Fifth metatarsal fractures are common and the majority unite regardless of treatment. A sub-type of these fractures carries a risk of non-union and for this reason many centres follow up all 5. th. metatarsal fractures. In 2011, a standardised protocol was introduced to promote weight-bearing as pain allowed with a tubigrip or Velcro boot according to symptoms. No routine fracture clinic appointments were made from A&E but patients were provided with information and a help-line number to access care if required. Some patients still attended fracture clinics, but only after review of their notes/X-rays by an Orthopaedic Consultant, or after self-reported “failure to progress” using the special help-line number. Audit of a year prior to the introduction of the protocol and the year following it was performed. All x-rays taken at presentation in A&E were reviewed and classified independently (KBF/JM) for validation. During 2009/2010, 279 patients presented to A&E with a 5. th. metatarsal fracture and were referred to a fracture clinic. 106(38%) attended 1 appointment, 130(47%) attended 2 appointments and 31 (11%) attended 3 or more appointments – 491 appointments in total. 3% failed to attend the clinic. Operative fixation was performed in 3 patients (1.07%). In 2011/2012, of 339 A&E fractures, only 63 (19%) attended fracture clinic. 37 (11%) attended 1 appointment, 12 (4%) 2 and 9 (3%) 3 or more appointments – 96 appointments in total. Four patients (1.17%) required operative fixation. Our study did not demonstrate any added value for routine outpatient follow-up of 5. th. metatarsal fractures. Patients can be safely allowed to weight bear and discharged at the time of initial presentation in the A&E department if they are provided with appropriate information and access to a “help line” run by experienced fracture clinic staff. The result is a more efficient, patient-centred service

Compartment syndrome of the foot requires urgent surgical treatment. Currently, there is still no agreement on the number and location of the myofascial compartments of the foot. The aim of this cadaver study was to provide an anatomical basis for surgical decompression in the event of compartment syndrome. We found that there were three tough vertical fascial septae that extended from the hindfoot to the midfoot on the plantar aspect of the foot. These septae separated the posterior half of the foot into three compartments. The medial compartment containing the abductor hallucis was surrounded medially by skin and subcutaneous fat and laterally by the medial septum. The intermediate compartment, containing the flexor digitorum brevis and the quadratus plantae more deeply, was surrounded by the medial septum medially, the intermediate septum laterally and the main plantar aponeurosis on its plantar aspect. The lateral compartment containing the abductor digiti minimi was surrounded medially by the intermediate septum, laterally by the lateral septum and on its plantar aspect by the lateral band of the main plantar aponeurosis. No distinct myofascial compartments exist in the forefoot.

Based on our findings, in theory, fasciotomy of the hindfoot compartments through a modified medial incision would be sufficient to decompress the foot.