권호 표지

Environmental Analysis Health and Toxicology

환경독성보건학회 (The Korean Society of Environmental Health and Toxicology)

  • 계간
  • /
  • 2671-9525(eISSN)

과학기술표준분류

  • 환경 ＞ 환경보건

Aim & Scope

Environmental Analysis Health and Toxicology (EAHT) is an open access, peer-reviewed, online journal that receives manuscripts on the fields of research, policy, and teaching of environmental analysis health and toxicology. The journal is published online and includes original articles, reviews, meeting reports, brief reports, case reports, investigation reports, special topics, editorials, and letters. EAHT is formerly known as Environmental Health and Toxicology (2011-2019) and Korean Journal of Environmental Toxicology (1986-2010) and has a 34 year history of publication in the field of environmental analysis, health and toxicology with peer review process. EAHT is an official international journal of The Korean Society of Environmental Health and Toxicology/Korea Society for Environmental Analysis (KOSEHT) and the Korean Society for Environmental Analysis (KSFEA). It is also supported by the Korean Federation of Science and Technology Societies (KOFST) Grant funded by the Korean Government. EAHT has multidisciplinary areas of environmental analysis, health and toxicology, including chemical and biological analysis of environmental contamination, ecotoxicology and risk assessment, environmental chemistry, human toxicology and risk assessment, environmental epidemiology, and environmental exposure assessment. EAHT considers manuscripts that have not been published previously (except as an abstract), and are not being considered for publication elsewhere. A paper presented at a scientific meeting may be considered if it has not been published in full in a proceedings or similar publication. Any closely related manuscript either published, in press, or under review must be sent via e-mail to the journal office at the time of the submission to EAHT. This will allow for a full and fair evaluation of the independent contribution of the submitted paper. EAHT is indexed/tracked/covered by PubMed, PubMed Central, Scopus, ScienceCentral, KoreaMed, KoMCI, Directory of Open Access Journals, and Google Scholar. Journal abbreviation: Environ Anal Health Toxicol

https://submit.eaht.org/ KSCI

제5권1_2호

  1. 홍사욱 1
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  2. 홍사욱;이향우;유영효 37
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    Synthetic detergents and surfactants are in widespread usage as household and industrial detergents. Potential human toxic hazard arises following percutaneous absorption or oral ingestion of solution residues from kitchen and feeding utensils, fruits, and vegetables and contaminated water supplies. A toxicological investigations was performed with the synthetic detergents and surfactants [linear alkyl benzene sulfonate (LAS), ${\alpha}$-olefin sulfonate (AOS), sodium lauryl sulfonate (SLS), sodium lauryl ester sulfonate (SLES)］, In acute toxicity, agents were administered subcutaneously into ICR mice. In acute study, after lowering of spontaneous motility, respiratory failure, death appeared, vomitting was often associated with salivation and or retching. No sex difference was observed in LD$\sub$50/ of mice. In subacute toxicity, agents were administered orally into SD rats. Body weight increase was suppressed and there was no adverse effect on food and water consumption. The weight of organs were not changed by agents as compared with control group. No specific change was observed in biochemical and hematologicalor data.
  3. 김봉희;백광흠 45
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    In order to investigate the phototoxicity of five phenothiazine derivatives and one thioxanthen derivative were examined by using in vitro method based on growth inhibition of Candida albicans and red blood cell hemolysis. Effects of the test compounds on RBCs were monitored with a spectrophotometer and a drug PI in the Candida albicans was calculated on the basis of the lowest concentration giving a yeast-free zone. All phenothiazines phototoxic in the red blood cell hemolysis method were positive in the yeast test except promethazine. It was also observed that toxic photo-products were formed by perphenazine and chlorpromazine in the red blood cell hemolysis.
  4. 한상우;김귀자;안생민;권영수;박재주 51
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    The ultimate Wastes generated after being treated safely and properly were land-filled in Wha Sung Treatment Plant, that of specific hazardous Wastes. There are three kinds of wastes being landfilled, which are sludges, ashes, and solidificated wastes with cement. This research scrutinizes the variations of leachate which originated from landfilled wastes amount to 30,000 ton with analizing the constituent, pH and concentration of wastes once per month since september, 1987. Now, we have some conclusions as followings; 1. The longer retention time of wastes in landfill site and the more quantity of filling-up, the closer pH of leachate to alkalinity. 2. As the quantity of copper and its compounds is over 90 percent of constituents loundfilled wastes, so the copper of leachate goes above treatment criteria. 3. There lis relationship between pH of leachate and eruption of copper and its compounds. The higher pH of leachate, the more secured copper and its compounds. So, we learn that solidificated wastes with cement is more secured than sludges and ashes. 4. The pH and concentration of copper in leachate is low in July and August, this is passing phenomenon which diluted by rainfall in rainy days. 5. The quantities of cadmium and lead of leachate was not over the treatment criteria.