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Developing clinical performance indicators for pre‐hospital blood transfusion: The Thames Valley Air Ambulance approach
Author(s) -
Raitt James,
Curry Nicola,
Lewis Pip,
Dearman James,
Poole Kurtis,
Surendra Kumar Dhushy
Publication year - 2020
Publication title -
transfusion medicine
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.471
H-Index - 59
eISSN - 1365-3148
pISSN - 0958-7578
DOI - 10.1111/tme.12668
Subject(s) - medicine , blood transfusion , performance indicator , guideline , medical emergency , emergency medicine , tranexamic acid , quality management , operations management , blood loss , surgery , engineering , management , pathology , economics , management system
Summary Objective In this article, we describe how we developed and validated key performance indicators (KPIs) for pre‐hospital blood transfusion and offer suggestions for other organisations wishing to develop performance metrics. Background KPIs are metrics that compare actual care against an ideal structure, process or outcome standard. An increasing number of UK‐based pre‐hospital critical care services now carry blood components to enable pre‐hospital blood transfusion. Methods A working group of pre‐hospital physicians and paramedics was formed to create and validate performance indicators that reflected a high‐quality pre‐hospital transfusion. This was performed by literature searching and reviewing consensus documents that guide the best practice and then adjusting the indicators as the process evolved. Results Throughout the year, the performance against the domains was monitored monthly and outputs communicated within the clinical staff of the organisation; at the end of the year, the domains were amended. The final list of performance indicators was as follows: (a) rationale for transfusion documented in the notes; (b) rationale for transfusion in line with Thames Valley Air Ambulance blood transfusion guideline; (c) aggressive management of hypothermia; (d) tranexamic acid administered within an hour of injury; (e) evidence of bleeding in hospital; (f) monitoring of adverse effects of blood transfusion; (g) overall—was the use of blood justified; and (h) no units wasted this month. Conclusions This study has shown that it is feasible to devise and implement clinical performance indicators for pre‐hospital blood transfusion and that their use has increased the focus on this important area.