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Category: Biophysical Research

Last Updated on Tuesday, 11 December 2012 09:35

 Usually the OAE applications in the area of Hearing Research and Biophysics are considered state of the art. The reader might consult the following white papers and lectures:

• White papers:(in alphabetical order)
  
  
  • Cubic difference tones (2f1-f2) produced by high-intensity stimuli: their origin revealed by the combined effects of cochlear ischemia and auditory fatigue by Thierry Mom, Pierre Bonfils, Laurent Gilain, and Paul Avan (2002).
    
    
  • Olivocochlear Reflex Strength and Resistance to Acoustic Injury by Stephane F. Maison Ph.D. and M. Charles Liberman Ph.D., (2001).
    
    
  • Quantifying basilar membrane nonlinearity and the 'bounce' phenomenon on the nonlinearity estimated by multi-component DPOAEs: by Jun Cheng Ph.D., Sweden(2000).This article considers the nonlinear nature of the distortion product otoacoustic emissions, as the sum of a number of DPOAE components.
    
    
    
• On-Line Powerpoint Lectures:(in alphabetical order)
  
  
  • A comparison of three evaluation methods for ototoxicity after ethyl benzene exposure by Natalie L.M. Cappaert Ph.D. (Netherlands, 2002)
    
    
  • Evaluation of anesthesia effects in a rat animal model using high and medium stimulus intensity otoacoustic emission protocols by Stavros Hatzopoulos Ph.D. (Italy, 2001)
    
    
  • Thyroid Sensitive periods and DPOAEs by Marlies Knipper Ph.D. (Germany, 2001)
    
    
    
• Editorials (in alphabetical order):
  
  
  • Cisplatin-Induced Ototoxicity: Cell-Biological Aspects of Hair Cell Degeneration by John de Groot Ph.D. (Netherlands, 2002)
    
    
  • DPOAE generation Mechamisms by Glen K Martin Ph.D. (USA, 2002)