New Technologies [0.03%]
新技术
Frederick M Azar
Frederick M Azar
Recent Innovations and Applications of Custom 3D Printed Cages for Critical Bone Defects in Foot and Ankle Surgery [0.03%]
用于足踝外科重大骨缺损的定制3D打印 Cage的最新创新及应用
Audrey Dockendorf,Aaron Lam,Jacob Zide
Audrey Dockendorf
Critically sized bone defects remain a major challenge in orthopedic surgery. Conventional techniques, including the induced membrane technique, bulk allograft reconstruction, bone transport, and acute shortening, have inherent limitations....
Application of New Technologies: Patient-specific Instrumentation and Artificial Intelligence in the Field of Foot and Ankle [0.03%]
新技术在足踝外科的应用：个性化外骨科与人工智能技术
John Chao,Alec Rush,Rahil Patel
John Chao
New technologies and artificial intelligence are a huge area for growth in the field of foot and ankle. New technologies in the foot and ankle specialty are growing, but most studies and practice applications are in their infancy. Patient-s...
Jose Carlos Garcia Jr
Jose Carlos Garcia Jr
Robotic-assisted surgery has gained prominence in orthopedic practice due to its precision, enhanced visualization, and minimally invasive nature. While robotic applications for orthopedic surgery are well established in arthroplasties, the...
Blood Flow Restriction Therapy for the Upper Extremity: An Emerging Adjunct for Patient Recovery and Rehabilitation [0.03%]
上肢血流限制疗法：康复和恢复的新兴辅助手段
T Kyle Summers,Matthew D Smith,William J Weller
T Kyle Summers
Blood flow restriction therapy (BFRT) produces effects on muscle strength and size like those seen with high-resistance training for patients in whom baseline deficits or postoperative restrictions prevent high-intensity rehabilitation. Alt...
The Emerging Roles for 3 Dimensional Printing in Orthopedics: Applications, Evidence, and Future Directions [0.03%]
三维打印技术在骨科中的新兴作用：应用、证据及未来方向
David M Bennett,Romie F Gibly
David M Bennett
Three-dimensional (3D) printing has made the leap from fringe technology to routine in orthopedic surgery. Anatomic models are easily produced from standard imaging. Patient-specific prints for surgical planning, cutting guides, and durable...
David M Bennett,Romie F Gibly
David M Bennett
Three dimensional (3D) printing has progressed from an expensive laboratory curiosity to an easily accessible technology and can now be used as a cost-effective clinical tool in orthopedics. Anatomic models are easily produced from standard...
Bone Growth Stimulators in Orthopedic Trauma: History, Mechanisms, and Clinical Applications [0.03%]
骨生长刺激仪在创伤骨科中的应用：历史、机制及临床意义
Kristin Sheaffer
Kristin Sheaffer
This article examines bone growth stimulators in orthopedic trauma, detailing their history from early electrical devices to modern ultrasound systems, mechanisms of action, and applications for fractures, nonunions, and specialized procedu...
Adopting Kinematic Alignment: The Learning Curve of Fellowship-Trained Arthroplasty Surgeons [0.03%]
单膝关节置换手术中运动学对线技术的学习曲线—— fellowship训练医生的经验分析
Stefan J Hanish,John R Crockarell,James L Guyton et al.
Stefan J Hanish et al.
Kinematic alignment (KA) is emerging as an alternative to mechanical alignment (MA) in total knee arthroplasty and is designed to restore native prearthritic anatomy and minimize need for ligament releases. The learning curve remains poorly...
New Implant Designs and Technologies are Necessary to Address Alternative Alignment Techniques in Total Knee Arthroplasty [0.03%]
全膝关节置换中针对不同对线技术所需的新假体设计和技术
Nicholas M Brown,Jackson P Tate,Robert A Sershon et al.
Nicholas M Brown et al.
Alternative alignment strategies in total knee arthroplasty, such as kinematic and functional alignment, are driving a new wave of implant and technology development. This article outlines areas where current designs fall short and explores...