Biophysical Medicine: Studies And Research

Electrosmog: Biological Impact Studies

April 11, 2019

Trauma In The Light Of Berlin

May 2, 2019

Vitalfeld: Enhancing Reproductive Health

Dr. Josef Zech / Kinderwunsch Clinic, Innsbruck / 2019

Abstract

Specific electromagnetic frequency ranges that combine Schumann resonances, digitized orthomolecular spectra and other Vitalfeld spectra have increased sperm cell longevity on average by 35 percent in several ongoing clinical studies conducted by Kinderwunsch clinic with independent researchers. The peak longevity of Vitalfeld treated sperm is up to nine days, whereas the average sperm only survive three days on average. Same methodology has also been used to enhance egg cell vitality and to treat displaced eggs in the ovary. Studies are ongoing through 2019.

Interview with Dr. Zech

Electromagnetic Signals influence DNA Restructuring, Water Memory and Transmission

Dr. Luc Montagnier / Electromagnetic Biology And Medicine / 2014

Abstract

Specific electromagnetic signals (EMS) were used to restructure DNA and transmit the information into a clean water sample, confirmed by independent laboratory teams who were able to reconstruct the DNA. It demonstrates how DNA is able to fix itself and transmit the information through water molecules when subjected to specific EMS. The transduction effect has also been observed in living human cells, when coherent molecular interaction are supported with resonant frequencies.
Full Study Documentary film

Biofield: The Phantom Leaf Effect

Dr. John Hubacher / The Journal of Alternative and Complementary Medicine

Abstract

Dr. John Hubacher measures the biological field of a leaf with corona discharge. The biofield remains intact even after the leaf is cut in half and the other part removed, with broad implications for biology and physics.

Full Study / Hubacher On Biofields

Vitalfeld: Supporting Athletic Performance, Bone and Fracture Healing, Regeneration

Private Clinics / The Journal of Athletic Training

Abstract

Energy and alternative medicine practitioners in Germany, Switzerland and Austria use Vitalfeld to diagnose and treat top athletes and sports professionals, observing significantly faster regeneration and healing in muscles, fascia, blood vessels, bones and even head. Vitalfeld is being used for torn ligaments, ligaments sprain, cartilage damage, torn muscle fibers, body bruises, back pain, shoulder injury with torn ligaments, concussions, inflammation, cicatrices, wound healing, influenza, allergies, food intolerance and various intestinal problems. Creatine kinase levels level out within the next day after treatment. The practitioners generally believe that the cumulative positive effects are primarily due to increased cellular energy, that helps the body regenerate faster. One clinic has created custom tools for competition and regeneration, used by some of the top competitive athletes in the country.

Marcel Hirscher Skiing 6 time Overall Champion skiing 6 times World Champion

Matthias Mayer Skiing Gold medal Dh Olympics Sotchi

Niki Hosp Skiing 10 time medalist in Alpine skiing. 3 Olympic medals

Andrea Fischbacher Skiing Olympic Gold Sg Vancouver

Julia Dujmovits, Snowboard Olympic Gold Sochi

Andreas Prommegger Snowboard 3 x Overall Champion

Thomas Morgenstern Ski jumping Olympic Gold medalist

Mario Stecher Nordic Combine Worldchampion and Olympic gold medalist team

Bernhard Gruber Nordic Combine Worldchampion and Olympic gold medalist team

Franz Klammer Skiing legend and Olympic champion

Heather Mills Speed record holder – disabled skiing

Matthias Lanzinger multiple Paraolympic medalist

Max Franz Skiing Downhill Bronze medalist World Champion 2017

Roland Leitinger Skiing GS Silber World champion 2017

Manuel Feller Skiing SL Silber World Champion 2017

Nici Schmidhofer Skiing DH Gold World Champion 2017

Vitalfeld: Significant Improvement In Tanzanian and European Study of 265 Chronic Patients

Forum Medizine / Die Naturheilkunde Report 2010

Abstract

In a statistical study involving 265 patients with a versatile set of chronic illnesses, 98 percent of Tansanians and 85 percent of Europeans reported significant health effects from Vitalfeld treatments, with an average of five treatments showing significantly reduced symptoms and pain.

See Published Study (German)

University Hospital Graz Study Shows High Accuracy of Vitalfeld Diagnosis

Clinical Institute For Medical And Chemical Laboratory Diagnostics, University Hospital Graz – 2006

Abstract

In two independent studies by University Hospital Graz involving 44 patients with somatic diseases, extensive anamnesis was carried out with standard laboratory procedures and the results compared with Vitalfeld diagnostic (“Global Diagnostic”). All patient data was randomized and sent to third party for analysis. The biophysical, 8-minute measurement was able to confirm the main diagnosis made by classical medical methods for each patient in the study. The team concluded also that the digital scan can give indication to hidden or beginning pathological processes which can not yet be detected by conventional lab tests or diagnostics.

Graz University Study

Vitalfeld: Rapid Method For Detecting Cardiovascular Risk

Clinical Institute For Medical And Chemical Laboratory Diagnostics, University Hospital Graz

Abstract

In a retrospective study of 143 patients suspected of suffering from cardiovascular disease or increased cardiovascular risk, the efficiency of Vitalfeld measurement was compared to conventional cardiovascular examination methods. The biophysical diagnostic succeeded in accurately detecting both the patients already suffering from a cardiovascular disease and the patients who – still free of symptoms – showed unambiguous evidence of commencing end organ damage or exhibited more than one synergistically effective risk factor with a high efficiency (a sensitivity of 93.6 % and a specificity of 79.4 %).

Graz University Study

Electric Fields Generated by Microtubules, Building Blocks of Cytoplasma

Theoretical Biology and Medical Modelling / 2012

Abstract

Microtubules maintain the structure of the cell and a variety of cellular processes with intracellular electric fields that facilitate mitosis and meiosis.

Full Study

Historic Milestones In Biophysical Medicine

In 1923, Russian scientist Alexander Gurwitch discovers ultraweak photon emissions from living tissues in the UV-range of the spectrum, that have a stimulating effect on cell division. He calls it mitogenetic radiation.
Neuroanatomist Harold S. Burr from Yale University records electrical fields in the shape of matured bodies around eggs and baby animals in the 1940s, suggesting an electromagnetic blueprint for guiding growth.
Herbert Fröhlich, nominated for Nobel Prize in Physics in 1963 and 1964, proposes an electromagnetic field that is generated by living cells in broad frequency ranges synchronizes molecules and information in the human body.
Frits-Albert Popp, a theoretical biophysicist at the University of Marburg in Germany, discovers carcinogenic compounds that scramble cellular photo-repair mechanisms by emitting specific wavelengths.
Popp and one of his graduate students, Bernhard Ruth, demonstrate with a highly sensitive photon detector how coherent emission of biophotons is linked to cellular health and incoherent emission to diseases such as cancer. They propose that biophotons provide system of communication between molecules
Dr. Veljko Veljkovic discovers a method for predicting which chemicals are carcinogenic by calculating biophotonic properties of the molecules.
Dr. Bruce Lipton, father of epigenetics, shows that cell regulation and behavior is regulated with environmental signals through the cell’s membrane rather than DNA, and biophysical signals trigger effects with and without chemical diffusion, further divulging the biophysical aspect of humanity
Dr. Robert Becker, pioneer in the field of regeneration outlines the relationship between electrical currents and healing processes in animal and human limbs, spinal cords, and organs with extensive laboratory tests in the 1970s.
Dr. Siegfried Kiontke, German biophysicist, releases first machines that mimic human electromagnetic fields for therapeutic purposes, calling them Vitalfelds (Vital Fields).
Research and studies linking electric and electromagnetic phenomena to human function and behavior accelerates towards the end of 20th century.

Contemporary Studies in Electromagnetic Biology and Neurology

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Jon Lieff – Electric DNA and Mind (March 8, 2015)

Jon Lieff → Cellular Intelligence

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Electrosmog: Biological Impact Studies

Trauma In The Light Of Berlin

Historic Milestones In Biophysical Medicine

Contemporary Studies in Electromagnetic Biology and Neurology

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