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Chulabhorn Graduate Institute Environmental Toxicology Program

Chulabhorn Graduate Institute Environmental Toxicology Program. Program Management Committee. Assoc. Prof. Dr. Jutamaad Satayavivad. Chairperson. Program Management Committee. Dr. Panida Navasumrit. Dr. Daam Settachan. Dr. Piyajit Watcharasit. Dr. Nuchanart Rangkadilok.

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Chulabhorn Graduate Institute Environmental Toxicology Program

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  1. ChulabhornGraduate Institute Environmental Toxicology Program

  2. Program Management Committee Assoc. Prof. Dr. JutamaadSatayavivad Chairperson

  3. Program Management Committee Dr. PanidaNavasumrit Dr. Daam Settachan Dr. PiyajitWatcharasit Dr. NuchanartRangkadilok Dr. JantamasKanitwithayanun

  4. Environmental Toxicology Overview

  5. ET Curriculum - credits * Basic science (3) + Environmental Toxicology (9) = 12

  6. ET Curriculum – core courses • Principles of Toxicology (3 credits) • Environmental Toxicology (2 credits) • Seminar in Environmental Toxicology (2 credits) • Environmental and Health Risk Assessment and Management of Toxic Chemicals (2 credits) • Detection of Environmental Pollutants and Monitoring of Health Effects (3 credits)

  7. Nature of Courses/Teaching Traditional lectures – highly technical, i.e. mechanistic: Principles of Toxicology; Immunotoxicology & Reproductive Toxicology; Environmental Toxicology Lectures with practical component: Detection of Environmental Pollutants and Monitoring of Health Effects Lectures that include policy components: Environmental and Health Risk Assessment and Management of Toxic Chemicals; Health, Development & Environment Others: - Seminar in Environmental Toxicology - Case Studies in Applied Biosciences

  8. ET Research Goals • Elucidate mechanisms through which chemical, physical &biological agents in the environment induce toxicity &pathogenesis, including cancer • Understand effects of environmental pollutants &industrial chemicals as modifiers of physiological &pathological status, & influence of host factors such as nutritional status & disease states on toxicity &carcinogenicity of chemicals • Develop new methods for detection of environmental toxicants • Understand gene-environment interactions

  9. Examples of ET Research • Exposure &health impacts of urban air pollution, particularly carcinogenic compounds such as PAHs, benzene and 1,3-butadiene • Cellular responses to chronic arsenic exposure in Southern Thailand • Effects of vitamin B deficiency on toxicity of benzene • Biomarkers of exposure, effects &susceptibility in environmentally & occupationally exposed people • Detection of environmental toxicants by dielectrophoresis

  10. Research Interests

  11. Research Interests

  12. Research Interests

  13. Research Interests

  14. Research Interests

  15. Research Interests

  16. Thank you

  17. CB, ABS & ET • ET is relatively narrow in focus - measuring exposures and effects, & understanding mechanisms of action & modifying factors • ABS focuses on disease & covers other factors, including influence of environmental factors, e.g. climate change, etc… • Drug development pulls all programs together – understanding target disease (ABS) to drug discovery (CB) to drug testing (ET)

  18. Applied Biological Sciences: Environmental Health Chemical Biology Environmental Toxicology • MS PhD • Core: 1515 • Elective: 9 9 • Thesis: 1236 • Total: 3660 • Principles of Applied Biosciences • Experimental Strategies for Biological Problems • Case Studies in Applied Biosciences • Advanced Organic Chemistry • Spectroscopic Methods for Organic Compounds & Biomolecules • Drug Discovery & Development • MS PhD • Core: 1313 • Elective: 1111 • Thesis: 1236 • Total: 3660 • Principles of Applied Biosciences • Experimental Strategies for Biological Problems • Case Studies in Applied Biosciences • Pathobiology & Analysis of Disease at the Organism Level • Pathobiology & Analysis of Disease at the Population Level • MSPhD • Core: 912 • Elective: 1512 • Thesis: 1236 • Total: 36 60 • Principles of Toxicology • Environmental Toxicology • Seminar in Environmental Toxicology • Detection of Environmental Pollutants & Monitoring of Health Effects • Environmental & Health Risk Assessment & Management

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