Photodynamic therapy relies on photosensitizing drugs that selectively accumulate in pathological tissues. When exposed to light, these substances release cytotoxic molecules which attack cancer cells as well as any other forms of pathological tissue that might otherwise remain.
Biophotonic devices crafted from natural materials offer many advantages over artificial structures when it comes to biological environments, reducing invasiveness while providing real-time detection and imaging capabilities.
Benefits
The biophoton system is an intricate network that provides critical information for cell communication and repair. Photobiomodulation uses light energy to interact with chromophores found within cells, producing physical and chemical changes on both the molecular and cellular levels that result in beneficial changes such as enhanced circulation and tissue healing.
Studies have demonstrated the efficacy of biophoton therapy to alleviate inflammation, pain, anxiety and increase cellular repair and energy levels, improve sleep and mood as well as promote skin health and beauty. Biophoton therapy is currently used as part of treatment protocols for Alzheimer’s disease dementia stroke traumatic brain injuries among others.
Future use of this technology could provide physicians with an improved picture of tumors and other body abnormalities, ultimately leading to more precise and minimally-invasive tumor treatments that minimize side effects – something particularly helpful when treating tumors near important structures or organs.
Biophoton therapy‘s primary advantage lies in its ability to target specific tumors without harming nearby healthy tissue. By employing this technology, doctors can apply higher doses of radiation directly to tumors, increasing chances of curing them while simultaneously decreasing risks like radiation-induced skin damage. Furthermore, biophoton therapy may help minimize side effects, such as skin discoloration or radiation-induced hair loss.
Biophoton therapy can be easily performed at home using the Chiren device, using its fiber optic bioresonance sensor to distinguish between harmonious and disharmonious light sources and correct them accordingly to restore natural healing processes in your body. Furthermore, it may help treat autoimmune disorders, pain relief and stress relief.
At the Tesla MedBed Center in Butler, PA a randomized placebo-controlled intervention clinical study is taking place to test out Tesla BioPhotonics – an innovative biophoton therapy thought to be safe and effective in treating patients suffering from Alzheimer’s, dementia, traumatic brain injury or Parkinson’s disease. The Alzheimer’s Association and National Institutes of Health are funding this investigation; early clinical observations indicate this new technology may significantly improve symptoms as well as quality of life for these individuals.
Treatment Options
Biophoton therapy stands apart from traditional cancer treatments in that it only targets tumorous areas without harming other parts of your body or suppressing immunity, thus decreasing future infections or recurrences of cancer. Furthermore, this form of treatment has even shown promise in increasing immune cell responses against malignant tumors and killing them off permanently. Furthermore, its non-ionizing nature means it does not interfere with normal cell functions of your body.
Anticancer therapies such as radiation can be administered through intravenous or topical routes and taken directly by tumor cells to form singlet oxygen (1O2). Once in contact with cancerous cells, this molecule attacks through direct damage, vessel closure and activating immune responses against targeted cells – as well as inhibiting proliferation and inducing either apoptosis or necrosis of tumor cells.
Photodynamic therapy has proven itself an effective cancer-fighting agent, but its versatility extends well beyond cancer treatment. Photodynamic therapy may also be utilized in the treatment of other diseases including inflammatory conditions and autoimmune disorders as well as pain associated with arthritis, chronic fatigue syndrome, fibromyalgia and multiple sclerosis. Furthermore, photodynamic therapy may be combined with other modalities like chemotherapy or radiotherapy for maximum clinical benefits.
Recent research demonstrated that exposure to ultraweak laser radiation-generated biophotons elicited rapid changes in neuronal voltage and membrane potential. Furthermore, authors observed correlations between changes and their spectrum and intensities – suggesting biophotons may play a part in neurobiological code/communication of neural information.
Endogenous biophotons produced by phagocytic cells during periods of high oxidative stress can be quantified using Uptake-mediated Photon Detection (UPD), acting as a biological readout of oxidative stress. This new understanding has major ramifications for using PBMt as a noninvasive tool to detect and mitigate disease states associated with excessive oxidative stress.
Photothermal therapy (PTT) is another promising application of biophotons that makes use of monochromatic electromagnetic wave beams to generate localized, controlled heating effects in pathological tissues and induce apoptosis, necrosis or vascular shutdown in cancerous cells.
Cost
Biophoton therapy is a painless noninvasive solution to restoring energy balance within the body. Suitable for those looking to maintain optimal health while decreasing stress levels, biophoton therapy addresses imbalances caused by environmental and chemical factors – which could include skin disorders, gastrointestinal issues or even autoimmune conditions – in an effort to bring equilibrium back into harmony.
Research by Fritz-Albert Popp has established that living cells emit ultra-weak light particles called biophotons that are essential for optimal metabolism and immunity. When these signals become disrupted, it indicates an issue within your regulatory systems – biophoton therapy uses advanced technology to detect and correct such disruptions, returning your body back to its natural ability to self-regulate and heal itself.
Biophoton therapy treatments produce instantaneous results. Many patients report improvements in both physical health and emotional stability, along with reduced discomfort levels. Biophoton therapy addresses both energetic and physical imbalances simultaneously.
Biophoton therapy stands out among many treatments because it does not depress the immune system; rather, it promotes parasympathetic relaxation while increasing natural healing capacities of your body – helping you overcome chronic health conditions like allergies, asthma and autoimmune diseases.
Acupressure offers many other advantages as well, including relieving muscle tension and pain, relieving stress and anxiety and improving sleep quality. Furthermore, this type of treatment may strengthen your immune system to make fighting off infections and illnesses easier.
Immunosuppressant drugs should always be discussed with your doctor prior to receiving biophoton therapy as these may interfere with natural healing processes and disrupt their balance. Artificial blood vessels, shunts and urethras should also be kept clear as biophoton therapy could interfere with these devices – otherwise biophoton therapy is usually safe and can benefit most people.
Safety
Biophotonic structures differ significantly from conventional photonic structures based on artificial materials in that they offer greater biocompatibility and minimal invasiveness when interfacing with biological systems, making them particularly suitable for medical diagnostic and therapeutic applications.
Biophotons may play an essential role in cell communication as well as biological activity regulation. Alexander Gurwitsch and others’ studies of bacterial cultures demonstrate this point by showing how emissions of light by these organisms correlate with their environment; similarly, studies of single nerve cells demonstrate how intracellular ultraweak laser stimulation can stimulate biophoton emission.
Natural photonics is an innovative and safe approach for treating various conditions. It involves no chemicals or pharmaceuticals and instead harnesses your body’s own ability to heal itself – something which has proven particularly effective at treating insomnia, anxiety and psychosomatic conditions.
Scientists have created various devices to harness photonic energy. One such device is Chiren, which detects chaotic light and corrects it to restore normal biophotons. Furthermore, this noninvasive diagnostic tool is useful for diagnosing cancer and other diseases noninvasively.
Biophotons are vibrational energy used by our bodies to promote self-healing and fight disease, such as aging and autoimmune conditions, chronic pain and depression. Furthermore, this noninvasive therapy doesn’t have any negative side effects.
Biophotonics has seen rapid expansion over the past several years due to advances in microscopy and imaging of biological processes at both cellular and molecular levels. These breakthroughs will allow scientists to develop biophotonic therapies as a solution.
Biophoton research is an exciting field of investigation with an impressive history, having made significant contributions in biology, medicine and physics. Researchers hope that biophotons from living cells could one day be harnessed for improved healthcare or produced on demand for diagnostic use.
