Surgical training in the UK since the Second World War has developed into a world class education programme. However, with the dramatic increase in the number of doctors and surgeons, combined with the improvement in access to health care, pathologies are now being treated earlier, and trainee exposure to advanced pathology has consequentially reduced. Not all countries are as privileged as the UK to have 3 doctors per 1000 head of population; South Africa has approximately 1/3rd of this number, Cambodia 1/10^th, and Malawi 1/100^th. Many of these countries have difficulty filling posts for medical professionals within their own hospitals.

The publication of the CRISP report and Lord Crisp's subsequent book ‘Turning the world upside down’ in 2010, highlighted, and tried to produce evidence of the mutual benefit of international health links to both the developed and the developing countries. It cited the bilateral transfer of skills and ideas, development of management skills, and improved workforce morale as beneficial effects of such links. The Department for International Development has prioritised the formation of these international partnerships. The Tropical Health Education Trust has been given the task of distributing grant funds. There are over 100 currently established and funded different health links across the UK. Some local links already exist such as the Gloucester NHS Trust Kambia, Sierra Leone link which focuses on maternal health, NHS South Centrals leadership programme which has a broader remit and works in conjunction with the ministries of health in certain areas of Tanzania and Cambodia and UHB/BRI link with Mbarara, Uganda in obstetrics, child health, ophthalmology.

Over the last 4 years, a series of South West Trainees have spent 1 year working in hospitals in Malawi and South Africa. The positive feedback that they have given, the dramatic increase in the surgical exposure as documented in their log books, and the number of high quality research projects that they have published as a result, has led to the programme director looking favourably on future requests.

We feel it would be mutually beneficial to formalise these links, with a regular stream of surgeons from this region spending time in these hospitals. Benefits for the recipient hospital would be a dependable and regular supply of staff, who could be incorporated into more long scale programmes, aimed at improving regional health care. Benefits to the donor institution and surgeon would be streamlined application process, simpler living logistics, car house etc, continuity of research projects, and the possibility to apply for funding for local research staff.

Treatment of syndesmotic injuries is a subject of ongoing controversy. Locking plates have been shown to provide both angular and axial stability and therefore could potentially control both shear forces and resist widening of the syndesmosis. The aim of this study is to determine whether a two-hole locking plate has biomechanical advantages over conventional screw stabilisation of the syndesmosis in this pattern of injury. Six pairs of fresh-frozen human cadaver lower legs were prepared to simulate an unstable Maisonneuve fracture. The limbs were then mounted on a servo-hydraulic testing rig and axially loaded to a peak load of 800N for 12000 cycles. Each limb was compared with its pair; one receiving stabilisation of the syndesmosis with two 4.5mm quadricortical cortical screws, the other a two-hole locking plate with 3.2mm locking screws (Smith and Nephew). Each limb was then externally rotated until failure occurred. Failure was defined as fracture of bone or metalwork, syndesmotic widening or axial migration >2mm. Both constructs effectively stabilised the syndesmosis during the cyclical loading within 1mm of movement. However the locking plate group demonstrated superior resistance to torque compared to quadricortical screw fixation (40.6Nm vs 21.2Nm respectively, p value <0.03).