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

The Perfect-Circle Technique Demonstrates Poor Inter-Rater Reliability in Measuring Posterior Glenoid Bone Loss on Magnetic Resonance Imaging

完美圆法在磁共振成像测量后盂肱关节骨缺损方面表现出较差的观察者间信度

Parnes, Nata; Klahs, Kyle J; Sandler, Alexis B; Wynkoop, Emily I; Goldman, Adam; Fishbeck, Keith; Rolf, Robert H; Scanaliato, John P

The Perfect Circle Technique Shows Poor Inter-rater Reliability in Measuring Anterior Glenoid Bone Loss on Magnetic Resonance Imaging

完美圆环技术在磁共振成像测量肩胛盂前部骨缺损方面显示出较差的观察者间信度。

Parnes, Nata; Green, Clare K; Wynkoop, Emily I; Goldman, Adam; Fishbeck, Keith; Klahs, Kyle J; Rolf, Robert H; Scanaliato, John P

Reoperation and Complication Rates Following Patellar Fracture Repair with Plates: A Retrospective Analysis with Patient-Reported Outcomes at More than 1 Year of Follow-up

髌骨骨折钢板修复术后再次手术率和并发症发生率:一项回顾性分析,采用患者报告结局数据,随访时间超过1年

Checketts, Jake X; Scott, Jared; Fishbeck, Keith; Hart, Thomas; Pham, William; Dadgar, Azad; Calder, Mark; Norris, Brent L

Complication and revision rates after reverse total shoulder revision from hemiarthroplasty: a systematic review

反向全肩关节置换术后并发症和翻修率:系统评价

Reddy, Arjun K; Checketts, Jake X; Stephens, B Joshua; Anderson, J Michael; Cooper, Craig M; Hunt, Tyler; Fishbeck, Keith; Boose, Marshall; Detweiler, Byron; Chalkin, Brian; Norris, Brent L

Systematic gene silencing identified Cryptosporidium nucleoside diphosphate kinase and other molecules as targets for suppression of parasite proliferation in human intestinal cells

系统性基因沉默确定了隐孢子虫核苷二磷酸激酶和其他分子是抑制人类肠道细胞中寄生虫增殖的靶标

A Castellanos-Gonzalez, G Martinez-Traverso, K Fishbeck, S Nava, A C White Jr

In vitro model of postoncosphere development, and in vivo infection abilities of Taenia solium and Taenia saginata

猪带绦虫和牛带绦虫体外六钩蚴发育模型及体内感染能力

Palma, Sandra; Chile, Nancy; Carmen-Orozco, Rogger P; Trompeter, Grace; Fishbeck, Kayla; Cooper, Virginia; Rapoport, Laura; Bernal-Teran, Edson G; Condori, Beth J; Gilman, Robert H; Verastegui, Manuela R

Carbon exchange rates of shoots required to utilize available acetylene reduction capacity in soybean and alfalfa root nodules

大豆和苜蓿根瘤中利用可用乙炔还原能力所需的地上部分碳交换速率

Sheehy, J E; Fishbeck, K A; Dejong, T M; Williams, L E; Phillips, D A