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SCI04 7502 Nanotoxicology 4(4-0-8) None nanomaterials in living organisms, effects of organisms, soil organisms, and human health,
nanomaterials in aquatic organisms, soil environmental risk assessment of nanomaterials (PLO4,
SCI04 7503 Environmental 4(4-0-8) None organisms, and human health, environmental Understand);
Nanotechnology risk assessment of nanomaterials, and current 2. Apply the learning knowledge to solve the given
topics related to biological and environmental problems relating to the biological and environmental
impacts of nanomaterials. impacts of nanomaterials (PLO4, Apply);
3. Compare and analyze the biological and environmental
Stability of nanomaterials in environment and effects of different nanomaterials (PLO5, Analyze);
living organisms, physiochemical properties of 4. Use information technology to search for the current
nanomaterials, models for studying topics on the biological and environmental impacts of
nanotoxicology, toxic mechanisms related to nanomaterials (both Thai and English) to present and
stress and inflammation, toxic mechanisms discuss in the classroom with classmates and the teacher
related to genotoxicity, toxicity studies of (PLO2, PLO3, PLO6, Apply).
nanomaterials in different forms at cellular and
genetic levels, monitoring, prevention, and risk 1. Explain principles of stability of nanomaterials in
to human health of nanomaterial exposure in environment and living organisms, physiochemical
the workplace, nanoethics and regulation of the properties of nanomaterials, models for studying
control of nanomaterials in the environment, nanotoxicology, toxic mechanisms related to stress and
and current topics of nanotoxicology. inflammation, toxic mechanisms related to genotoxicity,
toxicity studies of nanomaterials in different forms at
Eco-friendly nanotechnology, nanotechnology cellular and genetic levels, monitoring, prevention, and
for purified water, removal of organic risk to human health of nanomaterial exposure in the
compounds, air cleaning, disinfection, workplace, nanoethics and regulation of the control of
remediation of contaminated chemicals in nanomaterials in the environment (PLO1, PLO4,
surface and groundwater, detection and Understand);
2. Solve the designated problems relating to the contents
of nanotoxicology (PLO4, Apply);
3. Compare the similarity and difference of the toxicity
mechanisms of different nanomaterials (PLO5,
Analyze);
4. Use information technology to search for the current
topic of nanotoxicology (both Thai and English) for
presenting and discussing in the classroom with
classmates and the teacher (PLO2, PLO3, PLO6,
Apply).
1. Explain principles of eco-friendly nanotechnology,
nanotechnology for purified water, removal of organic
compounds, air cleaning, disinfection, remediation of
contaminated chemicals in surface and groundwater,
M.Sc. (Biology)
Update June 1, 2023
