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The transfer of acutely ill adults who were transported between hospitals by the Scottish Ambulance Service was audited in order to determine the number of transfers and to quantify the incidence of adverse events. Patients over 16 years of age requiring intervention/vital signs monitoring during transfer or a nursing/medical escort from the outset were defined as acutely ill adults. Three thousand and forty-eight audit forms were received, of which 2396 were suitable for inclusion in the audit. Transfers primarily occurred for specialist management (1580; 66%) or specialist investigation (550; 23%). Clinicians escorted 825 (34%) patients and were away from their hospital a median (IQR [range]) of 2 h (01:24-3:30 [00:05-17:33]) h:min Clinical intervention was required in 84 transfers (4%). The median (IQR [range]) time for 248 transfers (10.3%) requiring assisted ventilation was 28 min (00:17-00:50 [00:04-02:55]). The incidence of unsecured medical equipment (in escorted transfers only) was significantly lower in dedicated transport teams (2/205, 1%) vs non-dedicated (113/620, 18%; p = 0.004). Medical equipment failures were less common in the transfer of patients requiring assisted ventilation (1/156, 0.6% vs 9/97, 9%; p = 0.001).

We performed a prospective, single-centre study of times to treatment of patients with life-threatening, traumatic, extra- and subdural haematomas requiring surgical evacuation between May 2006 and May 2007. The mean time to surgical decompression was 5.0 h and 32% were performed within 4 h. Patients who initially presented to a district hospital and required transfer for neurosurgery were decompressed in 5.4 h vs 3.7 h for those admitted directly. The current standard of surgical evacuation of all haematomas within 4 h is not being met. Delays were identified in every stage in the management of these patients and no single step was identified as the major cause. Initial treatment in district hospitals led to delays greater than the added driving time. There may be time savings from carrying out treatment steps in parallel instead of in series.

In December 1996, the Association of Anaesthetists of Great Britain and Ireland produced a series of recommendations outlining the safe conduct of interhospital transfers for patients with acute head injuries. We assessed the current ability of UK hospitals to implement these recommendations and opinions on the formation of transfer teams, using a postal questionnaire. This was sent to all Royal College of Anaesthetists tutors, 268 of whom replied (94% response rate). Of the hospitals surveyed, 208 received adult head-injury patients but did not have on-site neurosurgical facilities. In 171 (86.8%) of these hospitals, senior house officers could be expected to accompany the patient during subsequent transfer. The majority of hospitals (192, 92.3%) were able to monitor ECG, pulse oximetry and blood pressure during the journey, but only 97 (46.6%) had facilities to monitor end tidal carbon dioxide levels. As a result of the anaesthetist's involvement in the transfer, emergency operating could be delayed in 169 (81.3%) hospitals. One hundred and fifty-eight (76%) respondents thought that the formation of transfer teams to transport critically ill patients would have some merit. Hospitals are responding to the published guidelines, but improvements are still needed in levels of equipment and insurance provision, along with the identification of a designated consultant at each hospital with responsibility for transfers.