In vivo tibia segment deformation in humans was assessed during walking and running utilizing a novel optical approach. In the present study, we hypothesized that bending and torsion are important loading regimes in the human tibia. However, due to the technical difficulty of measuring bone deformation in humans, our current understanding of bone loading patterns in humans is very limited. Yang, Peng-Fei Sanno, Maximilian Ganse, Bergita Koy, Timmo Brüggemann, Gert-Peter Müller, Lars Peter Rittweger, Jörnīending, in addition to compression, is recognized to be a common loading pattern in long bones in animals. Torsion and Antero-Posterior Bending in the In Vivo Human Tibia Loading Regimes during Walking and Running A better VAS score for breathing difficulty and comfort compliance characterizes this procedure, making it particularly suitable for obese patients.
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SALP is reliable, minimally invasive, easy, highly successful, timesaving and almost free from severe side-effects. Diagnostic yield was similar in all groups. Bleeding complications were slightly higher in Group 1. Comfort compliance and breathing difficulty were significantly better for SALP in both low- and high-risk patients there were no significant differences in pain after biopsy among the three groups. Bleeding complications were evaluated through US renal scanning. Comfort compliance and breathing difficulty in each group were evaluated by the Visual Analogue Scale (VAS). Ninety low-risk patients were randomized following a permuted block randomization list to receive either US-guided renal biopsy in PP (Group 1) or SALP (Group 2), whereas 20 high-risk patients received US-guided renal biopsy in SALP (Group 3) and were our observational cohort study. One hundred and ten consecutive patients scheduled for native kidney biopsy were recruited. sagittal and frontal upper arm elevation angle correlated moderately with antero-posterior instability R=0.41, p 30 and/or respiratory difficulty), as well as to compare the overall outcome of SALP with that of traditional prone position (PP) in low-risk patients (BMI < or = 30/no respiratory difficulty).
Arm posture in both planes was related to antero-posterior instability (e.g. Spearman-rank correlation analyses were made to examine the relationship between antero-posterior and medio-lateral arm posture and gait instability. Antero-posterior and medio-lateral Foot Placement Estimator instability measures and arm posture measures (vertical and antero-posterior hand position, sagittal and frontal upper arm elevation angle) were determined in eleven uniCP (7 years-10 months) and twenty-four typically developing children (9 years-6 months) at two walking speeds. In this observational case-control study we aimed to determine whether altered arm postures in children with unilateral CP (uniCP) are related to gait instability in a specific direction. Meyns, Pieter Duysens, Jacques Desloovere, Kaat The arm posture in children with unilateral Cerebral Palsy is mainly related to antero-posterior gait instability.
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