The phrase "a joint range of" is correct and usable in written English.
It can be used when referring to a collective or shared variety of something, often in contexts involving collaboration or partnership.
Example: "The two companies have developed a joint range of products that cater to both markets."
Alternatives: "a collaborative range of" or "a shared selection of".
Women with obstetric fistula were significantly stronger in muscle groups related to the hip, which could, as mentioned above, reflect a compensatory adaption since they had both a decreased joint range of motion in the ankle joint and decreased strength in ankle dorsal flexion.
A generalised model of a mono-articular muscle tendon complex was used to examine the effect of various muscle architecture parameters on the expressed section of the force length relationship for a 90° joint range of motion.
They found that the actual condition of the articular cartilage varied significantly, even in patients with a normal joint range of motion and good clinical and radiological results.
For a physiologically realistic joint range of motion and therefore range of muscle fibre lengths only part of the force length curve may be used in vivo, i.e. only a section of the force length curve is expressed.
It may also result in a reduction in joint range of motion and lead to clinical contracture [ 3].
Femoroacetabular impingement (FAI), a major cause of early hip OA, is a biomechanical impingement of the hip joint contributed to by either or both an aspherical femoral head (cam deformity) or focal or generalised acetabular over-coverage (pincer deformity), acting as a physical impediment to joint range of movement.
Generalised Joint Hypermobility (GJH) represents a variation of normal joint mobility, often defined as an increase in mean joint range of motion +2 SD [ 1].
Joint hypermobility is a variation of normal joint mobility, with GJH defined as an increase in mean joint range of motion [ 15].
Data collected with both instruments could be similarly interpreted in a simulated situation of change of joint range of motion over time.
Reliability and concurrent validity of a Smartphone application to measure hip joint range of motion were assessed by Charlton et al. [ 31].
