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Lecture
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6/2006
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Selected Topics in Radiotherapy for the Treatment of Cancer
Cellular Mechanisms and Integrated Systems?, Kerby Oberg, M.D., organizer. Lecture: ?Selected Topics in Radiotherapy for the Treatment of Cancer? 1 hr
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4/2005
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Molecular Biology/Genomics
RXSP530:
RNA Expression Analysis,
High Throughput Genetics,
Computational Genomics Foundations
3 Lecture Hours
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Interactive Teaching
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6/2007
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Signal Transduction and the Control of Gene Expression
Radiation Oncology Resident Course
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5/2007
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Gene Expression: Transcription Level Control
Radiation Oncology Resident Course
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5/2007
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Radiobiological Issues Associated with High LET Radiation
Radiation Oncology Resident Course
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5/2006
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Gene Transcription
Resident Training Radiation Oncology Residents'' Radiobiology Course: 1hr
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5/2006
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Signal Transduction
Resident Training
Radiation Oncology Residents' Radiobiology Course: 1hr.
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7/2005 - 6/2007
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Student Mentoring
Student Mentoring - 07/01/2005 to 06/30/2007
Microbiology graduate student committee member for Martha Sanchez. Informal mentoring for students: V. Serra, P. Pandya, C. Burrell for radiobiology related activities.
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4/2005
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Resident Training
Radiation Oncology Residents' Radiobiology Course:
Gene Transcription
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3/2005 - 3/2004
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Resident teaching
Radiation oncology resident course:
Signal Transduction
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3/2005
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Resident Training
Radiation Oncology Residents' Radiobiology Course:
Signal Transduction
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7/2004 - 6/2007
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Student Mentoring
Microbiology graduate student committee member for Martha Sanchez. Informal mentoring for students: V. Serra, P. Pandya, C. Burrell for radiobiology related activities.
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Instructional Prep of New Material
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6/2004 - 6/2011
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NASA Space Radiation Summer School. LLU graduate student and postdoctoral fellows have attended.
NASA Space Radiation Summer School - 06/06/2004 to 07/01/2011 Director, Coordinator and Lecturer for a NASA-funded intense summer course held at Brookhaven National Laboratory. The 3-week lecture and laboratory course for 15 U.S. and foreign graduate students and post-doctoral fellows is designed to provide a background in high energy physics and radiation biology. Students Learn how to conduct radiobiology and physics experiments with gamma rays and high energy particles similar to those found in space. Topics include: space radiation environment, radiation physics, radiation chemistry, DNA damage & repair, mutagenesis, cell cycle control, programmed cell death, cell transformation, tissue responses to radiation, radiation carcinogenesis and countermeasures. The course content required 120 hours of lecture and laboratory and involved lectures by senior researchers from the US, UK and Italy. My role was to design the course in collaboration with Dr. E. Blakely of Lawrence Berkeley National Laboratory, coordinate all activities, present 5 lectures and three days of laboratory exercises. Five LLU graduate students and two postdocs have attended this course since 2004
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