日期:
2020 年 — 2026 年
2020
2021
2022
2023
2024
2025
2026
影响因子:

Clinical validation of a deep learning tool for characterizing spinopelvic mobility in total hip arthroplasty

深度学习工具在全髋关节置换术中表征脊柱骨盆活动度的临床验证

Smith, Gerard H; Gupta, Sanjeev; Kavolus, Joseph; Pierrepont, Jim; Plaskos, Christopher; Wakelin, Edgar A

Does Replication of Native Acetabular Anatomy Satisfy Recommended Hip-Spine Targets for Cup Orientation?

复制原生髋臼解剖结构是否能满足髋臼杯方向的推荐髋脊柱目标?

Sevick, Johnathan; Plaskos, Christopher; Speirs, Andrew; Pierrepont, Jim; Grammatopoulos, George

Posterior cruciate ligament resection increases intraoperative lateral and medial flexion laxity during total knee arthroplasty

后交叉韧带切除术会增加全膝关节置换术中膝关节的内外侧屈曲松弛度。

Alloun, Nathan; Orsi, Alexander; Plaskos, Christopher; Brosset, Thomas; Boureau, Florian; Putman, Sophie

Patient specific variables impact sensitivity to association between joint balance and 2 Year outcomes

患者特定变量会影响关节平衡与2年预后之间关联的敏感性

Keating, Timothy C; Wakelin, Edgar A; Plaskos, Christopher; Keggi, John M; Koenig, Jan A; Ponder, Corey E; DeClaire, Jeffrey H; Lawrence, Jeffrey M; Karas, Vasili

Increased prevalence of lateral trochlear groove wear among valgus alignment subtypes by coronal knee alignment classification: A retrospective single-center study

根据冠状位膝关节对线分类,外翻畸形亚型中外侧滑车沟磨损的发生率增加:一项回顾性单中心研究

DeMoes, Danielle; Borazjani, Roham; Orsi, Alexander D; Plaskos, Christopher; Kreuzer, Stefan

Difference in laxity between single- and multi-radius total knee arthroplasty implants is greatest in extension when gap-balancing at 10° flexion

单半径和多半径全膝关节置换植入物之间的松弛度差异在伸直位最大,而间隙平衡则在屈曲10°时进行。

Forlenza, Enrico M; Orsi, Alexander D; Plaskos, Christopher; Randall, Amber L; Slotkin, Eric M; Kreuzer, Stefan W; Karas, Vasili

Erratum to "Impact of a Digital Balancing Tool on Femur and Tibial First Total Knee Arthroplasty: A Prospective Nonrandomized Controlled Trial" [ARTD 17 (2022) 172-178]

对“数字平衡工具对股骨和胫骨首次全膝关节置换术的影响:一项前瞻性非随机对照试验”的勘误 [ARTD 17 (2022) 172-178]

Koenig, Jan A; Wakelin, Edgar A; Passano, Brandon; Shalhoub, Sami; Plaskos, Christopher

Laxity, Balance, and Alignment of a Simulated Kinematic Alignment Total Knee Arthroplasty

模拟运动学对线全膝关节置换术的松弛度、平衡性和对线

Edelstein, Adam I; Wakelin, Edgar A; Plaskos, Christopher; Suleiman, Linda I

Restricted Inverse Kinematic Alignment Better Restores the Native Joint Line Orientation While Achieving Similar Balance, Laxity, and Arithmetic Hip-Knee-Ankle Angle to Gap Balancing Total Knee Arthroplasty

受限反向运动学对线能更好地恢复原生关节线方向,同时实现与间隙平衡全膝关节置换术相似的平衡性、松弛度和算术髋膝踝角。

Orsi, Alexander D; Wakelin, Edgar; Plaskos, Christopher; McMahon, Stephen; Coffey, Simon

Increased Cup Anteversion May Not Prevent Posterior Dislocation in Patients With Abnormal Spinopelvic Characteristics in Total Hip Arthroplasty

对于存在异常脊柱骨盆特征的患者,增加髋臼前倾角可能无法预防全髋关节置换术后的后脱位。

Grosso, Matthew J; Plaskos, Christopher; Pierrepont, Jim; Saxena, Arjun