Uniquely configurable and versatile Radio Frequency Ablation system for creating precise linear lesions of any length, depth or volume. This technology can be used for treatment of cancerous tumors, cardiac related disorders, pain management or any diseases that can be treated using RFA as well as a viable tool for scientific research and study.

1. Radio Frequency Adaptive Ablation Technology (RFAAT™) Innovative RF Ablation Technology for Creating Precise Lesion of any Length, Depth or Volume http://www.ScientificRFA.com

3. Cardiac Related Disorders: Arrhythmia, Atrial Flutter, etc.

4. Pain Management: Chronic Back , Neck and Joint Pain

5. Ablation of Soft Palate: Snoring Treatment

7. Scientific Research: Biological Tissue Characterization

8. Blood Coagulation Detection

9. Any Diseases That Can be Treated Using RFA http://www.ScientificRFA.com

11. Flexible and Dynamically Programmable for Different Treatment Procedures

12. Extensive Safety Feature Built-in (Hardware/Software)

13. Mono or Bi-Polar Mode of Operation

14. Accepts any RFA Catheter in the Market

15. Continuous and Pulsed Mode of Operation

16. Cool-Pgnd™ Safest RF Return Patient Pad

17. Touch-Screen User Interface

18. Pull-Down Menu or Customizable User Interface

19. Precise Parameter Monitoring, Voltage, Current, Power, Impd, Temp

20. Physiological Signal Monitoring

21. Elaborate Set of Data Collection / Playback and Analysis Utilities http://www.ScientificRFA.com

22. Radio Frequency Adaptive Ablation Technology (rfaat™) The Following Slides Depict Possible System Configuration and Treatment Scenarios for Cancerous Tumors, Cardiac Related Disorders and Theoretical 3-D Modeling of Biological Tissue Scenario #1: Single Module Precise Ablation of Small Cancerous Tumor http://www.ScientificRFA.com

24. Continuous or Pulse Mode of Operation

25. Real-Time Parameter Display, Power, Impedance, Temp, etc.

26. Low Cost, Easy to Operate with Customizable User Interfacehttp://www.ScientificRFA.com

27. Radio Frequency Adaptive Ablation Technology (rfaat™) Scenario #2: Parallel Multi-Modules Precise Ablation of Large Volume Cancerous Tissue http://www.ScientificRFA.com

29. Multi-Temperature Sensors Feedback

30. Mono or Bi-Polar Mode of Operation

31. Continuous or Pulse Mode of Operation

32. Real-Time Parameter Display, Power, Impedance, Temp, etc.http://www.ScientificRFA.com

33. Radio Frequency Adaptive Ablation Technology (rfaat™) Scenario #3: Cascaded Multi-Modules Precise Ablation of Long/Thin and Contiguous Cardiac Tissue http://www.ScientificRFA.com

35. Mono-Polar Mode of Operation

36. Electrophysiological Signal Monitoring

37. Real-Time Parameter Display, Power, Impedance, Temp, etc.http://www.ScientificRFA.com

38. Radio Frequency Adaptive Ablation Technology (rfaat™) Scenario #4: Cascaded Multi-Modules + Multi-Cath™ Precise Ablation of Very Long/Thin Cardiac Tissue, e.g., Circumferential of Human Heart http://www.ScientificRFA.com

40. Multi-Temperature Sensors Feedback

41. Electrophysiological Signal Monitoring

42. Real-Time Parameter Display, Power, Impedance, Temp, etc.http://www.ScientificRFA.com

43. Radio Frequency Adaptive Ablation Technology (rfaat™) Scenario #5: Theoretical Modeling of Biological Tissue http://www.ScientificRFA.com

45. Accurate Characterization of Biological Tissue

46. Three-Dimensional Model to Calculate Current Density and Temperature Distribution in the Tissue

47. Finite Element Analysis (FEA) and Customizable Bio-Heat Algorithm

48. Mathematical Modeling to Predict Lesion Dimensions

49. Effect of Blood Flow on the Tissue and Ablation Temperature

50. What if Scenarios

51. The Following Scenario is a Sample of 3cm Circumferential Linear Lesion Created on Hard Tissue. http://www.ScientificRFA.com

52. Radio Frequency Adaptive Ablation Technology (rfaat™) Electrical and Thermal Characteristic of Biological Tissue Modeling (ETCBTM™) Sample Demo of 3cm Circumferential Lesion on Cardiac Tissue http://www.ScientificRFA.com

53. Radio Frequency Adaptive Ablation Technology (rfaat™) Theoretical Modeling of Biological Tissue and Simulation for RF Ablation Theoretical Lesion Model For Cardiac Tissue (Front View) Actual 3cm Lesion Created On Cardiac Tissue Theoretical Lesion Model For Cardiac Tissue (Top View) http://www.ScientificRFA.com

54. Radio Frequency Adaptive Ablation Technology (rfaat™) For More Information: Contact: ScientificRFA Phone: 831-227-0278 Fax: (831)576-1579 Email: info@ScientificRFA.com Exploring The Possibilities!!! http://www.ScientificRFA.com