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When Jake was in the hospital, he received a blood transfusion - two pints of blood - and got amazing results.
But I will admit, when the doctors first told me they wanted to give him a transfusion, I didn't like the idea at ALL. I had a difficult time with the thought of him being given someone else's blood. I am a blood donor myself, and believe most donors are probably good, honest people. But what if something slipped through the cracks, and he wound up with a bad batch? Yes, I know they use a pretty extensive screening process, but the fact is, blood banks just don't have the resources to test every single batch for every single disease AND every strain of the flu.
I asked the docs if I could be his blood donor and they said no, because it was unlikely that I'd be the perfect match and they wanted to do it soon. I decided not to fight it too much, since Jake seemed to want to go ahead with it so I just crossed my fingers and hoped for the best.
Although I didn't seem to notice much of a difference on the evening Jake had it done (he was very weak), the difference in his mood and energy level the next morning, after the blood transfusion was UNDENIABLE. He was cheerful, energetic, and his eyes had a new sparkle in them that I hadn't seen in a long time. It got me thinking, HM... maybe a batch of "better blood" really does make a difference!
We can't afford to give him regular blood transfusions (and I wouldn't want him to anyway), but over the next month I learned there are other things a person can do to have "better blood" running through their system.
Because I have used light therapy myself (I've had one of these machines for almost 10 years) (and an UPDATE: a much bigger version than this is available through the Professional PEMF machine we just got), I know from experience, that LED Phototherapy really does work. In fact, THIS was actually developed by NASA!From Women's Health Letter, February 2014 (you can see the article here):
"Low level laser (or light) therapy (LLLT) has been the subject of many clinical studies known for its ability to promote tissue regeneration, reduce inflammation, and relieve pain. In addition, it is protective against cell and tissue death, stimulates healing wounds and nerves, and repairs injuries. People have seen improvements in sports injuries and carpal tunnel syndrome, as well as pain reduction in arthritis and neuropathies. Some renowned neurologists are now studying it. They have found that it improved cognition and reduced symptoms of Parkinson's disease."
Not only is this method less invasive, but according to this study (see yellow highlighted area below), it is even more effective (than IV Blood Irradiation) to treat the blood by placing a laser light underneath the tongue.
I do wish I could find a "mouthpiece" that was made to simply sit under the tongue, because according to this study (below), it seems to be a really effective way to irradiate the blood.
From this study:
As alternatives to intravenous laser blood irradiation there are transcutaneous popliteal and transmucous sublingual laser blood irradiation available. In the present study, different possibilities are compared regarding their influence on the human energetic field (polarity field). If the improvement of energy by intravenous laser blood irradiation is taken as a reference of 100 %, 20 minutes of popliteal laser shows the worst results at 80 %, while 20 minutes of sublingual bichromatic laser shows the best results with 103 %. Obviously there are possibilities of a non-invasive laser blood irradiation which are - in relation to the chosen parameters - equivalent to the results of intravenous laser blood irradiation.
I tried calling the company that makes the HMR machine, but for some reason couldn't seem to get through to anyone. I feel like a detective banging my head against a wall sometimes... trying to find the missing links, to help my husband heal his cirrhosis!
I figured, if I could find a small light that could be placed in Jake's mouth or under his tongue, while he watched football, then maybe we could get the same results as he got with the blood transfusion (or heck, even if he could get results that were HALF as good, I'd be happy). Unfortunately I couldn't seem to find a device that was specifically designed to be placed under the tongue. However, I did find a few items that would probably suffice, as they seemed small enough to be placed into a person's mouth.
One was THIS LIGHT, (on left), which I found on Amazon's U.K. site. I tried to order it though my Amazon account in the US, but wasn't able to (technically, this is an intranasal phototherapy machine, but just isn't advertised as such). I kept looking for a device that would be easy for Jake to put under his tongue, and also found THIS ONE (the "BioStick" on the right) on Amazon's U.S. site.I told my friend Julie (the one who encouraged me to take Jake to the hospital) about the HMR machine, and said that I had been looking for a similar LED light that was small enough to fit in Jake's mouth. I wanted to let her know about the "Allergy machine" because Julie has allergies, and the reviews seemed good enough so that maybe this thing actually worked!
She said that the area under the tongue is a really sensitive, "absorbent" area... for example, there are times where doctors instruct patients to place pills under their tongue, rather than to swallow them, because they are absorbed very quickly there and things under the tongue tend to go right into the bloodstream. So, I am surprised that no one seems to currently make a small device that is easy for someone to fit under their tongue.
Well, what's funny about the HMR light (or lights that can easily be placed under the tongue) not being easily available, is it kind of forced me to look at other options (which I imagine are far less expensive than an HMR machine!), and in doing so, I learned all about Intranasal Phototherapy - something I had never heard of in my life (and probably wouldn't, if Jake wasn't in this situation).
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Apparently, with an Intranasal phototherapy machine, you can actually help to oxygenate your blood cells, by sticking a small red light up your nose.I know it sounds crazy... I mean, seriously?? Sticking a light up your nose, can help improve the quality of your blood?? Yes, it can. Look at the Before and After pictures of peoples' blood cells, in the video further down this page, after Intranasal therapy.
The whole reason both types of phototherapy (in the nose and under the tongue) work is because mucus membranes in these areas are extremely thin... so thin, that exposing these areas to light therapy can actually change the quality of your blood.... just as well as if you had removed it from your body! And when you think about it, it does make sense. Think of how easy it can be to get a bloody nose. Your head is full of so much blood!
I discovered that the "allergy machine" listed on Amazon's UK site, is technically an "Intranasal device" (though that's not how it's described / labeled). It is marketed to help people with allergies, but what they don't tell you, is that intranasal phototherapy can actually treat a wide range of disorders, because it actually helps your body produce more oxygen in the bloodstream! You can read more about it HERE.
If you are interested in getting a VieLight, you can get one off Amazon (listed below). Please note that there are THREE different types of machines (and you have to buy them separately!). I wish they could make JUST ONE machine with all 3 capabilities, but so far, they do not.
If you keep scrolling down you will see more information about each type of machine (and what it's used for).
VieLight Intranasal Light Therapy 810 Infrared
VieLight Intranasal Light Therapy 655 Prime (Radiant Life LT)
VieLight Intranasal Light Therapy 633 Red (Qi-Light)
Vielight 810 Infrared
The Vielight 810 Infrared emits an infrared light with an 810 nm wavelength. The longer wavelength enables photons to reach and photobiomodulate your brain cells. Engineered to pulse at 10 Hz, this frequency is associated with neural oscillation in the alpha state.
In a Harvard study conducted, this draws the greatest neurological healing in traumatized brains. This state also helps to release calming chemicals in the brain, which helps with sleeping conditions.
The LED beam footprint spans the underside of the brain, including the mid-brain area. With these specifications, the power density is 7.6 mW/cm² (net of duty cycle) per session.
Vielight 655 Prime
The Vielight 655 emits low level laser light with a 655 nm wavelength. The
light pulses continuously with a power density of 10 mw/cm2.The laser beam footprint targets the nasal cavity, which is rich in blood capillaries. The device parameters have been derived from researching clinical studies on low level light therapy over the last few decades.
As a safety measure, please do not look into the laser light source.
Vielight 633 Red
The Vielight 633 Red releases light with a wavelength of 633 nm in the
visible red spectrum, powered by a managed dosage of energy. Low level
light therapy has been researched by NASA for several years and has demonstrated the ability to alter, and improve, cellular function. In particular, it is believed that low level light photobiomodulation
functions by improving mitochondrial energy production by stimulating
the complex IV enzyme, cytochrome c oxidase (CCO), and increasing
adenosine-5′-triphosphate (ATP) synthesis.Apparently, this is a very effective form of treatment. And in some ways, I think it could be even better than the type that goes into your mouth, because if you use a really strong light at 810 nm (I believe most nasal lights are between 633 and 650 nms), it can actually treat Alzheimers and Parkinson's disease. You can read more about that in this newsletter (click on this link below... the article title).
I ordered a light a few days ago, and will let you know how it goes when Jake starts using it!
(Update: OK so I have to say I didn't get any results with the one I ordered, maybe because it was a cheap brand that was like $40 on ebay? It's true, I do not have allergies, though, and the people who seemed to get results were people with allergies... I didn't even ask Jake to try it since I knew if I didn't even see results myself, there was no way I could get him to stick this thing up his nose for half an hour a day). I know of two other people who have ordered the Vie Light, and one woman said her elderly mother didn't notice any difference. I am waiting to hear back from the other person (it's the boyfriend of a woman I met through this blog).
This video below is a bit long... but worth a listen. Dr. Garry Gordon explains in detail why intranasal phototherapy actually works so well. Pretty interesting! I really wish Dr. Gordon was able to MUTE one of the people in the background, but luckily you can hear most of the webinar.
This information below was taken from THIS SITE.
Ultraviolet Blood Irradiation Therapy
Ultraviolet Blood Irradiation, also called Photoluminescence Therapy, is intravenously applied ultraviolet energy. Due to its profound photochemical, biochemical and physiological effects it has been of great value in a wide variety of diseases according to over 100 years of research findings.
Niels Ryberg Finsen is considered the father of Ultraviolet Blood Irradiation. In the late 1890s, he treated various skin conditions with Ultraviolet Blood Irradiation and he and his successors reported a success rate of about 98% in curing lupus vulgaris, a tuberculosis-like disease of the skin and mucous membranes. In 1903, he was awarded the Nobel Prize for his research in photochemotherapy.
In the 1930s, 1940s and 1950s, E. K. Knott, M.D. in Seattle, Washington, and other physicians applied this treatment successfully to a variety of other conditions, such as bacterial diseases, viral infections including acute and chronic hepatitis, poliomyelitis, encephalitis, overwhelming toxemias, rheumatoid arthritis and many other diseases and conditions.
In Europe, since the early 1950s, Josef M. Issels, M.D. administered Ultraviolet Blood Irradiation, or Photoluminescence Therapy, as an important component of his treatment program to thousands of his patients suffering from cancer and various immune disorders.
How Ultraviolet Blood Irradiation Works
The research work of Nobel Laureate Otto Warburg, and other researchers such as William F. Koch, has proved that in malignant diseases the oxidation process in cells is blocked and energy is produced by fermentation. In such conditions micro-organisms that lived in symbiosis with the host organism may become pathogenic and parasitic.
When proper oxygenation is restored, these micro-organisms can revert to the non-pathogenic state. The impairment of cell respiration by oxygen deficiency has been found to be a major contributing factor in the development of cancer an other degenerative diseases.
Ultraviolet energy has been known to inactivate viruses while preserving their ability to be used as antigens in the preparation of vaccines. It has also shown to modulate the immune response by changing the antigenic structure in blood cells.
Most importantly for cancer therapy, Ultraviolet Blood Irradiation, also called Photoluminescence Therapy is the observation that controlled ultraviolet energy exposure promotes the maturation of dendritic cells through oxidative stimulation.
This effect is similar to that of the oxygen/ozone action, and is very important as the immune system's dendritic cell fraction plays a key role in the fight against cancer. Other cells of the immune system are activated as well, along with the enhanced production of cytokines, such as IL-2, tumor necrosis factor and interferon.
In addition, researchers discovered the following beneficial reactions to Ultraviolet Blood Irradiation:
Inactivation of toxins- Destruction and growth inhibition of bacteria
- Vasodilation
- Activation of steroid hormones
- Increase in the oxygen combining power of the blood and oxygen transportation to organs
- Decrease of blood viscosity by stimulation of fibrinolysis
- Improvement of blood circulation
- Stimulation of corticosteroid production
- Decrease of platelet aggregation
How Ultraviolet Blood Irradiation is Performed
- As part of the therapy, a certain amount of venous blood is withdrawn by venipuncture.
- This blood is then exposed twice to a controlled amount of UV-A light in a joint circuit inside a UV-A light permeable quartz chamber.
- The blood is then returned to the patient.
- The number of treatments depends on the individual's needs and personal treatment plan.
DISCLAIMER: The extent of the response to treatment varies from patient to patient, even with similar diagnosis as the internal bodily environment is unique to each individual patient.
>>> For Additional Information on Treatment and Costs please click here or call 1.888.447.7357.
The information below was taken from THIS SITE:
The UBI procedure involves inserting a small catheter (similar to giving blood) into a vein in the forearm. A small amount of blood is removed with sterile technique; approximately 200 cc or 6 ounces. The blood passes through a flat quartz cuvette, is irradiated with ultraviolet light in a closed, airtight, sterile circuit and returned to the blood stream. The entire procedure takes about one hour.
Strengthening the Immune System is the Key to Health & Wellness!
Experience has shown that UBI can strengthen the immune system and improve overall health. UBI has been shown to have the following benefits:
- Increases oxygen absorption into body tissues
- Destruction of fungal, viral and bacterial growth
- Enhances the immune system’s ability to fight infection
- Improves circulation and decreases platelet aggregation
- Improves circulation by dilating blood vessels
- Improves the body’s ability to detoxify and inactivate or remove toxins
It is believed that exposure to ultraviolet light boosts the immune system and continues to provide benefits even after the treatments are completed. Ultraviolet blood irradiation has a cumulative effect. Initial treatments are usually followed by maintenance treatments. Indeed UBI has been proven to be a safe and effective medical treatment.
UBI may be used alone or in conjunction with other treatments for conditions including:
- Allergies – inhaled, food or chemical
- Arthritis – osteoarthritis, rheumatoid or psoriatic
- Autoimmune illnesses – e.g. SLE, RA, Ulcerative Colitis, Scleroderma...
- Cancer
- Candida (yeast) overgrowth
- Acute infections – influenza, cold, viral or bacterial infection
- Eczema & psoriasis
- Fatigue – acute and chronic
- Fibromyalgia
- Lyme disease
- Hepatitis
- MRSA
- Multiple sclerosis
- Herpes zoster and simplex
- Others......
Safe, effective and nearly painless!
Ultraviolet blood irradiation is exceedingly safe. The most common side effect is some bruising at the insertion site of the intravenous catheter. Some patients experience mild fatigue which is short lived. Very few side effects are ever encountered.
One might ask why UBI is not a standard treatment offered by many physicians. Why would something that is so simple, well tolerated and effective not be endorsed by main stream medicine? The answer is related to economics and the control the pharmaceutical industry has on physicians and elected officials. UBI is seen as a threat to a multi-billion dollar pharmaceutical industry. Also, there is a degree of ignorance or unwillingness to accept treatments that are not taught to physicians as part of their medical school curriculum. The fear of the unknown is threatening to most physicians.
Physicians who use UBI therapy have found this to be an amazingly effective therapy. They realize this is a safe method of improving health naturally without the potential side effects of drugs. Over one million UBI treatments have been administered worldwide without significant side effects experienced by any patient!
The Treatment Time Forgot!
The future of UBI is indeed bright. We all know that with time all things seem to come around again. This seems particularly true in the world of medicine; sometimes the old ways become the “new” way to treating illness and improve health. We can only hope that such an exciting treatment will become more accepted in the future. Ultimately ultraviolet blood irradiation may turn out not be the treatment that time forgot but the treatment that time remembered!
Comprehensive Phenotypic Data Packages
Oncology: Radiation Sensitivity
Discovery of genes that when manipulated afford radioprotection could possibly lead to development of drugs to protect health and life in the event of (for example) a nuclear accident or attack. Conversely, genes that when manipulated sensitize the cancer cell to radiation induced death could be targeted with a "radiation sensitizer" drug to improve radiotherapy for cancer. Only male animals are tested.
Approximately 50 µL of blood is collected from the saphenous vein immediately prior to irradiation (collection time 1) and the differential WBC count is determined using a HemaVet 850 hematology system. The mouse is then irradiated for ~2 minutes (3 Gy) using a GAMMATOR G-50-B GAMMA IRRADIATOR 137Cs source. Blood collection and determination of peripheral WBC counts is then performed at 3 (collection time 2), 10 (collection time 3), 17 (collection time 4), and 24 days post-irradiation (collection time 5). Data is reported as WBCs (or specific cell type) per microliter or as mean percentage of pre-irradiation.
Displayed below is a sample graph of how radiation-induced changes in white blood cell counts are presented. In comprehensive phenotypic data packages graphs are interactive. Raw or calculated data and statistics can be seen by clicking on points in the graph. 
Figure illustrates percentage of pre-irradiation white blood cell counts (left) and number of white blood cells per microliter (right) of male wildtype littermates (green circle) and homozygous (red diamond mice plotted against long-term historical values (+/- 2 standard deviations) for wildtype animals (green shading). Long-term historical values are derived from data collected on more than 10,000 wildtype mice.
Figure illustrates percentage of pre-irradiation white blood cell counts (left) and number of white blood cells per microliter (right) of male wildtype littermates (green circle) and homozygous (red diamond mice plotted against long-term historical values (+/- 2 standard deviations) for wildtype animals (green shading). Long-term historical values are derived from data collected on more than 10,000 wildtype mice.Comparison Between Intravenous And Various Types Of Transcutaneous Laser Blood Irradiation
A Wirz-Ridolfi
Keywords
comparison of different ways of application, influence on the human energetic field., intravenous, lllt low level laser therapy, transcutaneous and sublingual transmucous laser blood irradiation
Citation
A Wirz-Ridolfi. Comparison Between Intravenous And Various Types Of Transcutaneous Laser Blood Irradiation. The Internet Journal of Laserneedle Medicine. 2013 Volume 3 Number 1.
Abstract
The influence of four different ways of laser blood irradiation on the human energetic field is compared, based on 100 measurements. Intravenous laser blood irradiation (20 minutes, red laser), transcutaneous irradiation in the popliteal fossa (20 and 30 minutes, infrared light), transmucous irradiation under the tongue (sublingual, 20 minutes monochromatic red light) and transmucous sublingual irradiation (bichromatic red and blue simultaneously, 20 and 30 minutes) are compared.
Introduction
Since 1981, when Russian authors 5 for the first time reported positive effects of laser blood irradiation, intravenous laser therapy is applied in human and veterinary medicine for various indications also in the west 1,6,12,13,14.
According to Einstein’s principle of duality, laser radiation appears either as waves or corpuscular radiation (8), depending on the experimental condition. These corpuscles are called photons and are absorbed in the respiratory chain (citrate cycle) in the mitochondrial wall, at different places depending on the color of the laser light applied.
Therefore blood irradiation with laser light increases energy production.
Also acupuncture treatment with needles, especially using cardinal points, increases the patient’s energy – but only by mobilizing reserve energy (as cardinal points switch on extraordinary meridians). The common denominator of needle- and laser acupuncture are actually the photons: every needle prick destroys a number of cells which start producing photons in their decline, so-called biophotons. However, with laser light genuine additional energy is introduced into the system, but without destroying cells.
The effects of laser light can be demonstrated in different ways: by inspection when skin diseases such as neurodermitis disappear 12, by alterations of laboratory findings in humans and animals 12,13,14 by measuring the blood flow ratio with hightech equipment 4, and by assessment of the energetic field with VAS (Vascular Autonomous Signal), polarity filter, and polarityfield meter (see below).
What is the reason for this study?
The energetic situation decides not only about the performance but also about the state of health of a living being. Blockages to healing, so-called foci, interfere with good health and absorb energy. On the other hand a good energy level is able to neutralize foci and promotes self-healing capacity. Several studies have shown that intravenous lasertherapy brings an increase of energy. However:
Not all patients agree to or are able to have their veins punctured. Not all patients have veins that can be easily punctured. Especially in obese cases both patient and therapist tend to suffer and perspire. Also from the legal point of view not all therapists are allowed to puncture blood vessels, as invasive treatments are reserved for medical personnel. Another advantage of alternatives to intravenous therapy: With transcutaneous or transmucous laser blood irradiation there is absolutely no risk of bleeding or infection.
The following methods were investigated: Intravenous laser blood irradiation, transcutaneous laser blood irradiation in the poplitea, and transmucous laser blood irradiation under the tongue. Each method has its specific advantages and disadvantages: the latter two applications have the advantage that the patient does not need to be punctured. The disadvantage of popliteal irradiation is that the patients have to lie face down in order to guarantee a good contact between laser and skin, which leads to dyspnea in obese persons. In sublingual irradiation the applicator must strictly remain underneath the tongue, there is no allowance for moving the tongue around.
However in principle any part of the body where large blood vessels lie directly underneath the skin or mucous membrane is suitable for laser blood irradiation.
Therefore we have tried to develop methods which allow laser blood irradiation without perforating the skin and have documented the improvement of the energetic field by numerous measurements.
Aim of the study
In the present study different forms of laser blood irradiation are compared by measuring the extent of the individual electromagnetic field (energetic, or polarity field) in order to find out whether a noninvasive method is possibly equivalent or even superior to intravenous laser blood irradiation.
Materials and method
The following equipment was used:
For the transmucous laser below the tongue:
Technical details of the equipment
The systems of Weberneedle® and Laserneedle® irradiate the blood in the visible range of the electromagnetic spectrum, whereas the system of Reimers and Janssen works in the infrared A range (904 nm). As mitochondrial absorption occurs primarily in the visible range (400 - 700 nm), one must use longer radiation times with Infrared A lasers a priori to obtain approximately comparable effects. Transcutaneous systems irradiate larger blood volumina than the intravenous technique but must apply considerably more light energy because of tissue absorption and scattering effects in the tissue which cannot be neglected. In all systems continuous wave mode (cw) was used for irradiation.
a) Intravenous laser blood irradiation:
Figure 1
Fig. 1: Intravenous laser blood irradiation
Procedure
A gauge 22 plastic cannula size 0.9 x 22 mm is inserted in a peripheral vein (mostly cubital, other possibilities: distal forearm, dorsal hand, even ankle region), fixed with adhesive plaster, then the mandrin is removed, a plastic light conducting catheter (lasercath®) is inserted into the cannulated vein and then connected to the glass fiber cable of the laser system.
b) Transcutaneous laser:
Figure 2
Fig. 2: Transcutaneous laser (Reimers & Janssen, Waldkirch, Germany) in the poplitea
Procedure
The patient lies prone on her abdomen and the impulse laser probe is applied directly on the skin of the poplitea. In supine position the contact between probe and skin is not guaranteed.
c) Transmucous laser, sublingual, monochrome:
Figure 3
Fig. 3: Transmucous sublingual laser, Webersystem (weber medical GmbH, Lauenförde, Germany)
Procedure
5 glass fiber light conductors are inserted into the sublingual probe of webermedical®.
For hygienic reasons a transparent household foil is wrapped tightly around the tip of the probe. Its exact placement underneath the tongue is important, as the blood vessels are located there.
d) Transmucous laser, sublingual, bichromatic
Figure 4
Fig. 4: Transmucous sublingual laser bichromatic, Schikora system (Laserneedle GmbH, Wehrden, Germany)
Procedure
The sublingual applicator according to Schikora is equipped with four laserneedle light conductors, 2 of red and 2 of blue color. The applicator is inserted into a hygienic small plastic bag and placed exactly underneath the tongue.
Patients
81 persons (31 male, 50 female; aged between 13 and 94 years), all patients of the MEDI-CHINA Center for Traditional Chinese Medicine and Laser Acupuncture, took part in this study. Totally 100 measurements of the individual electromagnetic field (energetic field or polarity field) were taken before and after laser blood irradiation. 19 patients were measured at two different sessions.
Performance
25 patients had intravenous laser blood irradiation with the Weberblood® system: red laser light, 632 nm, 3 mW, duration 20 minutes;
15 patients had transcutaneous popliteal laser blood irradiation with the infrared Reimers & Janssen impulse probe: 904 nm, 150 W, duration 20 minutes and
15 patients with the same parameters as b), duration 30 minutes;
15 patients had Weber’s sublingual probe: 632 nm, 5 x 30 mW, duration 20 minutes;
20 patients had Schikora’s new sublingual bichromatic probe: blue 405 nm and red 658 nm, 40 mW, duration 20 minutes and
10 patients as above for 30 minutes.
Therefore the total energy irradiated amounts to 3.6 J with 20 minutes intravenous laser, to 180 J with 20 minutes popliteal laser, to 180 J with 20 minutes monochromatic sublingual laser and to 170 J with 20 minutes bichromatic sublingual laser. Consequently the different transcutaneous methods applied show comparable total energies. With 30 minutes treatment the total energy of irradiation increases to 270 J (popliteal laser) or 258 J (bichromatic sublingual laser).
With all transcutaneous methods it is not possible to quantify optical power densities which take effect in the blood vessels, because they are strongly influenced by scattering processes in the tissue which are physically most complex.
But for intravenous laser blood irradiation the power density at the end of the optic fiber can be calculated exactly from the diameter of the fiber and the power of the laser.
Measuring the polarity field
To measure the exact extent of the polarity field (electromagnetic field, energy field) of a patient and its changes, one needs an adjustable measuring rod (e.g. the polarityfield meter according to Wirz/Mathis®), a polarity filter (polaroid foil) and an examiner acquainted with the VAS (vascular autonomous signal), also known as RAC (réflexe auriculo-cardiaque) or Nogier reflex, so called in honor of Paul Nogier, the French discoverer of ear acupuncture.
Procedure
Put the bottom board of the polarityfield meter underneath the pillow; adjust point zero of the measuring rod to the level of the patient’s forehead. Now the examiner holds his polarity filter into the energy field above the forehead of the patient and simultaneously palpates the patient’s pulse. He then moves the filter slowly upwards along the measuring rod until the impact of the patients pulse gets stronger underneath the palpating fingers of the examiner. This reproducible phenomenon is called RAC, VAS or Nogier reflex. At this exact level the extent of the patient’s energy field is read in centimeters and written down. Now the laser is switched on, laser blood irradiation begins. After completion of the individual treating session the procedure is repeated and the second measurement is noted. The difference of the values (in cm) before and after each treatment shows the influence of the various laser applications on the energy field and was recorded for the first time in this present study.
Figure 5
Fig. 5: Measuring the polarity field of a patient
Results
The average improvement of the polarity field (energy field, electromagnetic field by laser blood irradiation) showed the following results:
Figure 6
Fig.6: Average increase of the energy field with various types of laser blood irradiation
If the average increase of the polarity field of 11.9 cm with intravenous laser blood irradiation is taken as 100 %, the other five ways of transcutaneous laser present as follows:
Discussion
Although differences of the various types of laser blood irradiation are small and at the edge of significance (p≤0.05), they are still recognizable.
Compared to intravenous laser blood irradiation, popliteal laser irradiation for 20 minutes scored worst with 80 %. But if increased to 30 minutes, remarkable 98 % are reached. However the monochromatic sublingual probe attained only 83 % of the standard. The best score was reached by bichromatic sublingual laser treatment, it exceeds even the result of the intravenous application: 103 % at 20 minutes and 102 % at 30 minutes. Contrary to popliteal irradiation, an increase of treatment time by 10 minutes does not produce a significant change.
Physical explanation
Why does an addition of blue laser light bring the best results energetically, although blue laser is known for its poor penetration depth? Blue is absorbed at the first complex of the respiratory chain (NADH), blue and red are absorbed at the terminal complex (Cytochrom C), where blue (405 nm) shows a five times higher absorption. With bichromatic radiation there is an increased change of the redoxpotential in mitochondria and cytoplasm by oxidation at the NADH. Thereby the protonmotor force is increased which drives the backflow of the protons into the matrix and by doing so increases the ATP turnover. In addition the electron transfer is accelerated, both effects cause an increased ATP synthesis. 14
Figure 7
Fig. 7: Energy production occurs in the mitochondrial respiratory chain and is increased by the photons of laser light.
Conclusions
As alternatives to intravenous laser blood irradiation there are transcutaneous popliteal and transmucous sublingual laser blood irradiation available. In the present study, different possibilities are compared regarding their influence on the human energetic field (polarity field). If the improvement of energy by intravenous laser blood irradiation is taken as a reference of 100 %, 20 minutes of popliteal laser shows the worst results at 80 %, while 20 minutes of sublingual bichromatic laser shows the best results with 103 %. Obviously there are possibilities of a non-invasive laser blood irradiation which are - in relation to the chosen parameters - equivalent to the results of intravenous laser blood irradiation.
And one last really good article, from THIS SITE:
| Ultraviolet Blood Irradiation or Photoluminescence Therapy Written by Cheryl M. Deroin, NMD | |
| The wavelength of light used in photoluminescence treatments, wavelength C, corresponds to the wavelength of light from the sun that is known for its healing properties. Dr. Gurwitsch, who researched photo-biology in the 1930’s, demonstrated that body tissues gave off tiny emanations of light in different wavelengths, all in the ultraviolet spectrum. It has also been found that the blood of people who suffer from chronic disease such as cancer, diabetes and arthritis give off much more light than the blood of healthy people. However, those who are sick have an internal deficiency of ultraviolet light. The cells of those who are chronically ill are not able to transmit their synthesized light inward due to cellular disturbances. Ultraviolet light has been used in this country since the 1930’s, and in other countries much longer to combat bloodstream infection. The benefits are much greater than the simple destruction of bacteria, viruses and other foreign substances. Because only 200 ml of blood are taken out and passed through the UV light, about 1/25th of the body’s supply of blood, there is no direct destruction of foreign substances, but rather it is the effect of the light in the chemical energies of all cells which creates the strong response in the body. Photoluminescence corrects cellular imbalance in the blood. One such method of correction is the normalization of white blood cells, whereby high levels will decrease and low levels will increase. Ultraviolet blood irradiation (UBI) tends to build red blood cells in cases of anemia. It also enhances the removal of fat from the liver, which if left untreated can cause elevated triglycerides and cholesterol. UBI can increase cell permeability and is very effective in stimulating the immune system by enhancing the body’s own ability to produce antibodies. One of the most significant aspects of UBI is that it increases oxygen levels in the blood. Oxygen deficiency blocks the basic physiological oxidation processes in the body which can cause fermentation of sugars leading to abnormal cell growth and blockages in the vessels. Research done as early as 1925 demonstrated the increase in venous blood oxygen levels after photoluminescence that accumulates in the body with repeated treatments. | |
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Please note: I am not a doctor and I am only able to tell you what I have learned by doing my own research on the internet, and share with you the things that have worked for my husband. Please remember that Liver Cirrhosis is a very serious disease so I am not saying, do not see a doctor. Doctors have helped my
husband a lot. But I believe it is wise to do as much research as you can, and find out why
they are giving you every one of the medications and treatments they are giving you.
I believe they do not always know about or understand every treatment option that is available,
and there are many good options out there that can help.
Your health is ultimately your own responsibility, above anyone else's.
Best of luck to you!!!
If you have something to share, please feel free to leave a comment on this blog.
CLICK HERE TO FIND AN ALCOHOLICS ANONYMOUS CHAPTER IN YOUR AREA
CLICK ON THESE LINKS FOR MY OTHER POSTS
to learn about:
Please note: I am not a doctor and I am only able to tell you what I
have learned by doing my own research on the internet, and share with
you the things that have worked for my husband. Please remember that
Liver Cirrhosis is a very serious disease so I am not saying, do not see
a doctor. Doctors have helped my
husband a lot. But I believe it is wise to do as much research as you can, and find out why
they are giving you every one of the medications and treatments they are giving you.
I believe they do not always know about or understand every treatment option that is available,
and there are many good options out there that can help.
Your health is ultimately your own responsibility, above anyone else's.
Best of luck to you!!!
If you have something to share, please feel free to leave a comment on this blog.
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