NanoTechnology Signal Induction Systems

1. NanoTechnology Signal Induction Systems Software for the Human Body The statements herein have not been evaluated by the Food and Drug Administration. This product is not intended to be used in the treatment, prevention or cure of disease. Use product only as directed. Do not use product if you have a health condition. Please consult your healthcare professional before using should you have any concerns.

2. What the LifeWave Technology IS NOT: Overview • Not a Magnet • Uses No Metals or Batteries • Contains No Drugs • Contains No Electronics • Not A Medical Device • Not a Supplement • Not a Stimulant • Not a Transdermal Patch Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

3. What the LifeWave Technology IS: Overview • Signal Induction System • A Non-Transdermal Patch • Nothing Enters the Body • Improves Energy, Stamina • Wear All Day (12 hours) • Clinically Tested • Near Instant Results • Produces Natural Energy Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

4. LifeWave–Software for the Human Body Overview • The patches are “programmed” like computers • The “software” is a biological message • The human computer (DNA) receives this message and responds to it • What would you like your body to do? Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

5. What is Signal TRANSduction? messenger molecule > Overview • The Biochemical message that is passed from the envelope of the cell to the nucleus of the cell • When a messenger molecule binds to a receptor on a cell membrane, the cell membrane undergoes a chemical change • This change triggers a series of reactions that pass from the membrane to the genes in the nucleus Technology Studies Products Future < Cell nucleus Questions < Cell membrane NanoTechnology Signal Induction Systems

6. Pulsed electric field • Research by Stephan Beebe - Eastern Virginia Medical School • The effects of Nanosecond pulsed electric fields on cell function • Results:The results indicate that nsPEF activate intracellular mechanisms that can determine cell function and fate - potential therapeutic applications for cancer and gene therapy. Overview Technology Studies Products Future Cell nucleus Questions Cell membrane > NanoTechnology Signal Induction Systems

7. Dr. Frank, University of Washington • Concept of Magnetoreception • “The phenomenon of magnetism has been implicated in signal transduction pathways within complex biological systems.” • How do animals and bacteria interact with the Earth’s magnetic field? • Answer – Magnetoreception; organisms contain nanosize particles of magnetite that are responsible for this • Possible to use magnetism to effect cell function Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

8. Photo Repair Overview • If you destroy 99% of a cell with UV light most of the damage will be repaired in a single day by illuminating the cell with the same frequency of a very weak intensity Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

9. Dr. Fritz Albert Popp Overview • In 1976 he discovered, using a photomultiplier (photon counter) that if you placed living cells in a dark room they emit very high order coherent light (light at single frequencies). This coherence is used by cells for communication • Photons switch on the bodies processes; at different frequencies the photons perform different functions (biophotons); used both within the cell and outside the cell Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

10. Dr. Fritz Albert Popp Overview • Found that the DNA in the cell was responsible for both storing photons of light and emitting different frequencies of light for initiating intracellular and extracellular communications • Photon emission – 10 photons per cm2 per second; wavelength of 200 to 800 nanometers Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

11. Other Research Overview • Herbert Frohlich – University of Liverpool • Physicist that showed that at a threshold molecules vibrate in unison until they reach coherence • He predicted that vibrations in proteins were responsible for communication and synchronization of activities between proteins • Reinforces concept that energetic systems are equally as important as biochemical systems Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

12. Other Research Overview • Nobel prize winner Albert Szent Gyorgyi postulated that protein cells act as semiconductors, passing along the energy of electrons as information • This concept was proven by later research • Dr. Benveniste of the French NIH conducted thousands of experiments that proved that low frequency electrical signals could be used to initiate metabolic responses in cells; cell to cell communications; he also demonstrated that cells responded the same way to specific electronic signals as they would to chemicals Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

13. What is Signal INduction? Overview • Signal induction is recognized as a biochemical process • LifeWave Technology utilizes the principle of signal induction to influence a cells behavior • Instead of a signal being produced chemically, LifeWave produces the signal passively • This is no different than how our wireless technologies (cell phones, etc.) work today Technology Studies * Products Future Questions NanoTechnology Signal Induction Systems

14. LifeWave Patches are antenna’s for transmitting the biological messages needed for initiating metabolic changes within our cells Overview Technology Studies = Products Future Questions NanoTechnology Signal Induction Systems

15. What are the benefits of this? • With Signal induction we can influence the behavior of cells • We can “program” the LifeWave patches with a message in the same way as computer software • We can use the patches to “transmit” virtually any biological message that we want • Huge range of applications: - improving energy / stamina - increasing muscle mass - increasing growth hormone levels Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

16. Overview Technology Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

17. LifeWave Nanotechnology Patch • Solutions - Water base with amino acids, sugars and Oxygen • Solutions are processed so as to alter the optical properties of the materials • L-amino; light bends left • R-sugar; light bends right • LifeWave process creates circular polarization of light • Solutions applied to substrate so as to form molecular antenna’s Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

18. LifeWave Premise Pulsating magnetic and electromagnetic fields emanate from the surface of the human body; energy fields detectable by SQUID magnetometers and infrared imaging • These fields pass through the patches causing the organic lattice to vibrate • The patches are constructed from amino acids, sugars and Oxygen in water based solutions; a proprietary process alters the optical properties of the materials • This organic lattice, when applied to a substrate, functions as a molecular antenna for interacting with the human energy field Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

19. The human magnetic field is “frequency modulated” (much in the same way that radio works) by the patches to now contain the information “make energy from fat”. • This modified signal is inserted into the patch wearer by resonant energy transfer. • The cells of the body receive this signal (much like signal induction) and the instructions are carried out. Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

20. Note: Infrared frequencies have been used for many years in LASER communications Overview • The LASER is frequency modulated to transmit information (voice, data) over a distance) Technology Studies Products Receiver CO2 LASER LASER BEAM Future Questions NanoTechnology Signal Induction Systems

21. LifeWave Patch antennas frequency modulate human infrared emissions for patch to user communications Overview Technology Patch User Studies Human Infrared Emissions Products Future Questions LifeWave Patch NanoTechnology Signal Induction Systems

22. LifeWave and Application Points Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

23. How an antenna works Overview Technology Studies Products A radio antenna – and for this example a CB antenna - is a device designed to (1) capture radio frequency signals and convert them into electric signals by the receiver, and (2) transmit or radiate radio waves. An antenna length must match the frequency transmitted. The formula for antenna’s are well known: Wavelength (meters)= 3 x 108 / freq (Hertz) Future Questions NanoTechnology Signal Induction Systems

24. Patches are nano-scale antennas Overview Technology Studies Products Future Answer: Since an antenna must have the same wavelength (match) (or harmonic) of the frequency it is radiating or transmitting, then we should be able to construct antennas from molecules that radiate the frequencies of molecules. Questions NanoTechnology Signal Induction Systems

25. LifeWave Patch Construction Overview Technology The patches are constructed so as to form molecular antennas capable of transmitting biological messages Studies Products Future Questions NanoTechnology Signal Induction Systems

26. Resonant Energy Transfer Overview I still don’t understand ! ! ! How does this message get to the body if the patch is passive? Answer: Resonant Energy Transfer Technology Studies Products Future Testimonials NanoTechnology Signal Induction Systems

27. Example: Resonant Energy Transfer (Waves) Resonant Energy Transfer is the process by which the message can travel from the patches to the body passively Overview Technology Studies Products Future Testimonials NanoTechnology Signal Induction Systems

28. Example: Tuning Forks • Tuning forks are a good example of how vibrating objects produce sound. Oscillation of high and low pressure regions in air • Sound waves in liquids are longitudinal; particles vibrate in a direction that is parallel to the direction of energy transport • Energy is transmitted without moving matter (matter vibrates but returns to its original locations) Overview Technology Studies Products Future Testimonials NanoTechnology Signal Induction Systems

29. Example: Tuning Forks and Sympathetic vibration Overview Technology Studies Products Place two tuning forks OF THE SAME FREQUENCY near one another. Strike one of the tuning forks. The second tuning fork will vibrate and sound because of resonant energy transfer. The same phenomena occurs in ALL materials; if we create a resonant frequency a material such as a biological structure (DNA) will resonate Future Questions NanoTechnology Signal Induction Systems

30. Example: Molecules and Sympathetic vibration Overview Technology Studies Products The same phenomena can occur with molecules;resonant energy transfer occurs when molecules are of the same frequency, just like with the tuning fork Future Questions NanoTechnology Signal Induction Systems

31. Overview Technology Studies Studies Products Future Questions NanoTechnology Signal Induction Systems

32. Summary of research to date • Scientific paper summarizing findings by inventor David Schmidt • Review by Dr. Steven Haltiwanger, MD; the scientific basis for LifeWave from a medical doctors perspective • Double Blind Study, J. Goodson; Strength Endurance • Double Blind Studies; R. Shaughnessy; Strength Endurance • Pilot Study; Surface Electromyography; biocoherence • Pilot Study; Indirect Calorimetry; resting metabolic rate • Other studies at various stages; blood work, capnometer, HRV Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

33. Summary of Study performed by J. Goodson • Study conducted on Generation I of Energy Enhancer formula • 44 male college football athletes • Athletes first fatigued with a 60 minute weight lifting work out • Exercise for this test was a 185 lb. or 225 lb. Bench Press • Baseline and comparative data collected a week apart • Control Group – average decrease in stamina of 3.1% • Placebo Group – average increase in stamina of 3.6% • LifeWave Group – average increase in stamina of 33.9% Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

34. Summary of Study by J. Goodson Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

35. Summary of Study #1 by R. Shaughnessy • Study conducted on Generation II of Energy Enhancer formula • 25 male college football athletes • Exercise for this test was a 225 lb. Bench Press • Baseline and comparative data collected a week apart • Control Group – average increase in stamina of 8.9% • Placebo Group – average increase in stamina of 13.8% • LifeWave Group – average increase in stamina of 43.2% Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

36. Summary of Study # 1 by R. Shaughnessy Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

37. Surface Electromyography – pilot summary • SpectraVision – NuVisions • Based on the well established principles of surface electromyography • Non-invasive technique • Over 500 participants in initial pilot project • Sine Wave travels through connective tissue • Equipment records the bioelectrical parameters of the connective tissue and organs Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

38. Spectravision Data; Elite Football Athlete, Age 22; before patches • SpectraVision - NuVisions Overview Technology Studies Products Future Questions Results: Adrenals are stressed; low electrical activity in Thyroid, Pancreas, Testes; bioelectrical system incoherent NanoTechnology Signal Induction Systems

39. Spectravision Data; Elite Football Athlete, Age 22; after patches Overview Technology Studies Products Future Questions Results: Complete redistribution of bioelectrical energy; relief of adrenal stress; dramatic boost in energy of Thyroid, Pancreas, Testes; bioelectrical system starting to pull into coherence NanoTechnology Signal Induction Systems

40. REEVUE – Korr Medical • Indirect Calorimetry. – • Used for measuring metabolic rate • for 100 years. • How it works: • The device measures how much • oxygen a person is consuming, and • then calculates exactly how many • calories they are burning. Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

41. Female Age 49 Test before patches Indirect Calorimetry Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

42. Female Age 49 Test 2 hrs after applying patches Indirect Calorimetry Overview Technology Studies Products Future Questions 31% improvement NanoTechnology Signal Induction Systems

43. Female Age 49 Test 8 hrs after applying patches Indirect Calorimetry Overview Technology Studies Products Future Questions 39% improvement NanoTechnology Signal Induction Systems

44. Male Age 54 Test before patches Indirect Calorimetry Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

45. Male Age 54 Test 8 hrs after applying patches Indirect Calorimetry Overview Technology Studies Products Future Questions 29% improvement NanoTechnology Signal Induction Systems

46. LifeWave Summary • New Nanotechnology product • Nothing enters the body • Improves energy and stamina • Increases of 40% typical • Patch message = “Burn Fat” • Wear all day • Proven success in real life • Real world result: athletes are not as fatigued in the 4th quarter Overview Technology Studies Products Future Questions NanoTechnology Signal Induction Systems

47. Overview Technology Questions Studies Products Future Questions NanoTechnology Signal Induction Systems