Register

SAGES Critical View of Safety Challenge

29
0
2024-5-14 17:43
AI for Assessment of Skill, Benchmarking, and Competency-based Education
Surgical Video Annotation
Current Applications of AI in Surgery
Ethics and AI - Bias and Accountability (Human vs Machine)
Current and Future Implications of Artificial Intelligence in Surgical Training
Introduction to AI - Basic Concepts, and AI`s Relevance in Healthcare
Computer Vision in Surgery
Totally Robotic Left Donor Hepatectomy
0 bullet chats
Send-PenFavorites
Report
Unauthorized reproduction is prohibited
This talk was presented at the AI in Surgery (non CME) session by Pietro Mascagni on Wednesday, March 16, 2022 during the SAGES 2022 Annual Meeting in Denver, Colorado
Comments 0
Please to post a comment~
Loading...
SAGES
DRLv2
Related Suggestion
18:19
AI for Assessment of Skill, Benchmarking, and Competency-based Education
330
0
18:49
Surgical Video Annotation
29
0
19:32
Current Applications of AI in Surgery
17
0
17:02
Ethics and AI - Bias and Accountability (Human vs Machine)
3
0
16:15
Current and Future Implications of Artificial Intelligence in Surgical Training
93
0
15:32
Introduction to AI - Basic Concepts, and AI`s Relevance in Healthcare
52
0
13:55
Computer Vision in Surgery
24
0
09:21
Totally Robotic Left Donor Hepatectomy
576
0
16:14
Community Practice Models - Private Practice
452
0
10:10
Risk Mitigation Strategies for Surgical Smoke and Aerosolization
299
0
06:36
FUSE Around the World
272
0
15:19
Rural Surgery - The Renaissance Surgeon
166
0
09:38
Smoke and Aerosolized Particles
128
0
15:35
Monopolar Devices and Injury Prevention
117
0
14:33
Building Your Brand
100
0
13:39
Aerosolization During Open and MIS Surgery
93
0
08:14
Guidelines, Policies and Legal Implications from Surgical Smoke/Aerosolization Safety
83
0
08:41
Surgical Smoke from Energy Devices
56
0
06:31
FUSE - Why and How?
54
0
07:22
Feasibility of expanding an ambulatory colectomy protocol: A retrospective analysis of early discharge following minimally-invasive colectomy in an enhanced recovery pathway.
48
0