TISSUES ARE HEALED BY PHOTONS BASTYR UNIVERSITY SEATTLE

TISSUES ARE HEALED BY PHOTONS BASTYR UNIVERSITY SEATTLE, WASHINGTON STATE, USA June 1, 2009 Wolf-Dieter Kessler MD, Ph. D

The Facts Behind a Successful Medical Clinic

Biophoton Emisson from Leaf Professor Fritz-Alfred Popp

Dispersion of light through a prism

Spectroscopy

Tissues are mainly composed of spinning hydrogen atoms which build up a specific electromagnetic field.

Nuclear magnetic resonance property has been used in the medical community since 1970

Spinning hydrogen atoms of a tissue and Focus

When these hydrogen atoms are excited by an external or internal resonance energy field, two things happen:

1) Hydrogen atoms emit a photon when their axis is shifting 2) Their electrons emit a photon

Photon emission and focus

Gilbert Newton Lewis, 1875 -1946

Nuclear Magnetic Resonance Depends on strength of the field depends on Larmor precession frequency of the nucleus.

Because in each tissue the Larmor precession frequencies are specific, emitted photons would also have a specific wavelength and color matching that tissue.

Larmor, Sir Joseph (1857 -1942)

Honours awarded to Joseph Larmor Fellow of the Royal Society 1892 Lucasian Professor 1903 Royal Society Bakerian lecturer 1909 Fellow of the Royal Society of Edinburgh 1910 Speaker at International Congress 1912 LMS De Morgan Medal 1914 Royal Society Royal Medal 1915 London Maths Society President 1914 - 1916 Speaker at International Congress 1920 Royal Society Copley Medal 1921

Color and wavelength of these biophotons are highly specific in each tissue. They quasi match their tissue The phenomenon is firmly established in spectroscopy

In emission spectroscopy light (photons) are emitted when you excite the atoms/molecules of a substance by heat. The emitted photons are specific to that substance.

ONDAMED If you excite the hydrogen atoms of a tissue by pemf, both the hydrogen atoms and their electrons will emit photons. Their colors and wavelength are also specific to the tissue because they correlate with the Larmor frequencies of the hydrogen atoms of the tissue.

Absorption spectroscopy refers to the interaction of electromagnetic radiation with matter.

Matter, substances, tissues absorb and emit light according to their atoms and molecules.

UV-visible spectroscopy refers to techniques where one measures how much light of a particular wavelength (color) is absorbed by a sample.

DNA absorbs light in the UV range (which is partly why sunlight is dangerous) so the amount of DNA in a sample can be determined by measuring the absorbance of UV light.

In absorption spectroscopy, the intensity of a beam of light measured before and after interaction with a sample is compared.

Fraunhofer lines of solar spectrum

Kirchhoff and Bunsen It was later discovered that each chemical element was associated with a set of spectral lines, and deduced that the dark lines in the solar spectrum were caused by absorption by those elements in the upper layers of the sun.

Photosynthesis chlorophyll is activated by absorbing a photon , then forms ATP (adenosine triphosphate) and TPNH (the reduced form of triphosphopyridine nucleotide – TPN) They provide the energy for the assimilation of carbon dioxide gas, yielding a variety of sugars from which other sugars and carbohydrates, including starch can be built up.

Left: Energie level diagram of the ground and excited states of chlorophyll a and β -carotene. Right: Two-Photon excitation spectroscopy (red line with red dots) enables the measurement of spectra of the carotenoid dark state within intact pigment-protein complexes. The example shows spectra of Photosystem I: Absorption spectrum (green line), Fluorescence spectrum (black line) and the already mentioned two-photon excitation spectrum (red line). For details see M. Hilbert, A. Wehling, E. Schlodder and P. J. Walla

Pigment positions and orientations (green pigments=chlorophylls, red pigments = carotenoids) in Photosystem I, Photosystem II and a trimer of light-harvesting complex LHC II.

WAVE SPECTRA AND WAVE LENGTHS OF EMITTED PHOTONS ARE TISSUE SPECIFIC

Professor F. Popp morphogenesis, growth, differentiation and regeneration are explained by the structuring and regulating activity of the coherent bio-photon field.

In 1995, Sisken & Walker listed some of the healing frequencies being tested in medical research laboratories and the types of tissues they affect. Frequencies are specific for:

2 Hz nerve regeneration, neurite outgrowth from cultured ganglia 7 Hz bone growth 10 Hz ligament healing 15, 20, 72 Hz decreased skin necrosis, stimulation of capillary formation and fibroblast proliferation 25, 50 Hz synergistic effects with nerve growth factor From James Oschman, Energy Medicine

ONDAMED IS HEALING THE FOCUS THROUGH PHOTON ACTIVITY THROUGH SPECIFIC COLOR AND RESONANCE

The word "color" is placed in quotes to indicate that absorbance spectroscopy deals not only with light in the visible range - photons with a wavelength of roughly 400 to 700 nanometers, but also with wavelengths that lie outside of the range of human vision (IR, UV, X-rays). However, the principles are quite similar for both visible and nonvisible light.

Electromagnetic spectrum

DNA is absorbing light Measure DNA quantity through absorbed photons

ONDAMED IS HEALING THE FOCUS THROUGH PHOTON ACTIVITY MATCHING COLOR AND RESONANCE

In physics, resonance is the tendency of a system to oscillate at maximum amplitude at certain frequencies

Resonance increases amplitude and energy In wave mechanics, two identical resonating waves would triple the energy, would triple the amplitude.

Field Intensity Field Strength 50 – 500 Gaus 5 – 50 milli Tesla

Erwin Schrödinger The Nobel Prize in Physics 1933

Harmonics Hamprecht showed that Schroedinger’s equation is the basis of modern quantum mechanics. All conditions of matter and light follow the laws of acustics such as keynotes and harmonics. They produce the same quantum conditions (tone sequences) without other forms in between as matter and light. However, here it is not the string and the air which is vibrating but the vacuum.

ONDAMED Follows the laws of acustics such as keynotes and harmonics.

Erwin Schroedinger Photon pump

one photon has been subtracted from the field: see Figure 1(a). When the initial field is composed of a small number of photons, the effect is dramatic and may even completely change the characteristics of the field.

Myungshik Kim and Marco Bellini Istituto Nazionale di Ottica Applicata Florence, Italy European Laboratory for Non-linear Spectroscopy Subtracting one photon from the light field

ONDAMED Finds the ailing tissues Tells us where to treat Tells us how to treat

The National Osteoporosis Foundation in the USA reported that :

Osteoporosis and low bone mass are currently estimated to be a major public health threat for almost 44 million U. S. women and men aged 50 and older. The 44 million people with either osteoporosis or low bone mass represent 55 percent of the people aged 50 and older in the United States. Additional efforts must be made to stem this disease, which may be largely prevented with lifestyle considerations and appropriate treatment.

Appropriate treatment ONDAMED program 58

WAVE SPECTRA AND WAVE LENGTHS OF PHOTONS ARE TISSUE SPECIFIC FOR REPAIR

DNA repair is done at 380 nanometer in the ultraviolett range. Benzo-a-pyren absorbes ultraviolett and passes infrared light. This prevents repair and is carcinogenic

Benzpyren twin substances absorb different “colors” Benzo-(a)-pyren is carcinogenic Benzo-(e)-pyren non carcinogenic

Wavelength

Low frequencies have long waves lengths wavelength = wave speed / frequency. wavelength is therefore inversely proportional to frequency.

This is an electron. It is a harmonious standing wave.

Specific spectra and interference

Interference and harmonisation after therapy

Morbus Perthes Necrosis of the femoral head

Hip sonography, ventral. Irregular contours, right femoral head with irregular echo pattern with areas of high echogenicity and low echogenicity. Femoral head is altogether lower in height. Epiphyseal gap is fuzzy with increased echogenicity. Slight joint effusion to the right.

M. Perthes before treatment

M. Perthes after first treatment

M. Perthes after second treatment

M. Perthes after third treatment

Healthy tissue: constructive Interference: Ideal, harmonious in phase vibration of regularly arranged atoms maximizes energy (Itzhak Bentov)

Destructive interference

Hormonal balancing with nuclear magnetic resonance Liver is at the core of hormonal balancing Main Focus is draining the liver Stress is draining the liver

Three types of stress Inflammation Emotion Metabolism

Hormonal balancing with nuclear magnetic resonance Elimination of 3 stress factors with ONDAMED Find Main Focus and treat with specific programs and microorganisms/parasites

EARLY BREAST CANCER MC

MF EARLY BREAST CANCER

A hormone receptor is a receptor protein on the surface of a cell or in its interior that binds to a specific hormone. The hormone causes many changes to take place in the cell. Binding of hormones to hormone receptors often trigger the start of a biophysical signal that can lead to further signal transduction pathways, or trigger the activation or inhibition of genes. [

Steroid receptors are zinc finger proteins

The idea that energy within a living system may be transported within semiconductive bands of proteins was suggested by SZENT-GYÖRGYI in 1941.

In mammals, progesterone , like all other steroid hormones, is synthesized from pregnenolone, which in turn is derived from cholesterol

progesterone

Testosterone into DHT dihydro-testosterone 5 alpha reductase Progesterone better than 5 alpha reductase inhibitors

estrogen production Follicles in the ovaries, the corpus luteum and the placenta. Follicle- stimulating hormone (FSH) and luteinizing hormone (LH) stimulate the production of estrogen in the ovaries. liver, adrenal glands, and the breasts.

Synthesis of estrogens starts in theca interna cells in the ovary, by the synthesis of androstenedione from cholesterol. Androstenedione has androgenic activity. This compound crosses the basal membrane into the surrounding granulosa cells, where it is converted to estrone or estradiol, either immediately or through testosterone. The conversion of testosterone to estradiol, and of androstenedione to estrone, is catalyzed by the enzyme aromatase

Balance of hormones Liver

Deranged estrogen metabolism the level of an estrogen metabolite associated with breast and endometrial cancer (16 -alphahydroxyestrone) fell. DIM changes "strong" estrogen to "weak" estrogen, it stops human cancer cells from growing and provokes the cells to self-destruct (apoptosis). Subsequent studies done at the University of California at Berkeley show that DIM inhibits some human breast cancer cells from growing by as much as 90% in culture.

indole-3 -carbinol, sulforaphane, and beta carotene. Sulforaphane increases levels of enzymes that block cancer (IC 3, or DIM), increases the conversion of estradiol to estriol by 50%

The increased DNA binding condenses DNA structure, preventing transcription. histone deacetylase

The manipulation of nuclear spins by radiofrequency waves (nuclear magnetic resonance is important in chemical spectroscopy and medical imaging. Manipulation of nuclear spins by low frequency electromagnetic waves is an important tool for ailing tissues. Tissue energy is increased by the laws of resonance. It is the anti aging tool „par excellence“.

Hormonal balancing with nuclear magnetic resonance Find the Focus which is draining the liver

Footnotes: 1. Bischof, Marco: Biophotonen. Das Licht in unseren Zellen, 1995, Zweitausendeins Verlag 2. Popp, F. A. /Nagl, W. /Li, K. H. /Scholz, W. / Weingärtner, O. / Wolf, R. : Biophoton emission: New evidence for coherence and DNA as source (1984) 3. Cittert, P. H. van: Physica, Vol 1 (1934), S. 201; Zernike , F. : Physica, Vol. 5 (1938), S. 785 4. Popp, F. A. : Biology of Light (1984) S. 75 -76: Li/Popp, F. A. : Nonexponential decay law of radiation systems(1983) ; Li, K. H. , Popp, F. A. , / Nagl, W/ Klima, H. : Indications of optical coherence