Focus on Microbeam Research

Multi-Cellular Crosstalk in Radiation Damage (Click in box to enlarge)

• Multi-Cellular Crosstalk in Radiation Damage
  Eleanor Blakely
  eablakely@lbl.gov
  Lawrence Berkeley National Laboratory

Alpha-Particle Radiation System (Click in box to enlarge)

• The Role of the Number and Spacing of Electron Tracks on the Consequences of Low Dose Irradiation
  Leslie A. Braby
  abraby@tamu.edu
  Texas A&M University

• A Variable Energy Soft X-ray Microprobe to Investigate Mechanisms of the Radiation-Induced Bystander Effect
  Melvyn Folkard
  folkard@graylab.ac.uk
  Gray Cancer Institute

• Mechanisms of the Bystander Effects
  Eric Hall
  ejha1@columbia.edu
  Columbia University

Focused X-Ray Microbeam (Click in box to enlarge)

• A Variable Energy Soft X-ray Microprobe to Investigate Mechanisms of the Radiation-Induced Bystander Effect
  Melvyn Folkard
  folkard@graylab.ac.uk
  Gray Cancer Institute

Focused Electron Microbeam

• Low Dose Response of Respiratory Cells in Intact Tissues and Reconstituted Tissue Constructs
  John R. Ford
  ford@ne.tamu.edu
  Texas A & M University

• A Mechanistic Study of the Radiation Quality Dependence of Bystander Effects in Human Cells.
• Genetic Factors Affecting Susceptibility to Low-Dose Radiation
  William Morgan
  WFMorgan@som.umaryland.edu
  University of Maryland