Titlebook: Hypermobility of Joints; Peter Beighton,Rodney Grahame,Howard Bird Book 19993rd edition Springer-Verlag London 1999 biochemistry.biomechan

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The Molecular Basis of Joint Hypermobility, the joint capsule and surrounding ligaments and tendons. A delicate balance exists between “stiffness” and “elasticity” of these tissues. Stiffness comes from very long collagen fibrils, which are arranged in parallel bundles in the ECM. These fibrils resist pulling forces and are the primary sourc

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Biomechanics of Hypermobility: Selected Aspects,s of American army recruits, he noted an increased range of both active and passive movement in the affected joints. He argued in favour of an “over-length” of certain articular, capsular and ligamentous tissues, and suggested that there might be disproportion in the relative rate of growth of the b

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Clinical Features of Hypermobility: Locomotor System and Extra-articular, a group of 31 healthy hypermobile blood donors (average age 28 years) than in age- and sex-matched controls (Jessee et al. 1980). For most hypermobile subjects the impression is that it is a positive attribute, which enables enhanced participation in a wide variety of physical activities (see Chapt

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Management of Articular Complications in the Hypermobility Syndrome,is one of the great mimics in rheumatology. Many hapless individuals are misdiagnosed as suffering from rheumatoid arthritis (either adult or juvenile). Needlessly they are forced to suffer the anguish of living with that diagnosis and are exposed to the dangers of the slow-acting anti-rheumatoid dr