Surgery: Research and Technological Advances — Cutting-edge Medicine and Surgery

Surgery · Clinical Specialties

How it begins

Un compendio exhaustivo, metodológico e interdisciplinar sobre los avances mecánicos, digitales, bioingenieriles y moleculares que redefinen la praxis quirúrgica moderna y la medicina perioperatoria.

What it covers

1. Advances and New Surgical Frontiers
2. Surgical Research Methodology
3. · The IDEAL Methodological Framework
4. · The Placebo Paradox (Sham Surgery) in Research
5. · CUSUM Analysis for Quality Control
6. Pathophysiology of Minimal Invasion
7. · Insufflation and Systemic Physiology
8. · The Inflammatory and Acute Phase Cascade
9. · Splanchnic Microcirculation and Ischemia-Reperfusion
10. Robotic and Kinematic Surgery
11. · The Kinematics of the Robotic Arm
12. · Degrees of Freedom and End Effectors (EndoWrist)
13. · Partial Autonomy: The STAR Project
14. Artificial Intelligence, Computer Vision and Machine Learning
15. · Computer Vision in the Smart Operating Room
16. · Classification of Surgical Events in Real Time (Surgical Process Models)
17. · Clinical Data Integration and Preoperative Prediction
18. Immersive Realities and Surgical Navigation
19. · Holographic Planning and Three-Dimensional Reconstruction
20. · Stereotaxic Navigation Systems
21. · Tissue Deformation Compensation ("Brain Shift" and "Tissue Drift")
22. Fluorescence Guided Surgery
23. · Physiology and Optical Properties of Indocyanine Green (ICG)
24. · Clinical Applications of Fluorescence Imaging with ICG
25. · Targeted Selective Fluorescence Agents (Targeted Molecular Imaging)
26. 3D Printing, Biopressure and Allotransplantation of Vascularized Composite Tissues (VCA)
27. · Patient Specific Osteotomy Guidelines (PSI)
28. · 3D Biopressure: Functional Tissue Structures
29. · Allogeneic Vascularized Composite Tissue Transplantation (VCA)
30. Precision Therapies in Surgical Oncology
31. · HIPEC: Hyperthermic Intraperitoneal Chemotherapy
32. · PIPAC: Pressurized Intraperitoneal Aerosol Chemotherapy
33. · Comparative Efficacy of Intraperitoneal Therapies
34. Biomaterials, Bioengineering and Nanosurgery
35. · Active Hemostatic Agents and Biological Sealants
36. · Decellularized Extracellular Matrices (dECM)
37. · Nanotechnology and Precision Surgery (Nanosurgery)
38. Genetic Editing and Xenotransplantation
39. · CRISPR-Cas9 as a Technological Enabler for Xenotransplantation
40. · The Pathophysiology of Xenograft Rejection
41. Telesurgery and Global Connectivity
42. · Physics of Latency and Limits of Psychomotor Skills
43. · Advanced Network Architecture: Slicing Networks and Edge Computing
44. · Clinical Milestones: From Operation Lindbergh to Space Surgery
45. Ergonomics, Human Factors and the Surgical Black Box
46. · Comparative Physical Ergonomics of the Surgeon
47. · The Surgical Black Box
48. Precision Anesthesiology and Pathophysiological ERAS Protocol
49. · The ERAS Paradigm (Enhanced Recovery After Surgery)
50. · Goal Guided Water Therapy (GDFT)
51. · Anesthetic Depth Monitoring for the Prevention of Delirium
52. Clinical Borders, Ethical Aspects and Regulation
53. · Robotic Autonomy and the Dilemma of Legal Responsibility
54. · Validation and Regulatory Approval (FDA and CE Marking)
55. · Equity and Distribution in Global Surgery