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Risk of Presence of Fine and Ultrafine Particles at Work Place of Specific Industry
Hájková, Alena ; Skřehot, Petr Adolf (referee) ; Martincová, Jana Victoria (advisor)
Submitted Master’s thesis deals with risks of fine and ultrafine particles occurrence in the industrial workplace area of automotive production. The introductory part has been analyzing the contemporary state of art defining basic terms, qualities, ways of measurement and health risks involved with fine and ultrafine particles. Furthermore, the research deals with the legal framework based around fine and ultrafine particles exposure in the workplace and the management of work-related risks in general. The experimental part of the thesis describes devices and conditions of measurement in the industrial company. The results of each measurement have been presented with the emphasis on inhalant exposure. Technical and organizational measures have been proposed on the basics of obtained results to reduce potential health risks of employees involved in exposure of fine and ultrafine particles. Final chapter of the thesis concludes obtained results, findings and in practice recommendations.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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Toxicological Aspects of Chemical Accidents
Roman, Michal ; Vičar,, Dušan (referee) ; Mika, Otakar Jiří (advisor)
The master's thesis focuses on the toxicological aspects of chemical accidents. The aim is to determine the main acute risk of dangerous toxic chemical substances that can be escape in chemical accidents and determine their impact on life and damage to the health of the population and characterize the factors affecting the spread of these dangerous chemicals. The practical part focuses on the toxicological aspects of selected industrial pollutants.
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Zastoupení mastných kyselin u běžně používaných potravinářských druhů olejů (řepkový, slunečnicový, kokosový, palmový, olivový)
Kvisová, Ivana
The proportion and amount of fatty acids consumed in the diet can greatly affect the overall health of an individual. My bachelor thesis deals with the positive and negative effects of fatty acids on the human organism with subsequent analysis and determination of selected fatty acids in rapeseed, sunflower, coconut, palm and olive oil by gas chromatography. The percentage of fatty acids in the previously mentioned oils was measured by a gas chromatograph with a flame ionization detector. It was found that the most common fatty acid is oleic acid (61.24 %) in rapeseed oil, linoleic acid (60.73 %) in sunflower oil, myristic acid (46.89 %) in coconut oil, oleic acid (44.43 %) in palm oil and oleic acid (72.56 %) in olive oil.
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Risk of Presence of Fine and Ultrafine Particles at Work Place of Specific Industry
Hájková, Alena ; Skřehot, Petr Adolf (referee) ; Martincová, Jana Victoria (advisor)
Submitted Master’s thesis deals with risks of fine and ultrafine particles occurrence in the industrial workplace area of automotive production. The introductory part has been analyzing the contemporary state of art defining basic terms, qualities, ways of measurement and health risks involved with fine and ultrafine particles. Furthermore, the research deals with the legal framework based around fine and ultrafine particles exposure in the workplace and the management of work-related risks in general. The experimental part of the thesis describes devices and conditions of measurement in the industrial company. The results of each measurement have been presented with the emphasis on inhalant exposure. Technical and organizational measures have been proposed on the basics of obtained results to reduce potential health risks of employees involved in exposure of fine and ultrafine particles. Final chapter of the thesis concludes obtained results, findings and in practice recommendations.
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Effect of endocrine disruptor bisphenol S on human health and reproduction
Procházková, Bára ; Petr, Jaroslav (advisor) ; Děd, Lukáš (referee)
Bisphenol S (BPS) is an environmental pollutant that has replaced bisphenol A (BPA) in plastic and paper products since 2011 as a safer "BPA-free" alternative. However, due to its rapid replacement, its potential adverse effects have not been investigated in detail, and due to its structural similarity to BPA, many studies suggest that it acts, like BPA, as an endocrine disruptor. Its use is wide and BPS is globally widespread, found in the environment and has been detected in both animal and human tissues. Nevertheless, an overall effect of BPS on an organism remains unclear. This work is focusing on gathering sources for its effect on reproductive ability and its association with metabolic disorders.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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The current health risks due to changing global bioclimatological conditions
STEIGEROVÁ, Michaela
This diploma thesis focuses on influences that arise from changes in global bioclimatic conditions and further affect human health and health. The most common in the literature bioclimatic factors affecting human health are the sun radiation, air temperature, precipitation, snow, wind and soil temperature. In most cases, one agent does not act alone but together with others. The work deals not only with health risks as a result of global changes at present, it also gives examples from the past and the forecast of the global climate of our planet in the near future.
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