Short Circuit Ion Channels Cause Pain

  New research shows that the pain signal may be simply an "electrical leak" from an ion channel.  As previously written there is a connection between the opening and closing of ion channels and electrical polarity charges.  The new finding by a team of scientists at KU Leuven indicates the actual pain message is electrical and is short circuited due to chemical changes in the ion channels.  The ongoing research is showing the chemical and physical relationship of pain and electrical polarities.

 For more read this...........

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Article and Video on Treating Neck Pain With Interferential & Using Hocu Electrode Placement Print E-mail

 

  Treating Chronic Neck Pain Video Chronic neck pain such as cervical spondylosis often referred to as "neck arthritis", or herniated discs or degenerative disc disease are common neck pain problems. Presently the first method of treatment involves the use of drugs which is one of the better ways to treat acute neck pain, but is not the method of choice for chronic neck pain.

   Chronic neck pain exists due to the treatments such as anti-inflammatories, moist heat, stretching, and narcotic level drugs being used but without results. Chronicity is not generally the "beginning condition" of the patient but a progression of failed treatments for acute neck pain resulting in chronic pain. Once the neck pain becomes chronic then the drug treatment protocol usually intensifies, using heavier duty drugs, less awareness, more sleeping due to the drug effects of masking, and mobility is lost.



   Many chronic neck pain conditions can be successfully treated with interferential therapy and in some cases tens therapy may be beneficial. The essence of interferential or tens is to stop the transmittal of the pain impulse, lessen the need for drugs, and also increase range of motion with elimination or decreased pain as the patient moves their neck.

   Since interferential and tens require electrodes the patient is always faced with the best method to use so the electrodes adhere. Electrode placement is done so the current is directional across the painful area which dictates where to place the electrodes. Possibly more important is the reduction of muscle tenseness and inflammation, if present.

   The neck is one of the more difficult areas for electrodes to adhere to simply because of the uneven surfaces, movement in the area and, for men especially, neck hair. Hair is a resistor to electricity so if an electrode is placed with hair beneath it then the electrical path is interrupted in those areas. The problems can be overcome by:

  • Place longer, 2 " x 4", electrode on each side of the neck on the muscular area of the shoulder
  • Use "electrically conductive" plastic shield protect to protect the skin and secure the hair to the skin
  • Try alternate placements such as the universal "hocu" points
  • With hocu cut the electrode to adhere to the web space for better adherence
  • Stimulate the entire hand area in a water bucket filled with warm water - water serves as the electrode

   Electrode adherence is less an issue when doing interferential treatments since the treatment time is reduced to 30 - 45 minutes versus wearing a tens unit for 24/7 which means continuous use of the electrodes since continual treatment.

Watch this short video on how to place electrodes for neck and headache pain:



For general knowledge on how and where to place electrodes for any pain go to this video.


 

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