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PHYS THER
Vol. 74, No. 3, March 1994, pp. 217-218

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Nancy N Byl, Alison L McKenzie, Thomas K Hunt and Harriet Williams Hopf

This excerpt was created in the absence of an abstract.

We appreciate the careful review of the commentators regarding our study and the study by Leffmann and colleagues, both studying the effects of pulsed, direct microcurrent stimulation on the acceleration of normal wound healing. Both Dr Snyder-Mackler and Dr Robinson recognized the degree of control applied to both of these studies, and both commentators carefully articulated the similarities and differences between the procedures followed in the two studies. Based on the findings from these two controlled studies using two different sets of characteristics for microcurrent stimulation with two different animal models and two different wound models, both commentators concluded that there was no evidence of accelerated wound healing in healthy, surgically induced soft tissue lesions treated with pulsed, direct microamperage current....


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Related Articles

Effect of Microamperage Stimulation on the Rate of Wound Healing in Rats: A Histological Study
David J Leffmann, David A Arnall, Paul R Holmgren, and Mark W Cornwall
Physical Therapy 1994 74: 195-200. [Abstract] [PDF]

Pulsed Microamperage Stimulation: A Controlled Study of Healing of Surgically Induced Wounds in Yucatan Pigs
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Invited Commentary
Andrew J Robinson
Physical Therapy 1994 74: 213-215. [Abstract] [PDF]

Invited Commentary
Lynn Snyder-Mackler
Physical Therapy 1994 74: 215-216. [Abstract] [PDF]

Author Response
David J Leffmann, David A Arnall, Paul R Holmgren, and Mark W Cornwall
Physical Therapy 1994 74: 216. [Abstract] [PDF]






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