゾルの生存に及ぼす影響について, 能田 淳; 安藤智子; 牧輝弥; 森本耕三; 御手洗 聡, 第15回バイオアエロゾルシンポジウム 東大阪 |
| 新規水溶性フィルターによるバイオエアロゾル捕集効率の比較検討, 能田 淳; 新田浩登; 高原葉菜; 奥田知明; 小宮幸作; 御手洗 聡, 第15回バイオアエロゾルシンポジウム 東大阪 |
| Possible Survival of Bioaerosols in the Atmosphere: Pollutants as contributing factors, Jun Noda, Sota Tomizawa, Tatsuya Aoyama, Kozo Morimoto, and Satoshi Mitarai, 1st International Conference on Applications of Air Quality in Science and Engineering |
| Atmospheric Science and One Health: Elucidating Airborne Transmission, Jun Noda, A special research presentation |
| Atmospheric Science and One Health, Jun Noda, Third chemical hazard symposium in Sapporo |
| Bioaerosol measurements in Mongolia, China, and Japan during the spring of 2015, Jun Noda, Keisuke Nishioka, Takaaki Nakaya, Keiya Yumimoto, Katsuro Hagiwara, Buho Hoshino, Kenji Baba, Izumi Noguchi, Teruya Maki, Atsushi Matuki, Chiharu Nishita-Hara, Masahiko Hayash, Enkhbaatar Davaanya, Erdenebadrakh Munkjargal, Kei Kawai, and Kenji Kai, EAC 2019 |
| A possible survival mechanism of bioaerosols with particulate matters, Jun Noda 1, Kyohei Takahashi1, Urara Kojima1, Sota Tomizawa1, Kozo Morimoto2,3, and Satoshi Mitarai3, EAC 2019 |
| Atmospheric dust as a possible survival factor for bioaerosols, Jun Noda, Sota Tomizawa, Buho Hoshino, Erdenebadrakh Munkhjargal, Kei Kawai, and Kenji Kai, Central Asian DUst Conference (CADUC) |
| Potential of air pollutants as a protective material for airborne bacteria against ultraviolet rays, Jun Noda; Kyohei Takahashi; Urara Kojima; Sota Tomizawa, 12th Bioaerosol symposium in Ibaraki |
| Understanding Spatial Differences of Non-Tuberculosis Mycobacterium (NTM) Pulmonary Disease by Environmental Aerosol Measurements, Jun Noda; Teruya Maki; Kozo Morimoto; Satoshi Mitarai, 12th Bioaerosol symposium in Ibaraki |
| Potential of air pollutants as a protective material for airborne bacteria against ultraviolet rays, Jun Noda; Sota Tomizawa; Urara Kojima; Kyohei Takahashi; Leo Uchida; Yasukazu Muramatsu, 6th Atmospheric aerosol symposium: Asian dust analysis from simulation and measurement |
| One Health Approach for Infectious Diseases: Elucidation of Airborne Transmission Mechanisms, Jun Noda; Sota Tomizawa; Kozo Morimoto; Satoshi Mitarai, 20th Federation of Asian Veterinary association congress |
| Aerosol and health, Jun Noda, 15th Zenoaq extension seminar |
| ＰＩＸＥによる異なるウミガメ血清中微量元濃度：タイでの事例, 能田 淳, 第24回 NMCC成果報告会 |
| 呼吸器病とエアロゾル, 能田 淳, 到津の森公園 セミナー |
| バイオエアロゾルと植生の関連性について, 能田 淳, 第5回 大気エアロゾル公開シンポジウム －陸・植物・空ー |
| Sampling Method for Airborne Non-Tuberculosis Mycobacterium with Environmental Aerosols, Jun Noda; Sota Tomisawa; Tran Thai Nhat; Yasukazu Muramatsu, 11th Bioaerosol symposium in Nagano |
| Atmospheric science within a one health perspective, Jun Noda, University of Beira Interior Health Sciences Research Centre Seminor |
| Distribution pattern of aerosolized Mycoplama bovis with environmental aerosols under different humidity levels, Jun Noda; Ami Saito; Koji Nishi; Satoshi Gondaira; Hidetoshi Higuchi; Hajime Nagahata; Hiroshi Yokota, Joint international tropical medicine meeting 2017 |
| Bioearosol measurements during the dust storm event in IOP2015, Jun NODA; Keisuke NISHIOKA; Keiya YUMIMOTO; Katsuro HAGIWARA; Hiroshi YOKOTA; Buho HOSHINO; Takaaki NAKAYA; Teruya MAKI; Enkhbaatar DAVAANYA; Erdenebadrakh MUNKHJARGAL; Kei KAWAI; Kenji KAI, International Workshop on Asian Dust, Bioaerosols and Environmental Regime Shift |
| Investigation of respiratory drug delivery by nebulizer efficacy: aerosol particle sizes and their effectiveness, Toshihiro Wakibuchi; Kaede Onohara; Kazuyuki Suzuki; Jun Minaguchi; Jun Noda, Veterinary medical association annual meeting in Hokkaido |
| Plasma Endotoxin Activity and Trace Elements Kinetics in Macropus giganteus infected-Lumpy Jaw Disease (LJD), Karin Yokoe; Yukari Sotohira; Jun Noda; Kazuyuki Suzuki; Kouichiro Sera; Mitsuhiko Asakawa, Chemical Hazard Symposium |
| BIOAEROSOLS AND CHEMICAL SUBSTANCES - COEXISTENCE AND POSSIBLE INTERACTIONS, Jun Noda; Buho Hoshino; Katsuro Hagiwara; Hiroshi Yokota; Batdorj Dashdondog; Munkhjargal Erdenebadrakh; Kei Kawai; Kenji Kai, Chemical Hazard Symposium |
| Occupational Health Risk with Airborne Materials, NODA JUN, 2nd One health lecture series on One Health, Rakuno Gakuen University |
| Environmental perspective of OneHealth, NODA JUN, What is about "onehealth"? |
| Interaction of airborne mycoplasma bovis and environmental aerosol particles in livestock farming, Jun Noda; Ami Saito; Ayano Toyoda; Koji Nishi; Hidetoshi Higuchi; Hajime Nagahata; Hiroshi Yokota, 10th Bioaerosol symposium in Kanazawa |
| Relationship between Black Carbon and Bioaerosols, Noda, J; Hagiwara, K; Hoshino, B; Kant, R; Hallquist, M, 4th. Aerosol symposium: Black carbon |
| Aerosol Science with One Health Perspective, NODA JUN, 1st lecture series on One Health, Thammasat University |
| Relationship of Bioaerosls and Environmental Particulate Matters: Possible Health effect, NODA JUN, 22nd atmospheric chemistry conference |
| Investigation of Airborne Mycoplasma bovis with Different Environmental aerosol particles, Saito, A; Toyoda, A; Nishi, K; Noda, J; Higuchi, H; Nagahata, H, 57th Conference for Japan society of Atmospheric environment |
| Bioaerosol researches: Field and laboratory investigation, Noda, J; Noguchi, I; Dashdondog, B; Nakaya, T; Hagiwara, K, 1s JSPS Core to Core program international seminar for collaborative work to develop platform for zoonotic infectious diseases among Japan, Egypt and Asian countries |
| Measurement of Bioaerosols, graduate course lecture, NODA JUN, 3rd JSPS Core to Core program for Collaborative Research between Mongolia, China and Japan on Outbreaks of Asian dust and Environmental Regime Shift |
| Viability differences of Bioaerosols with Dusts from Mongolia and Japan, Noda, J; Hagiwara, K; Hoshino, B; Baba, K; Yokotota, H; Erdenebadrakh, M; Kawai, K; Kai, K, 3rd JSPS Core to Core program for Collaborative Research between Mongolia, China and Japan on Outbreaks of Asian dust and Environmental Regime Shift |
| Behavior of Airborne Mycoplasma Bovis with Different Dusts in Livestock Firming, Noda, J; Toyoda, A; Higuchi, H; Ngahata, H; Yokota, H, International Conference on Atmospheric dust |
| Viability Reduction of Bioaerosols with Presence of Environmental Dusts, Noda, J; Hagiwara, K; Hoshino, B; Yokotota, H; Erdenebadrakh, M; Kawai, K; Kai, K, International Conference on Atmospheric dust |
| Estimates of Ground Surface Characteristics for Outbreaks of the Asian Dust Storms in the Sources Region, Hoshino, B; Demura, Y; Sofue, Y; Kai, K; Purevsuren, T; Noda, J, International Conference on Atmospheric dust |
| Connection of different endotoxin levels and trace elements in sea turtles, Noda, J; Suzuki, K; Yokota, H; Sera., K, Japan Radio Isotope Association PIXE symposium |
| Interactions Between Biological and Non-biological Fractions of Aerosols, Bioaerosol Research in Recent Development, Un-known Feature of Airborne Microbes, NODA JUN, Open seminar for JSPS Core to Core program of Collaborative Research between Mongolia, China and Japan on Outbreaks of Asian dust and Environmental Regime Shift |
Misc
| Study on Microbiome, Physical Environmental Factors, and Ways of Living in the Building Environment-(Part2) Relationship between DNA concentration of microorganisms on indoor surfaces and relative humidity-, 小久保舞香; 中嶋麻起子; 秋山友秀; 小椋大輔; 丸山史人; 藤枝絢子; 藤吉奏; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2023, 2023 |
| Study on Microbiome, Physical Environmental Factors, and Ways of Living in the Building Environment. (Part 1) Fungal community structure in modern and traditional housing., 中嶋麻起子; 丸山史人; 小久保舞香; 藤枝絢子; 秋山友秀; 藤吉奏; 小椋大輔; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2023, 2023 |
| Study on microbiome, physical environmental factors, and ways of living in the building environment-(Part3) Identification and comparison of microbial communities in housing and on residents’ skin surfaces-, 秋山友秀; 小久保舞香; 小椋大輔; 中嶋麻起子; 丸山史人; 藤枝絢子; 藤吉奏; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2023, 2023 |
| Agricultural Environment and Aerosols -Analysis of Air Pollution and Bioaerosols-, 能田淳, エアロゾル研究, 38, 2023 |
| 重症心身障害児施設におけるM.abscessus subsp.massilienseの院内感染事例, 吉田志緒美; 露口一成; 青野昭男; 五十嵐ゆり子; 松本悠希; 中村昇太; 能田淳; 御手洗聡; 井上義一, 結核(Web), 98, 2023 |
| Spatiotemporal Dynamics of Airborne Clostridium spp. in the Noto Peninsula, Central Japan, 岩本玲佳; 関誠; TANG Ning; 松木篤; 鈴木信雄; 能田淳; 酒徳昭宏; 中村省吾; 田中大祐, 日本微生物生態学会大会(Web), 36th, 2023 |
| Relationship between microorganisms in the living environment, temperature and humidity, and housing style (Part 1) Fungal community structure in modern and traditional housing., 中嶋麻起子; 小久保舞香; HOU Jianjian; 秋山友秀; 小椋大輔; 丸山史人; 藤枝絢子; 藤吉奏; 能田淳, 室内環境学会学術大会講演要旨集(Web), 2023, 2023 |
| Study on Microbiome, Temperature and Humidity, and Ways of Living in the Building Environment. (Part 2) Identification and comparison of microbial communities in housing and on the skin surfaces of residents., 秋山友秀; 中嶋麻起子; 中嶋麻起子; HOU Jianjian; 小久保舞香; 小椋大輔; 小椋大輔; 丸山史人; 丸山史人; 藤吉奏; 藤吉奏; 藤枝絢子; 能田淳; 能田淳, 室内環境学会学術大会講演要旨集(Web), 2023, 2023 |
| Study on microbiome, physicochemical factors, and ways of living in the building environment-Microbial community in a Japanese traditional house with thatched-roof, and temperature and humidity, and ways of living in a well-insulated and airtight house-, 小久保舞香; 小椋大輔; 中嶋麻起子; 丸山史人; 藤吉奏; 藤枝絢子; 能田淳, 日本建築学会大会学術講演梗概集・建築デザイン発表梗概集(CD-ROM), 2022, 2022 |
| ゴビ砂漠で観測されたダスト消散係数-質量変換係数(MECF)について, 甲斐憲次; 河合慶; 神慶孝; 小原一真; 源祐輝; 牧輝弥; 能田淳; 椎名達雄; DAVAANYAM E., 日本気象学会大会講演予稿集(CD-ROM), 2022 |
| 環境衛生学の衛生動物－野生動物学などコアカリ科目との関連性から, 浅川満彦; 能田 淳, 北獣会誌, 63, 2019 05 |
| カンガルー病罹患カンガルーの血漿エンドトキシン活性値, 外平友佳理; 外平友佳理; 佐々木春香; 鈴木一由; 能田淳; 佐野忠士; 土谷正和; 横田博; 浅川満彦, 日本野生動物医学会大会・講演要旨集, 21st, 2015 07 01 |
| 沖縄八重山諸島に棲息するアオウミガメの血漿中エンドトキシン活性値, 西康暢; 鈴木一由; 能田淳; 亀田和成; 浅川満彦; 土谷正和; 横田博, 北海道獣医師会雑誌, 58, 2014 |
| 衛星植生指数を用いたモンゴル国ゴビから発生する黄砂の頻度について, 祖父江侑紀; 出村雄太; ツェデンバプレブスレン; 星野仏方; 馬場賢治; 能田淳; 甲斐賢二, 共生社会システム学会大会報告要旨, 2014, 2014 |
| 黄砂が運ぶ生物由来物質の時空間解析~2012年春季の事例~, 馬場賢治; 能田淳; 星野仏方; 萩原克郎, 日本気象学会大会講演予稿集, 103, (103) 388 - 388, 2013 04 30 |
| 宮城県石巻市津波被災地域における環境リスクおよび仮設住宅居住者の現状, 蒔田浩平; 伊下一人; 渡辺洋子; 茅野大志; 萩原克郎; 浅川満彦; 小川健太; 能田淳; 佐々木均; 中谷暢丈; 樋口豪紀; 岩野英知; 田村豊, Journal of Epidemiology, 23, 2013 01 24 |
| An inactivation experiment of genus Aphthovirus bovine rhinitis B virus inserted in the central part of an imported straw bale to Japan by heat and humidity treatment, MAKITA Kohei; NODA Jun; KIRISAWA Rikio, Journal of the College of Dairying. Natural science, 37, (1) 19 - 23, 2012 10 |
| 宮城県石巻市津波被災地域における環境リスクの評価, 蒔田浩平; 伊下一人; 茅野大志; 萩原克郎; 浅川満彦; 小川健太; 能田淳; 佐々木均; 中谷暢丈; 樋口豪紀; 岩野英知; 田村豊, 獣医疫学雑誌, 16, (1) (JA)9,(EN)10 - 10, 2012 07 20 , 10.2743/jve.16.9, On March 11th 2011, Tsunami caused by massive magnitude 9.0 earthquakes occurred at Sanriku offshore attacked Tohoku and North Kanto shores. As in February 2012, the total number of deaths and missing by this East Japan disaster was 19,139 and Ishinomaki was especially heavily affected; the number of death and missing 3,833 accounted for 20% of the total number in Japan. Rakuno Gakuen University sent 73 volunteers including 6 teaching and administrative staffs since April 2011 and its researchers started environmental risk assessment since July jointly with Ishinomaki City Council. Stratified random sampling of the Chonai-Kai administrative units with two strata, the extremely damaged areas by Tsunami located within two kilometers from the sea shore and 11kms along coast were divided into eastern and western strata from Old Kitakami River, was performed and 20 out of 87 units were selected (the sampling fraction 24.4%). Sampling of sludge, water, flies, mosquitoes and rodents were conducted and the samples were served for microbiological, bio-chemical and chemical analyses. Before Tsunami, livestock feed factories were located on the western seashore from Old Kitakami River and fish processing factories and freezer storages on the eastern. These feeds and fish were scattered on the Tsunami affected areas and these areas smelled very bad. Plenty of Musca and Spaerocerdae species flies that favor carbonates occurred on the western seashore and plenty of Phomiaregina flies that favor proteins on the eastern in June and July. City Council, volunteers and Self Defense Force removed fish and feeds and conducted spraying pesticides and eventually the smell and flies were controlled by August. From the sludge and water samples, enterococcal bacteria and non-highly pathogenic Vibrio were isolated. Heavy metals were found but not in the alarming dose. Rodents seemed to die off other than one western area with canal. From these results, risk was not so high but continuous monitoring is recommended. Sociological studies needs to be carried out to understand people’s intention of living in the areas again in order to present the overall risks. |
Patents
| 2房式擬似大気チャンバー, Jun Noda, Toshihiko Takahashi, 特願2021-048765 |
Research Grants & Projects
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Study on prevention of moisture damage caused by condensation in hot and humid areas in summer, 20240401, 20270331, 中嶋 麻起子; 安福 勝; 小椋 大輔; 能田 淳 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Long-range transport and deposition of bioaerosols over East Asia, 20210405, 20250331, 牧 輝弥; 佐野 到; 黒崎 泰典; 石塚 正秀; 大西 一成; 能田 淳; 松木 篤; 定金 香里; 市瀬 孝道, 黄砂や煙霧とともに微生物群(バイオエアロゾル)が，アジア大陸から日本へ越境輸送され，日本各地へと拡散沈着するため，その環境・健康影響に学術的関心が集まる。申請者らは，東アジア(日中韓蒙)において，黄砂を捕集する高高度調査(気球, ヘリコプター, 山岳積雪を使用)を実施し，日本へと越境輸送された微生物の種組成とその健康影響が，日本海沿岸と太平洋沿岸で大別できる可能性を突き止めた。しかし，観測地点は日本海側に偏り，太平洋側への国内移送や沈着程度を講じる観測が不十分であった。本申請では，日本本土(日本海ー太平洋)の観測地を拡充し，「越境微生物の国内での拡散・沈着過程」を理解すると伴に，そ影響を評価する。 黄砂飛来時に日本海側（能登）と太平洋側（関西，関東）の上空500ー2500ｍにおいてヘリコプター観測を行い，高高度の大気粒子を捕集した。また，黄砂・煙霧発生が頻発する春から初夏(4月-6月)にかけて，金沢，鳥取，香川，東京，長野，大阪の観測地において，建物屋上(高さ10m)で長期的に観測した。大気試料のゲノムDNA（環境ゲノム）に含まれる細菌・カビの分類指標遺伝子（16SとITS）核酸塩基配列を解読した。遺伝子解析ソフト(Qiime2)で微生物群集構造を解析したところ，黄砂と煙霧によって細菌は越境しやすく，本国内において真菌と混合する傾向が見られた。感染症（非結核抗酸症）の原因微生物も検出され，潜在的に長距離拡散される可能性も見出した。また分離した真菌株からもカビ毒が検出された。これより，黄砂煙霧とともに国内を拡散する有害種(キーストーン種)の候補に目処が立ちつつある。 こうした研究成果は，環境系の有名学術誌に多数掲載され，書籍「大気微生物の世界」にまとめられた。また，一般からの注目も熱く，大気観測全般を纏めたガリレオXやNHKスペシャルなどの取材を受けた。 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Association analysis between short/long-range diffusion of non-tuberculosis mycobacterium bioaerosols and its infectious disease, 20200401, 20240331, 能田 淳; 御手洗 聡; 森本 耕三; 宮崎 雄三; 牧 輝弥, 本研究は、地域ごとの大気環境中のPM2.5の化学的特性及び肺非結核抗酸菌症（肺NTM症）の90%を占めるMAC菌の特異性を把握することと、これら大気環境中の化学成分とMAC菌との相互作用を検証することを目的としている。大気を介したMAC菌感染症の越境の可能性を検証するため、地上付近数十メートルでの測定を全国5拠点（北海道札幌市、東京都清瀬市、石川県珠洲市、大阪府堺市、福岡県福岡市）にて進めている。頻度としては、季節変動の把握を目的として、年4回のサンプリングを季節ごとで進めている。さらに、高高度での拡散条件の把握を行うために、ヘリコプター、航空機などの活用で、隣国などから越境することの可能性も視野に入れつつ観測を進めている。高高度測定については、大阪府、石川県付近など限られた地点での測定ではあるが、地上でのデータとの比較を目指して、できるだけ同時期に測定することを目指す。これらの測定結果で得られたデータを基に、大気中のバイオエアロゾルの挙動を擬似的に検証できる擬似大気チャンバーを用いて、大気中細菌などのバイオエアロゾル活性保持メカニズムの把握、検証を行う。これらの知識構築にて、肺NTM症などの感染が起こりやすい状況をより明確化し、感染症に対応できる生活環境の整備、又は状況の把握か取り組む予防的な対応にて疾病問題の低減化を目ざす。環境因子と関連した感染症対策は知識が不十分であるため、本研究には大きな意義がありこれらの対応を進めていくことは感染症対策として健康維持に向けた重要な取り組みである。 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Fund for the Promotion of Joint International Research (Fostering Joint International Research (B)), 南米チリにおける大気汚染とバイオエアロゾルの統合解析による健康影響評価基盤の構築, 20191007, 20220331, 田中 大祐; 酒徳 昭宏; 藤吉 奏; 丸山 史人; 能田 淳, 本研究では南米チリの大気における病原性微生物に着目し，その地域性，経時的な種や量等の動態の把握，大気汚染物質との関連，また大気汚染物質による微生物保護作用の把握を目指している。大気微生物と大気汚染の関連について，2019年度は，大気試料のサンプリングを12月～1月（現地夏季）に行った。エアロゾルサンプリングとしては，粗大粒子PM10と微小粒子PM2.5はハイボリュームサンプラーで24時間，バイオエアロゾルは液体サイクロンエアサンプラー（コリオリスμ）で15分間大気を吸引することで採取した。これらの作業をテムコ，プンタアレーナスの2地点で行い，計6サンプルを採取した。これらのサンプルについて，メタゲノム解析（微生物群集）， 化学成分分析（大気汚染物質），後方流跡線解析（気塊の移動経路）などを行い，気象データ（気温，湿度，降水量，風向，風速）も含めてサンプリング時の状況を多面的に把握する予定である。大気汚染物質による微生物への保護作用について，2019年度は，培養法で微生物（細菌，真菌）を24株単離した。そして，それらのゲノム解析や大気汚染物質が持つ微生物への保護作用を検証するために，菌株を日本に移動させる素材移転契約（Material Transfer Agreement: MTA）の締結などを進めている。また，チリの大学との学術交流に関する覚書（Memorandum of Understanding: MOU)の締結も目指している。 |
| 国際科学技術財団, 日本国際賞, 空気中に漂う微生物とうまく付き合うための新しい暮らしづくり, 202104, 202203, 代表:丸山史人 共同研究者:藤枝綾子; 藤吉 奏; 能田 淳; 小椋大輔; 伊庭 千恵美; 中嶋 麻紀子 |
| AMED, ウイルス等感染症対策技術開発事業 基礎研究支援, Setting of standard procedures for evaluating bioaerosol prevention capacity and safe reusing of medical N95 respirator, 202007, 202103, PI Satoshi Mitarai |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C), Impact assessment for air pollutants affecting infectivity of bioaerosols and disease prevention, 20150401, 20180331, Noda Jun; Higuchi Hidetoshi, This work tried to understand the mechanism and linkage between soot particles and bioaerosols, which containing bacteria or virus, to minimize an adverse health effect associated with airborne infectious diseases. We have targeted the soot as a model air pollutant, which often generated from incomplete combustion of various fuels, and ozone as environmental stress factor to measure the effect on the viability of bacteria in a simulation reaction chamber. From the result, the soot and bacteria co-existing condition showed less influence of ozone stress. Furthermore, we have demonstrated that examination of soot and/or other organic compounds to contribute to maintaining the viability of airborne bacteria. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research, Bioaerosol time-space transition during Asian dust transport incorporating cloud physics process, 20130401, 20170331, BABA KENJI, We investigated the spatio-temporal variation of bioaerosol occurred in the Mongolian Gobi Desert. The asian dust which occurred in the Mongolian Gobi desert arrived in Hokkaido area through the Westerly Wind without spreading in the meridian direction, according to meteorological model. We were also able to confirm occurrence / transport of Asian dust from LIDAR (Light Detection and Ranging, Laser Imaging Detection and Ranging) and artificial satellites CALIPSO. From aerosol samples acquired in Mongolian Gobi desert and Sapporo, they were biologically identified between them. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research, Investigation of tsunami deposit as a source of airborne dust and its potential effect and prevention for infection by bioaerosols, 20120401, 20150331, NODA Jun; HAGIWARA Katsuro, Dry marine sediment and sludge deposit may become a source of suspended particulate matter (SPM) after the tsunami disaster in 2011, Japan. Further understanding of interaction between SPM and bioaeosol in the atmosphere may contribute to prevent spread of pathogenic microbes through air. This work investigates the effect of marine deposits and some other type of SPM to attribute a survival of biological aerosol in the tropospheric condition. Experiments were carried out with a reaction chamber to examine different types of SPM and bioaerosol in a laboratory. Results indicated that the SPM of marine deposit and model enteric bacteria had significantly higher survival rate than other SPMs examined. The different SPMs may play a significant role for the survival of airborne bacteria and other pathogenic microbes. It is necessary to further investigate the interactions between SPM and bioaerosols to understand factor influencing spread of pathogens to safeguard public health. |
| 共同研究, バイオマス燃焼がチューリッヒ都心部の大気環境に及ぼす影響, 2008, 2009, アルカリ質量分析計を使用して、都市部でのバイオマス燃焼が大気汚染貢献の割り合いを他の測定と合わせて把握する調査 |
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