Table of Contents:
  • Measuring endogenous electric fields / Richard Nuccitelli
  • Investigation systems to study the biological effects of weak physiological electric fields / Francis X. Hart
  • Endogenous bioelectric signals as morphogenetic controls of development, regeneration, and neoplasm / Michael Levin
  • Stem cell physiological responses to noninvasive electrical stimulation / Igor Titushkin [and others]
  • Electrical signals control corneal epithelial cell physiology and wound repair / Colin D. McCaig
  • Physiological electric fields can direct keratinocyte migration and promote healing in chronic wounds / Christine E. Pullar
  • Electrical control of angiogenesis / Entong Wang [and others]
  • Inflammatory cell electrotaxis / Francis Lin and Christine E. Pullar
  • Effects of DC electric fields on migration of cells of the musculoskeletal system / Najmuddin J. Gunja, Clark T. Hung, and J. Chlöe Bulinski
  • Neuronal growth cone guidance by physiological DC electric fields / Ann M. Rajnicek
  • Can applied voltages be used to produce spinal cord regeneration and recovery in humans? / Richard Ben Borgens
  • Bioelectricty of cancer : voltage-gated ion channels and direct-current electric fields / Mustafa B.A. Djamgoz
  • Includes bibliographical references