Sub-Total: $0.00
Timeline AAOS 2000-2020 Orthopedic Milestones
2000–2003
2004–2006
2007–2009
2010–2012
2013–2015
2016–2019
2000–2003
2004–2006
2007–2009
2010–2012
2013–2015
2016–2019
Richard Grammont, shoulder arthroplasty surgeons, and minimally invasive arthroplasty surgeons helped broaden the influence of reverse shoulder arthroplasty concepts while exploring minimally invasive joint replacement, improved bearings, and longer implant life.
Trauma surgeons, arthroplasty surgeons, and spine surgeons advanced locking plate fixation, highly cross-linked polyethylene, ceramic bearings, navigation, and complex spine systems, expanding surgical options and implant durability.
Hip resurfacing surgeons, arthroplasty outcomes researchers, and early robotic/navigation adopters brought greater attention to metal-on-metal resurfacing, bearing-surface debates, implant surveillance, registry data, and long-term outcomes.
Robotic arthroplasty surgeons, Hugh Herr, and biomechatronics researchers helped make robotic-assisted joint replacement and powered ankle-foot prosthetics more visible, connecting orthopedic surgery, biomechanics, and rehabilitation engineering.
Adult reconstruction surgeons, deformity spine surgeons, and upper-limb prosthetic innovators supported patient-specific instruments, 3D preoperative planning, modern reverse shoulder systems, and multi-articulating prosthetic hands to advance personalization and function.
Outpatient arthroplasty surgeons, robotic platform adopters, and digital planning leaders made robotics, outpatient joint replacement, value-based care, 3D-printed porous implants, and digital surgical planning central themes in orthopedics.
People / Groups:
Richard Grammont; shoulder arthroplasty surgeons; minimally invasive arthroplasty surgeons
Milestone Summary:
Reverse shoulder arthroplasty ideas spread more widely, alongside growing interest in less invasive joint replacement, improved bearing surfaces, and longer implant life.
People / Groups:
Trauma surgeons; arthroplasty surgeons; spine surgeons.
Milestone Summary:
Locking plates, advanced bearing materials, navigation, and complex spine systems broadened what surgeons could treat and improved durability.
People / Groups:
Hip resurfacing surgeons; outcomes researchers; early robotic/navigation adopters.
Milestone Summary
Debates around metal-on-metal resurfacing and bearing surfaces placed greater emphasis on monitoring implants, using registry data, and evaluating long-term results.
People / Groups:
Robotic arthroplasty surgeons; Hugh Herr and biomechatronics researchers.
Milestone Summary
Robotic-assisted joint replacement and powered ankle-foot prosthetics became more visible, linking surgery with biomechanics and rehabilitation engineering.
People / Groups:
Adult reconstruction surgeons; deformity spine surgeons; upper-limb prosthetic innovators.
Milestone Summary
Patient-specific tools, 3D planning, modern reverse shoulder systems, and multi-articulating prosthetic hands supported more personalized care and function.
People / Groups:
Outpatient arthroplasty surgeons; robotic platform adopters; digital planning leaders.
Milestone Summary
Robotics, outpatient joint replacement, value-based care, porous 3D-printed implants, and digital planning became major orthopedic themes.