How it works
Two technologies, one principle: find the neurological origin of the failure, then get the muscle to do its job again.
ARP
Accelerated Recovery Performance
A low-voltage current is delivered deep enough into soft tissue to dissipate the charge of injury without surface pain. It is used to find the neurological origin of muscle failure and then to train those muscles to absorb force — which is what protects the joint or ligament.
Ligament and tendon tears, chronic joint pain, muscle atrophy, performance, post-surgical recovery
SEA
Advanced electro-medical nerve protocol
An electro-medical protocol for neuropathy and chronic nerve conditions of varying intensity in different areas of the body. The clinic reports patients regaining sensation, range of motion, balance and restful sleep, with pain and numbness reduced or eliminated.
Peripheral neuropathy, chronic nerve conditions, POTS, nerve pain that has not responded to other treatment
In the room
Mandatory before any evaluation or treatment. It covers your symptoms, how they progressed, imaging and lab results, what you have already tried, medications, and the safety questions that decide whether treatment is possible at all.
We test you and show you where the problem originates. This is the part patients find hardest to believe beforehand and most convincing afterwards, because the change is measurable in the session.
Soft-tissue and ligament cases typically run around 10 sessions. Neuropathy often needs 15 or more. Neurological conditions such as Parkinson’s or ALS are measured in months and depend on the stage.
Range of motion and strength are re-tested. If the numbers are not moving, you should know that early rather than after another twenty sessions.
The science
ARP is built on published work in bioelectricity and electrical muscle stimulation dating back to the 1970s.
These are the foundations the method draws on — not trials of the treatment itself. None of the work below tested ARP or SEA. Where a finding is contested or has never been replicated, it says so.
Biologically Closed Electric Circuits
Monograph, Almqvist & Wiksell, Stockholm, 1983
A Swedish radiologist who pioneered percutaneous needle biopsy and chaired the Nobel Assembly. He proposed that the body runs a second circulatory system alongside the mechanical one — closed electrical circuits between the blood vessels and the tissue around them. On his account, injury leaves a charge in deep soft tissue that has to dissipate before healing completes; where it does not, scar tissue forms and range of motion is lost.
Published as a book rather than through journal review, and his clinical series was small and uncontrolled. The theory sits outside mainstream oncology, though it is cited repeatedly as prior art in electrochemical treatment patents.
Electrical stimulation in athletics
Lectures, Concordia University, Montreal, 1977
A Soviet sports scientist whose protocol — a 2,500 Hz sinusoidal carrier, burst-modulated — became known as “Russian stimulation”. He reported strength gains of 30 to 40 per cent in elite athletes after twenty sessions, and argued the kilohertz carrier lowered skin resistance enough to reach motor nerves at depth.
Those figures were never published in full peer-reviewed form; they reached the West as translated lecture fragments. A 2002 reappraisal in Physical Therapy sought his comment and could not locate him. Later work supports the underlying mechanism while treating the headline percentages as unverified.
The Body Electric
Orthopaedic research, SUNY Upstate; book published 1985
An orthopaedic surgeon who studied limb regeneration in salamanders and argued the body carries a direct-current electrical system governing growth and repair. He applied the same reasoning to collagen, which he held becomes electrically charged under repeated physical insult.
The narrow clinical claim held up — his bone-healing electrodes became FDA-cleared devices still in use today. The wider framework did not, and has drawn sharp criticism from biophysicists. The two are worth weighing separately.
Patch-clamp recording of single ion channels
Nobel Prize in Physiology or Medicine, 1991
They developed a technique precise enough to record the current through a single ion channel, establishing how cells signal electrically across their membranes. This is settled science, and the reason cell communication can be treated as an electrical process at all.
Their work concerns ion channel function in general. They did not study this therapy, and the step from their findings to an injury site in charged collagen is the clinic’s reasoning, not theirs.
Safety
Some conditions rule this treatment out. Tell us about any of the following on the intake form. If you are unsure, call before you book.
An evaluation will show you whether the source of your pain is where everyone has been treating it. Bring your imaging and reports.
