Biomedical Defense Principles to Counter DNA Deep Hacking

1. Structure of DNA and the landscape of DNA Deep Hacking (DDH)<br>2. History of bio-hackers, psychological profiling and fingerprinting of the bio-hacker. The story the recent North Korean WannaCry ransomware attack<br>3. Code injection and the E. Coli story as the carrier of malware DNA code<br>4. CRISPR the magical knife. The anatomy and mechanics. The good, the bad and the ugly<br>5. The Genome vandalism. "When ISIS Meets CRISPR" the blueprint from Hell. Generating DNA sequence from payload binary code <br>6. Synthesis of DNA with encoded malicious code. The E. Coli Plasmids story<br>7. Third party role of the Dark Web and the Deep Web, The Onion Router (TOR) <br>8. How to select a target. Planning the bio-attack, damage, and vulnerability of the attack <br>9. The Drone technology, Transport strategy and risk evaluation <br>10. Drone delivery methods, how to communicate with the destination <br>11. The Bio-Stuxnet malicious DNA attack. Attack simulation and review results. <br>12. Translation and storage of the DNA contaminated code <br>13. Encryption technology and camouflaging contaminated DNA-code injection <br>14. Detection of surprise bio-attack, the bio-response, response of Government agencies. DNA bio-defense. Attack forecast and eradication, security measure to protect the DNA data files<br>15. Reverse Engineering technology <br>16. The controversy of CRISPR with religion and ethics advocates to control evolution and embryology enhancement, and elimination of genetically inherited diseases<br>Appendix <br>Epilogue