No abstract

Between May 1992 and April 1997, there were 20 452 births in the Blackburn District. In the same period 1107 infants with hip 'at-risk' factors were screened prospectively by ultrasound. We recorded the presence of dislocation and dysplasia detected under the age of six months using Graf's alpha angle. Early dislocation was present in 36 hips (34 dislocatable and 2 irreducible). Of the 36 unstable hips, 30 (83%) were referred as being Ortolani-positive or unstable; 25 (69%) of these had at least one of the risk factors. Only 11 (31%) were identified from the 'at-risk' screening programme alone (0.54 per 1000 live births). Eight cases of 'late' dislocation presented after the age of six months (0.39 per 1000 live births). The overall rate of dislocation was 2.2 per 1000 live births.Only 31% of the dislocated hips belonged to a major 'at-risk' group. Statistical analysis confirmed that the risk factors had a relatively poor predictive value if used as a screening test for dislocation. In infants referred for doubtful clinical instability, one dislocation was detected for every 11 infants screened (95% confidence interval (CI) 8 to 17) whereas in infants referred because of the presence of any of the major 'at-risk' factors the rate was one in 75 (95% CI 42 to 149).Routine ultrasound screening of the 'at-risk' groups on their own is of little value in significantly reducing the rate of 'late' dislocation in DDH, but screening clinically unstable hips alone or associated with 'at-risk' factors has a high rate of detection. [Br] 1999;81-B:255-8. J Bone Joint Surg

Little finger metacarpal fractures are the most common type of metacarpal fractures and the treatment is quite variable as it is a multifactorial entity comprised of subcapital, metacarpal shaft and base fractures. These fractures are common presentations in the fracture clinics and the general orthopaedic surgeons treat them until a complex case warrants specific decision making by a hand surgeon. The management of many of these fractures is still a matter of debate and differ widely in the various parts of the United Kingdom. The aim of this study was to investigate the current practice of little finger metacarpal fractures among upper limb surgeons in the UK. We conducted an online survey among 278 upper limb orthopaedic specialist surgeons throughout the UK. Our response rate was 58%. There are various factors which dictate the treatment as suggested by these respondent upper limb consultants. For example, for fifth metacarpal neck fractures, it was generally recognised that 43% of upper limb surgeons prefer neighbour strapping alone for non-operative management of little finger metacarpal fractures. For little finger metacarpal shaft fractures, 39.3% of surgeons suggested that they would contemplate intervention, i.e. manipulation under anaesthesia/surgery if beyond 30° of volar angulation is present. For little finger metacarpal neck fractures, 33.7% would only consider surgical intervention beyond 60° of volar angulation. 91.6% of upper limb specialists agreed that they would operate on little finger metacarpal base fractures only if it was a fracture dislocation, while 71.8% suggested that they would proceed to operate on even a pure dislocation. We have illustrated the various permutations and combinations of these fractures with the results of our survey in this article in detail. The vast majority of metacarpal bone fractures are stable and treated conservatively. The different types of injury patterns must be recognised by the orthopaedic surgeons and appropriate treatment then should be executed to serve the patient optimally in due course.

Between 1992 and 1997, we undertook a prospective, targeted clinical and ultrasonographic hip screening programme to assess the relationship between ultrasonographic abnormalities of the hip and clinical limitation of hip abduction. A total of 5.9% (2 of 34) of neonatal dislocatable hips and 87.5% (7 of 8) of ‘late’ dislocated hips seen after the age of six months, presented with unilateral limitation of hip abduction. All major (Graf type III) and 44.5% of minor (Graf type II) dysplastic hips presented with this sign. Statistically, bilateral limitation of hip abduction was not a useful clinical indicator of underlying hip abnormality because of its poor sensitivity, but unilateral limitation of abduction of the hip was a highly specific (90%) and reasonably sensitive sign (70%). It was more sensitive than the neonatal Ortolani manoeuvre, which has been considered to be the method of choice. It was, however, not sensitive enough to be of value as a routine screening test in developmental dysplasia of the hip. We consider unilateral limitation of hip abduction to be an important clinical sign and its presence in an infant over the age of three to four months makes further investigation essential.