… the effect that a flexed posture and joint level (2 postures × 8 … load throughout the cervical
spine in these flexed postures. … the spine: a flexed posture, coupled with axial compression, …

… axial rotation, the force from loaded facets was additionally taken into the averaging process.
For example, at the neutral position, the effects of the follower load … work are able to provide …

… postures (flexion 4.19–6.04, lateral bending 1.74–3.03, axial … the effect of the follower
compressive load on biomechanics … loads increased the ability of the facet joints to transmit loads…

… cervical spine position from maximal extension to maximal flexion. Asterisks represent significant
difference relative to the neutral position. … a significant effect of the UCS axial rotation on …

… Prolonged, flexed cervical spine posture has been flagged as a … effects the cervical spine
compression and shear loads. … spans several cervical vertebrae, the muscle lacks the ability to …

… study aimed to investigate the effects of cervical flexion position, with or without additional
cervical axial load, … were able to assume the 45-degree flexion position without any difficulty. …

… from the initial position falls on the C2 vertebra and was 112 mm. … We conducted the
biomechanical study of C3-C5 spine … In addition, the ability to model pathologies creates the basis …

… of the cervical spine have incorporated biomechanical … vertebrae (C3-C4 and C4-C5 joints)
unconstrained and able … the relative position of the joint with respect to the axial force vector …

… To understand the effects of various biomechanical factors, … N axial load and about 15%
MVC for 40 N axial load. The muscle activities estimated in this study with 0 and 40 N axial load …

… to study the biomechanical changes in all these conditions in order to draw an accurate
inference when assessing the effects of carrying a school bag on posture … the load bearing axis. …