原著論文（本学着任後～）
| Parabens, metabolites, and halogenated byproducts in migratory birds of
prey: a comparative study in Texas and North Carolina Environmental Toxicology and Chemistry (Wiley-Blackwell誌) 2024 43:2365 - 2376 M Rojo, AL Ball, MT Penrose, SM Weir, H LeBaron, M Terasaki, GP Cobb, R Lavado |
| Assessment of the aryl hydrocarbon receptor-mediated effects of aromatic
sensitizers in paper recycling effluent employing zebrafish embryos and
in silico docking Environmental Toxicology and Chemistry (Wiley-Blackwell誌) 2024 43:2176 - 2188 S Yoshii, D Nakajima, N Saito, M Terasaki, S Endo |
| Triethanolamine-based esterquat in sediments: New analytical method, environmental
occurrence, and homologue composition Chemosphere (Elsevier誌) 2024 361 142495 S Yoshii, D Nakajima, N Saito, M Terasaki, S Endo |
| Recycled toilet paper, a novel source of sensitizer contamination in rivers Environmental Chemistry Letters (Springer Nature誌) 2024 22:485–489 Y Yoshinari and M Terasaki |
| Observation of hapten-induced sensitization responses for the development
of a mouse skin sensitization test, including the elicitation phase. Scientific Reports (Springer Nature誌) 2022 12:19898 R Kamata, Y Okawa, Y Hamaguchi, S Tabata, M Terasaki, K Takeda |
| Identification by liquid chromatography−tandem mass spectrometry and liquid
chromatography−quadrupole time-of-flight mass spectrometry of the contributor
to the thyroid hormone receptor agonist activity in effluents from sewage
treatment plants. Environmental Science & Technology (米国化学会誌) 2022 56:13709-13718 R Omagari, M Yagishita, F Shiraishi, S F Nakayama, M Terasaki, T Tanigawa, I Yamauchi, T Kubo, D Nakajima |
| Evaluation of human thyroid receptor-agonist activity in 802 chemical compounds
using a yeast two-hybrid assay with Saccharomyces cerevisiae Y190. Environmental Monitoring and Contaminants Research (日本環境化学会 英文誌) 2022 2:54-59 R Omagari, M Yagishita, M Yamasaki, R Kamata, M Terasaki, F Shiraishi, T Kubo, D Nakajima |
| Evaluation of human thyroid hormone receptor-antagonist activity in 691
chemical compounds using a yeast two-hybrid assay with Saccharomyces cerevisiae
Y190. Data in Brief (Elsevier誌) 2022 42:108303 R Omagari, M Yagishita, F Shiraishi, R Kamata, M Terasaki, T Kubo, D Nakajima |
| Degradation of the endocrine-disrupting 4-nonylphenol by ferrate(VI): biodegradability
and toxicity evaluation. Environ Sci Pollut Res (Springer Nature誌) 2022 29:18882-18890 W Limmun, N Ishikawa, J Momotori, M Terasaki, T Sato, K Kikuchi, M Sasamoto, T Umita, A Ito |
| Occurrence and AhR activity of brominated parabens in the Kitakami River,
North Japan. Chemosphere (Elsevier誌) 2020 249:126152 Y Gouukon, M T Yasuda, H Yasukawa, M Terasaki |
| Screening data for the endocrine disrupting activities of 583 chemicals
using the yeast two-hybrid assay. Data in Brief (Elsevier誌) 2018 21:2543-2546 F Shiraishi, R Kamata, M Terasaki, H Takigami, Y Imaizumi, M Yagishita, D Nakajima |
| Estrogen agonistic/antagonistic activity of brominated parabens. Environ Sci Pollut Res (Springer Nature誌) 2018 25:21257-21266 K Sasaki and M Terasaki |
| In vitro transformation of chlorinated parabens by the liver S9 fraction:
Kinetics, metabolite identification, and AhR agonist activity. Chem Pharm Bull (日本薬学会 英文誌) 2016 64:650-654 M Terasaki, T Wada, S Nagashima, M Makino, H Yasukawa |
| Studies on size distribution and health risk of 37 species of polycyclic
aromatic hydrocarbons associated with fine particulate matter collected
in the atmosphere of a suburban area of Shanghai city, China. Environm Pollut (Elsevier誌) 2016 214:149-160 Q Wang, K Kobayashi, S Lu, D Nakajima, W Wang, W Zhang, K Sekiguchi, M Terasaki |
| Aryl hydrocarbon receptor potency of chlorinated parabens in the aquatic
environment. Environ Sci:Water Res Technol (英国王立化学会誌) 2015 1:375-382 M Terasaki, M Yasuda, M Makino, K Shimoi |
| Chronic toxicity of parabens and their chlorinated by-products in Ceriodaphnia
dubia. Environ Toxicol (Wiley-Blackwell誌) 2015 30:664-673 M Terasaki, R Abe, M Makino, N Tatarazako |