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ID Number 1969
Study Type Engineering & Physics
Model 50 Hz (ELF) and DC electric field exposure to cells and theoretical analysis of trans membrane voltage (TMV)

Theoretical analysis of membrane effects during electroporation and electromagnetic exposure. The authors suggest cell membrane conductivity increases dramatically with high E-field and electroporation, so calculations of transmembrane voltage (TMV) cannot use resting values. The authors construct an analytical model to predict TMV in an electroporated and permeabilized cell. The authors also provide analytical models for exposure to alternating field exposures.

Findings Not Applicable to Bioeffects
Status Completed With Publication
Principal Investigator South China Univ Tech, Guangzhou, China -
Funding Agency Private/Instit.
Country CHINA
  • Qin, Y et al. Sheng Wu Yi Xue Gong Cheng Xue Za Zhi. , (2007) 24:1-4
  • Qin, Y et al. Bioelectrochemistry, (2005) 67:57-65
  • Comments