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Frequency Specific Microcurrent (FSM)

Frequency Specific Microcurrent (FSM) is a physical therapy treatment which has been responsible for some remarkable successes in the treatment of all types of injuries and the management of pain. FSM works at a cellular level, increasing production of ATP, the energy which cells use, by up to 500%, thus accelerating the healing process. FSM also increases protein synthesis and waste product removal, again accelerating the healing process.

Frequency Specific Microcurrent (FSM):

  • is painless.
  • increases speed of recovery.
  • can heal conditions that have not responded to other treatments.
  • is cost effective.
  • has long lasting effects.
  • causes tissue to heal more completely.


Frequency Specific Microcurrent (FSM) and pain management:
FSM can treat chronic pain quickly, easily and comfortably. Neck pain, low back pain, nerve pain from nerve traction injuries, disc bulges and herniations, pain from arthritic conditions, kidney stone pain and shingles are among some of the many conditions that can be treated successfully by FSM practitioners.

Frequency Specific Microcurrent (FSM) and new injuries: With most other treatments an injury cannot be treated for the first 48 hours but FSM can be used to treat an injury immediately. In fact, if a patient can be treated with FSM within 4 hours of the injury occurring, the healing process is dramatically enhanced, pain and bruising are greatly reduced and recovery time can also be greatly reduced.

Frequency Specific Microcurrent (FSM) and old injuries: FSM is extremely effective in breaking down the type of adhesions and scar tissue commonly found in old injuries. With the right combinations of frequencies, FSM can cause scar tissue to soften enabling the therapist to break it up without much pressure, often using just the fingertips. Consequently it is possible for a greater amount of scar tissue to be broken up per session than with other manual therapy treatments.

Contraindications: FSM is not suitable for use on patients with certain types of pacemaker nor on patients who are pregnant.