Muscle Synergies in Single-Leg Hops: Neuromuscular Adaptations for Increased Hop Distance [0.03%]
单腿跳跃中的肌肉协同作用：用于增加跳跃距离的神经肌肉适应性
Hiroki Saito,Ayu Yamano,Nanae Suzuki et al.
Hiroki Saito et al.
This study investigated differences in muscle synergies in the trunk and lower limbs during single-leg hops at 30% (SLH30) and 100% (SLH100) of maximum distance to understand the neuromechanical mechanisms underlying longer hop distances. U...
A 40-Year Contemporary Evolution of Gait and Posture Mechanics in the Journal of Applied Biomechanics [0.03%]
《应用生物力学杂志》成立40周年——步态和姿态力学的当代演化
Jason R Franz,Christopher McCrum,Tanvi S Bhatt
Jason R Franz
Hip Muscle Activity and Frontal Plane Lower Extremity Kinematics in Long-Distance Runners With Plantar Fasciitis [0.03%]
长跑运动员中足底筋膜炎的髋肌活动和下肢 frontal 平面运动学研究
Worapong Kongtong,Surasa Khongprasert
Worapong Kongtong
Proximal control and lower extremity (LE) movement related to foot function may be an important factor for plantar fasciitis (PF) during running. This study aimed to investigate hip muscle activity and frontal plane LE kinematics during run...
Acute Effects of High-Intensity Interval Running on Plantar Fascia Thickness and Stiffness in Healthy Adults [0.03%]
高强度间歇跑步对健康成人足底筋膜厚度和僵硬度的急性影响
Lukas Krumpl,Nathan R Schiele,Dale Cannavan et al.
Lukas Krumpl et al.
Plantar fascia (PF) thickness and stiffness have been linked diagnostically to plantar fasciitis. Acute changes to these properties in response to submaximal running have been noted but not yet tested in maximal effort bouts. This study ass...
Synthesizing Research in Sport and Exercise: Transitioning to Real-World Data and Data Science [0.03%]
体育和运动研究的合成：过渡到现实世界数据和数据分析
Jocelyn F Hafer,David Whiteside,Kenneth M Kozloff et al.
Jocelyn F Hafer et al.
The American Society of Biomechanics (ASB) Jim Hay Memorial Award recognizes individuals for their original long-term contributions to the field of biomechanics. The recipient's work is highlighted at the Jim Hay Symposium held during the A...
Lower Limb Stiffness During a Loaded Walk and Run Over Different Surfaces [0.03%]
不同地面条件下负重行走和跑步时下肢的刚度
Tyler N Brown,Eric B Francis,Abigail C Aultz
Tyler N Brown
This study quantified vertical ground reaction forces (vGRFs) and lower limb stiffness for both sexes walking and running with body-borne load over 2 surfaces. Nine males and 9 females had lower limb biomechanics quantified during a walk (1...
The Potential for the Metatarsophalangeal Joint Angle to Modulate Maximum Isometric Ankle Plantar Flexion Moments [0.03%]
第一跖趾关节角度对最大等长踝跖屈力矩的影响研究
Justin C Wager,John H Challis
Justin C Wager
The force-generating capacity of the ankle plantar flexor muscles is known to be influenced by both ankle and knee joint angles, but the metatarsophalangeal (MTP) joint may also affect these muscles. This effect may arise as 2 ankle plantar...
Agreement Between Hip Joint Center Estimation Methods and Comparisons of Dependent Hip, Thigh, and Knee Angles [0.03%]
髋关节中心估算方法的一致性及其依赖的髋、大腿和膝关节角度的比较
C Roger James,Lee T Atkins,Karthick Natesan et al.
C Roger James et al.
Hip joint center (HJC) location estimation influences dependent angles and clinical interpretations. We examined the agreement between 6 HJC estimation methods; compared hip, thigh, and knee angles; and explored HJC location and thigh angle...
Differences in Head Kinematics Experienced by Women's and Men's Artistic Gymnasts During Common Skills [0.03%]
男女艺术体操运动员在完成常见动作时头部运动学差异的研究
Giovanny A Romero Agudelo,N Stewart Pritchard,Kambrie M Brandt et al.
Giovanny A Romero Agudelo et al.
This study aimed to characterize differences in head kinematics across similar skills performed by women's (WAG) and men's artistic gymnastics (MAG). Twelve female and 8 male artistic gymnasts (ages 11-18) wore mouthpieces with triaxial acc...
Erratum. The Effects of Increasing Trunk Flexion During Stair Ascent on the Rate and Magnitude of Achilles Tendon Force in Asymptomatic Females [0.03%]
增加躯干前倾对无症状女性上楼时跟腱力的大小和速率的影响的勘误公告
Journal of Applied Biomechanics
Journal of Applied Biomechanics
Published Erratum
Journal of applied biomechanics. 2025 May 27:1. DOI:10.1123/jab.2025-0117 2025