Junhao Su, Shumin Li, Zhenxian Zheng, Tak-Wah Lam, Ruibang Luo
ClusterV-Web: a user-friendly tool for profiling HIV quasispecies and generating drug resistance reports from nanopore long-read data
Bioinformatics advances
study investigated accurate method estimating hip joint center position clinical 3d gait analysis young individuals high amounts soft tissue compared position estimates five regressionbased two functional methods hip joint center position obtained 3d freehand ultrasound purpose data 14 overweight obese individuals mean age 136 sd 21 yrs bmi 365 sd 71 kgm2 range 2652 kgm2 underwent standard clinical 3d gait analysis used data participant processed five regressionbased two functional methods compared hip joint center identified via 3d freehand ultrasound absolute location errors 3d freehand ultrasound anatomical plane euclidean distances served outcomes next effects gait variables data suggest regressionbased methods preferable functional methods population latter demonstrated highest variability accuracy large errors individuals based findings recommend using regression method presented hara et al due superior overall accuracy 9 mm average planes lowest impact kinematic kinetic output variables recommend using harrington equations single multiple populations high amounts soft tissue require pelvic depth input massively biased lot soft tissue present around pelvis