Developing PhotoMed’s Therapy
Prompting the return-toward-normal function
PhotoMed’s team began developing its then experimental therapy in 2000. Testing in clinics and studies focused on discovering who might benefit and how quickly. The study practitioners welcomed people who were unexpected to improve. Many improved! Skip to examples.
Recordings of physiological responses puzzled our team because the responses were not predicted in textbooks on pain and neuroscience. The clinical names of the disorders deflected attention from the underlying simplicity of the responses and outcomes. The responses appeared to awakening of sleeping functions, such as the loss of touch sensation, stiff fingers, or cold limbs.
PhotoMed’s skeptical team continued to accumulate and examine the real-time recordings in the hope of finding an error while improving PhotoMed’s therapy. The team added modules to the evolving Instant Feedback System™ to document progress of multiple impairments in the same person among several visits.
Breakthroughs arrived in 2015 with the observation that the responses suggest the return-toward-normal function, called homeostasis. Evidence for the return of homeostasis accrues while normal functions persist after therapy ends.
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PhotoMed's development efforts were lengthened by years while attempting to find an invasive intervention that could "explain" the responses and outcomes commonly observed while applying PhotoMed's therapy.
A key observation changed everything. Photons from PhotoMed's therapy are NOT in the body after therapy ends. They leave at the speed of light.
For musculoskeletal pain, improved mitochonrial functions might account for observed long-lasting beneficial outcomes.
PhotoMed's team, inluding anesthesiologists and neurologists, wondered how normal temperature regulation could resume or proper sensation return after years of impairment from diabetes.
Hundreds of responses for disparate disorders told the same story:
- Reconsider that "chronic" is NOT forever.
- Rather, the chronic state marks an interruption to homeostasis.
Interruptions can end.
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Today,the practitioner adjusts the therapy during each visit based upon their observation of improved functions, or not. If there is no response by the 1st or 2nd visit, then the therapy likely is not working for the individual. The decision logic is the same as for other interventions, but is 1000’s of times faster. We previously called the system the Rapid Discovery System until we learned that “rapid” could be week or months to learn if an intervention is working.
Physiological Responses Tell Important Stories
People who experienced profoundly cold fingers and toes demonstrated that their limbs could rapidly return toward normal within a few minutes. Warming responses had been observed, although rarely, for decades using red and IR wavelengths.
Practitioners appreciated PhotoMed’s improved therapeutic efficiency from the ability to adjust and vary wavelengths. Recorded thermal imaging helped to identify which wavelengths might be most productive for a first attempt.
Today, practitioners can use the Instant Feedback System™ to record and share the responses with their patients. PhotoMed’s tools are available for researchers find out how this exciting response works.a
Volunteers with unresponsive pain and impairment contributed the first-ever comparisons of effects of different wavelengths. Practitioners adjusted therapy by different wavelengths until they achieved the response thought to mark the return toward normal function. The comparisons were for practical, rather than scientific, reasons.
Recordings from 18-years of unexpected events reveal possible associations among disorders based upon the innate impairments. Warming responses have been reported for decades as isolated events. Recordings of such events invite and can help answer new questions.
This example illustrates the testing of different wavelengths aimed to prompt warming. The effective wavelength cannot be known in advance because the response is not limited to any single wavelength. Access to all wavelengths increases the likelihood of success. PhotoMed’s team did not recognize the significance of synchronized warming for more than a decade after it was first noticed. Contrary to common notions, synchronized warming suggests that everything is working correctly except the command somewhere deep in the brain. Note that for some people, the experience of painfully persistent coldness is independent of the actual temperatures.
Opening New Areas of Study and Care
18-years of recorded data reveal the return toward normal function for previously unresponsive pain and impairments.
The recorded data invite and help to answer new questions. The Instant Feedback System™ can save time and money making the next big discoveries. Contact PhotoMed to discuss your project needs.
The studies welcomed volunteers unexpected to respond to the therapy. Their outcomes led to the discovery that people with unresponsive pain and impairments frequently respond to PhotoMed’s therapy. Responses to any fixed wavelengths are rare for people with the “nothing works” disorders.
Additionally, fixed wavelengths and other therapies have a long history of accelerating responsive disorders. Access to all visible wavelengths increases the likelihood of improvement.
The recordings will return value for foreseeable future as seeds for future research and the fact that the examples originated during development of PhotoMed’s therapy.
The Instant Feedback System™ provides a modular platform for continuing to collect data using precursors to the Vari-Chrome® Pro to maintain associations among 18-years of field data. The Platform tracks the practitioners choices as they make minute-by-minute adjustments to therapy.
Here are some of the impairments that responded to PhotoMed's therapy:
Hundreds of volunteers attended clinics and studies aimed to discover which disorders that might respond to PhotoMed’s non-invasive therapy.
Real-time recordings from the Instant Feedback System™ enabled PhotoMed’s team to compare the functional responses to different wavelengths in the same person. Irrespective of wavelength, the responses reveal the appropriate physiological return toward normal function. Those comparisons helped make the therapy more effective and efficient. Today, two visits are enough to quantify functional improvement or consider that the therapy isn’t working for the patient.
Here is a partial list organized by functional impairment:
Loss of sensation in fingers or toes
Diabetic peripheral neuropathy (DPN)
Complex regional pain syndrome (CRPS or RSD)
Neuropathy from other causes, such as stroke or spinal cord injury
Sympathetically mediated (or maintained) pain, especially people who have benefited from a sympathetic nerve block or sympathectomy
Post-herpetic pain (shingles)
Phantom pain in limbs and reconstructed skin
Loss of grip strength and movement
Loss of movement after stroke (therapy helps overcome acquired non-use)
Carpal tunnel syndrome
Muscle imbalance, i.e. scoliosis
Loss of coordination in gait & swallowing, and choreic movements from Huntington’s disease
Restart non-healing wounds at any stage
Accelerate slow-healing wounds
Diabetic foot ulcers and loss of sensation
Venous stasis ulcers, bed sores
Improve scars, keloids
Abnormally cold or hot hands, with or without pain
Thermoregulation, gut, bowel, and bladder function after spinal cord injury
Complex regional pain syndrome (CRPS or RSD)
Please Tell Us Your Story
Please share your story about your experience in a study using PhotoMed’s therapy and any improvements. Your follow-up information helps us understand how our therapy works for different disorders. You are welcome to ask questions through this contact form.