The reproducibility of T2 relaxation time measurement of knee cartilage in women aged over 50 [Abstract]

The reproducibility of T2 relaxation time measurement of knee cartilage in women aged over 50 [Abstract

Effect of high impact exercise on femoral neck bone mineral density and T2 relaxation times of articular cartilage in postmenopausal women [Abstract]

Effect of high impact exercise on femoral neck bone mineral density and T2 relaxation times of articular cartilage in postmenopausal women [Abstract

Adherence and feasibility of a high impact exercise intervention in post-menopausal women [Abstract]

Adherence and feasibility of a high impact exercise intervention in post-menopausal women [Abstract

Patellar cartilage volume of the back leg versus the higher loaded front leg in current elite male english cricket fast bowlers

Patellar cartilage volume of the back leg versus the higher loaded front leg in current elite male english cricket fast bowler

Cadaveric study of movement of an unstable atlanto-axial (C1/C2) cervical segment during laryngoscopy and intubation using the Airtraq (R), Macintosh and McCoy laryngoscopes

Concern that laryngoscopy and intubation might create or exacerbate a spinal cord injury has generated extensive research into cervical spinal movement during laryngoscopy. We performed a randomised trial on six cadavers, using three different laryngoscopes, before and after creating a type?2 odontoid peg fracture. Our primary outcome measure was the change in the space available for the spinal cord at the C1/2 segment measured by cinefluoroscopy. Tracheal intubation was performed using a minimal view of the glottis, a bougie, and manual in?line stabilisation. In a cadaveric model of type?2 odontoid fracture, the space available for the cord was preserved in maximum flexion and extension, and changed little on laryngoscopy and intubation

Patellar cartilage volume of the back leg versus the higher loaded front leg in current elite male english cricket fast bowlers

This paper was accepted for publication in the journal Osteoarthritis and Cartilage and the definitive published version is available at http://dx.doi.org/10.1016/j.joca.2016.01.572