AI IN HEAD AND NECK...The paradigm shift -Innovation in Surgery

AI in Head and Neck Surgery

1. AI ROLE IN HEAD AND NECK SURGERY DR SAQBA

2. 8/06/20XX PITCH DECK PREDICT DIAGNOSIS PROGNOSIS MUTATIONAL STATUS RESPONSES TO TREATMENT

3. DIAGNOSTIC AIDS FASTER CONSISTENT REPRODUCIBLE ACCURATE 8/06/20XX PITCH DECK

4. HEAD AND NECK ONCOLOGY 8/06/20XX PITCH DECK

5. DIAGNOSIS AI aiDS PREDICTION The alarming rise in global HNC incidence and its poor prognosis makes it ideally suited for application of AI-based methods to aid objective diagnosis and provide valuable prognostic information.  The AI model, which works by reading digital slides of tumor tissues, detects cancer cells and predicts a tumor’s molecular profile based on cellular features seen on the image with superior accuracy to most current AI systems. It can forecast patient survival across multiple cancer types and accurately pinpoint features in the tissue that surrounds a tumor — also known as the tumor microenvironment — that are related to a patient’s response to standard treatments, including surgery, chemotherapy, radiation, and immunotherapy. Predicting tumors’ molecular profile A tumor’s genetic makeup holds critical clues to determine its future behavior and optimal treatments. To get this information, oncologists order DNA sequencing of tumor samples This new AI approach successfully identified features associated with several important genes related to cancer growth and suppression, and it predicted key genetic mutations related to how well a tumor might respond to various standard therapies by looking at the microscopic slides. 8/06/20XX PITCH DECK

6. 8/06/20XX PITCH DECK orthognathics cosmesis tmj OTHER IMPLICATIONS ORTHOGNATHICS

7. 8/06/20XX PITCH DECK Reconstructive surgery

8. Generation of color maps for a trauma patient: A. Preoperative image. B. The mirror image created based on the normal side. C. Color map after superimposing the actual and mirrored images. D. The stereolithographic model with the preadapted titanium mesh and locating splint. E. Postoperative image. F. Comparison of postsurgical image with its mirror image using a color map. The mirror image has been used as the reference surface. The red end of the scale shows regions that are in front of the reference surface (i.e. the most positive distances), and the green shows the most negative distances TRAUMA

9. TECH Overview Unique Only product specifically dedicated to task management​ SAFE LACKS HUMAN ERROR Tested Digitally designed and tested using various tools and softwares until reproducible and consistent Authentic Designed with the help and input of software experts 8/06/20XX PITCH DECK

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11. BREAKTHROUGH SURGERY AND ROBOTICS CAD CAM MODELS PRE SURGICAL MEASUREMENT OF OUTCOMES PATIENT SATISFACTION 8/06/20XX PITCH DECK

12. INTERDEPENDENCY

13. SCI FI Model EFFICIENT LESS TIME CONSUMING ​ 100% ACCURATE RELIABLE !! ​ 8/06/20XX PITCH DECK

14. Our competition HUMAN AI MASTER MIND DESIGN MAKER EXPERIENCED PLAN B !! OBEDIENT LACKS HUMAN ERROR REPRODUCIBLE TASK DEPENDENT MACHINE MONITORING ESSENTIAL 8/06/20XX PITCH DECK

15. Summary AI's potential was seen in the  improvement of diagnostic accuracy (72%), surgical planning (64.7%), treatment selection (57.6%), risk assessment (50.4%) and the prediction of complications (45.3%) . 8/06/20XX PITCH DECK

16. Thank you 8/06/20XX PITCH DECK