Harvard School of
Public Health

• Division of Radiobiology, Department of Genetics and Complex Disease
  
  
• Environmental Health
  
  
• Epidemiology

• Mechanisms of radiation carcinogenesis
• Signaling pathways for genotoxic stress
• Genetic responses to oxidative stress
• Formation and repair of free radical damage
• Mitotic checkpoints and replication control
• Molecular epidemiology

Harvard Medical School

• Division of Nuclear Medicine

• Toxic and therapeutic action of radionuclides
• Radionuclide dosimetry
• Novel agents for radiodiagnosis and radiotherapy

• Department of Radiation Oncology
  
  Dana-Farber Cancer Institute
  
  Brigham and Women’s Hospital
  
  Massachusetts General Hospital

• Department of Genetics
  
  

• Department of Pediatrics

• Tumor suppressor genes in radiation response
• Structure and function of stress proteins
• Proliferation and differentiation of hematopoietic stem cells
• Novel probes for DNA damage and reactive oxygen species
• Mechanisms of apoptosis activation
• Repair mechanisms for DNA double-strand breaks
• Radiation mutagenesis
• Cell cycle regulation and the DNA damage response
• Molecular signaling pathways that regulate the DNA damage response in mammalian cells