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Transcutaneous Electrical Nerve Stimulation (tens) Is A Technique That Delivers Mild Electrical Currents Across The Intact Surface Of The Skin To Reduce Pain. Tens Is Used By Practitioners Throughout The World To Manage Painful Conditions And Tens Equipment Can Be Purchased By The General Public So That They Can Self-administer Treatment. There Are Thousands Of Experimental And Clinical Research Studies Published On Tens And Related Techniques Yet There Is Uncertainty About The Best Way To Administer Tens In Clinical Practice. This Is Because Currents Used During Tens Can Be Administered In A Variety Of Ways And The Findings Of Research Studies Have Been Inconclusive. This Book Provides Guidance On How Best To Use Tens Based On An Evaluation Of Current Research Evidence. The Book Covers What Tens Is, How It Works, And Safe And Appropriate Clinical Techniques For Many Conditions Including Chronic Low Back Pain, Osteoarthritis And Cancer Pain. It Also Offers Solutions To The Problems Faced By Researchers When Trying To Design Clinical Trials On Tens. Accessibility Written, Transcutaneous Electrical Nerve Stimulation (tens) Provides A Comprehensive Coverage Of Research Issues And Findings About Tens And Will Be Essential Reading For Healthcare Professionals, Practitioners And Students.
This book investigates the optimal application of Transcutaneous Electrical Nerve Stimulation (TENS) by reconciling the vast, often contradictory body of clinical research with practical therapeutic requirements. Mark I. Johnson, a specialist in pain management, synthesizes thousands of experimental studies to provide a structured framework for clinical decision-making. The text addresses the disconnect between laboratory findings and real-world application, offering evidence-based protocols for practitioners and researchers alike.
What You Will Find
Scope Limits
Experts recognize this work as a foundational resource for clinicians seeking to bridge the gap between academic research and bedside practice. Readers frequently note the technical clarity of the prose, which makes complex neurophysiological concepts accessible to students and seasoned practitioners alike.
Page Count:
288
Publication Date:
2014-01-01
Publisher:
Oxford University Press
ISBN-10:
0191654167
ISBN-13:
9780191654169
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