[Increasing resistance against hazardous effects of metals-containing nanoparticles as a prospective approach to health risks management] [0.03%]
[提高对金属纳米颗粒有害效应的抵抗力作为健康风险管理的前瞻性方法]
L I Privalova,B A Katsnel&#x;son,M P Sutunkova et al.
L I Privalova et al.
Extremely high toxicity of metal-containing nanoparticles necessitates search of methods to increase body resistance against its harmful effects. The authors' experiments summarized in the article demonstrated that some combinations of cert...
[Combined subchronic toxicity of nickel and manganese oxides nanoparticles, and its decrease due to bioprotectors complex] [0.03%]
[镍和锰氧化物纳米颗粒的联合亚慢性毒性及其生物保护复合剂的缓解作用]
I A Minigalieva,L I Privalova,M P Sutunkova et al.
I A Minigalieva et al.
Stable suspensions of NiO and/or Mn304 nanoparticles with average diameter 16,7?8,2 nm and 18,4?5,4 nm respectively, obtained via laser ablation of the metals with 99,99% purification in deionized water, were injected intraperitoneally into...
[Soil pollution influenced by chemical hazards releases into atmosphere] [0.03%]
化学危害土壤污染向大气释放影响研究进展
I D Kopylov,R F Berezina,O A Rapoport et al.
I D Kopylov et al.
The article covers a problem of soil pollution degree, that can be caused by industrial releases into atmosphere.
[On risk management for occupational diseases, exemplified by major industrial holding] [0.03%]
[论职业病风险管理——以大型工业企业为例]
A S Shastin,V G Gazimova,N O Milovankina et al.
A S Shastin et al.
Analysis of longstanding occupational morbidity helped to determine enterprises forming occupational morbidity in Sverdlovsk region and occupations with most frequently registered these diseases among the workers. In the priority occupation...
[Implementation of systemic approach to evaluation of carcinogenic jeopardy, exemplified by copper metallurgy] [0.03%]
[系统实施致癌危险评价方法并以铜冶金为例]
E A Kuz&#x;mina,G Ya Lipatov,V I Adrianovskiy et al.
E A Kuz&#x;mina et al.
The authors suggested scientific and methodic approaches based on hygienic and medical prophylactic technologies to define carcinogenically dangerous occupations with unacceptable level of occupational carcinogenous risk, to control oncogen...
[Industrial medicine in production and processing of alloys based on copper] [0.03%]
基于铜的合金的生产和加工的职业医学问题
O F Roslyi,A A Fedoruk,V O Ruzakov et al.
O F Roslyi et al.
In copper alloys production, workers engaged into the process are exposed to occupational hazards with leading one being high-dispersed dust of complex chemical composition. The workers of main occupations demonstrate increased prevalence o...
E L Bazarova,O F Roslyi,L Ya Tartakovskaya et al.
E L Bazarova et al.
The authors suggest to supplement a method evaluating individual occupational risk with tree blocks of occupational and non-occupational risk factors: index of sanitary legislation requirements fulfilment according to experts evaluation; li...
V B Gurvich,A S Kornilkov,L I Privalova et al.
V B Gurvich et al.
The study results stressed considerable contribution of technogenic environmental pollution in cities with developed copper industry into individual health risk of Sverdlovsk region population.
[Revealing source and contents of dust deposits in air quality evaluation] [0.03%]
[揭示沉积粉尘来源及成分改善空气质量评估]
T T Gorbacheva,A G Kasikov,Yu N Neradovskiy et al.
T T Gorbacheva et al.
Identification covered a source of dust deposits in snow on stationary monitoring sites near the largest in Europe copper-nickel enterprise . Retrospective analysis demonstrated that considerable decrease in aerotechnogenic load resulted in...
[Evaluation of contamination levels of serum and expired air of mechanical rubber production workers exposed to acrylonitrile at work] [0.03%]
[作业环境中接触丙烯腈的机械橡胶生产工人血清及呼出气污染水平的评价]
T S Ulanova,T Nurislamova,N A Popova et al.
T S Ulanova et al.
To evaluate occupational hazards for workers engaged into mechanical rubber production, the authors determined contents of acrylonitrile in serum and expired air, during occupational exposure and in reference group. Findings are that depend...