| Protocal: Extraction Using a Hand Held Transporter Neural Surgery without scalpel insult. Procedures: Insert nanobots with trillium signatures into the affected area of the brain while monitoring using the Basilar Arterial Scan. Match the scanned are with a DNA reference scan to differentiate the affected are from the other body parts and verify nanobot insinuation. Insure diagnosis by performing an electrophoretic analysis. Once analysis verifies that indeed cell extraction is the only option begin an enzymatic induction of molecular matrix to stabilize and attach the nanobots on the trauma site. Constantly monitor for abnormal bio-changes using the hypothalamic feedback loop. Once normal vitals are obtained for 2 minutes begin to excite the nanobots with nadion burst while monitoring with neural pathway imaging. (This procedure allows for neural pathway induction without delay after cell extraction.) Nanobots reading should be between >25 - .75 + or - .05 ppm’s (parts per million) and stable for 45 seconds. Set the hand transporter for the nanobot rinken signature then scan and lock-on coordinates. Insure there is a real time quantum-resolution pattern image ONLY on the nanobots and their attached cells. Manual override the transporter’s autosequencer and begin molecular extraction. Once 100% effaced the extraction is complete. Perform both neural pathway induction and neural polaric induction to repolarize neural sheaths. Monitor for abnormally high neural activity and reduce polaric induction if a surge occurs. Be prepared to IV 10 cc of Improvoline if a neural activity surge cannot be reduced by adjusting the polaric induction, or is ongoing for more than 7 seconds. Arrthmia may occur in some cases. %ccs IV Metrazene relieves cardiac stress. NOTE: Do Not Over Medicate excitation is only temporary and will self resolve. Monitor bio changes of the site using electrophoretic analysis to verify both molecular cell extraction and neural pathway repolarization. Once verified use standard post operation protocols. Results: Of the twelve patients requiring molecular cell extraction from the Virus Implant eleven are recovering with pre-morbid functioning. The twelfth patient experienced extensive phase 3-virus implantation and removal of optical pathways was the only viable option to prevent death. Conclusion: This is surgery without scalpel insult. When compared with scalpel insult surgery major post trauma benefits were noted. Insult specific rather than site specific extraction was possible. This meant removing only the damaged cells. Recovery time was reduced to days. Pre-morbid functioning returned for 99% of patients. Patient outcomes were better overall by 90%. Recommendation: Molecular cell extraction using hand transporter techniques reduces patient insult and has a broad range of applications. |
| Molecular Cell Extraction |
 |
| Written by: Captain Gavic Casteclear CMO |
 |
|
|
|
|