BACKGROUND: The Joint Commission has highlighted the importance of having appropriate and complete pretransfusion testing before surgery begins. The maximum surgical blood ordering schedule (MSBOS) indicates which patients require preoperative transfusion testing. We determined the number of times surgical delays were caused due to the lack of completed pretransfusion testing. STUDY DESIGN AND METHODS: All transfusion events reported through the common medical event reporting system of eight networked hospitals over a 12-month period were evaluated to determine how often patients experienced surgical delays due to not having complete pretransfusion testing. RESULTS: During this 12-month period 12 patients were identified who were either in or en route to the operating room with incomplete pretransfusion testing leading to a delay in providing crossmatched red blood cells (RBCs). In 6 of 12 cases a new antibody was discovered, which required extra time for the provision of crossmatched RBCs, while in 4 of 12 patients the samples were not sent or were lost on the way to the blood bank. In the remaining two patients other parts of the pretransfusion testing process were not followed according to hospital policy. The median surgery start time delay was approximately 12 hours (range, 1-168 hr) in 11 of 12 cases. One patient's case was not aborted when it was discovered that crossmatched RBCs were not immediately available due to newly detected alloantibodies. CONCLUSIONS: We identified three mechanisms by which delays in completing pretransfusion testing in surgical patients occurred. Adherence to the MSBOS and sample collection policies should reduce delays.
BACKGROUND: The Joint Commission has highlighted the importance of having appropriate and complete pretransfusion testing before surgery begins. The maximum surgical blood ordering schedule (MSBOS) indicates which patients require preoperative transfusion testing. We determined the number of times surgical delays were caused due to the lack of completed pretransfusion testing. STUDY DESIGN AND METHODS: All transfusion events reported through the common medical event reporting system of eight networked hospitals over a 12-month period were evaluated to determine how often patients experienced surgical delays due to not having complete pretransfusion testing. RESULTS: During this 12-month period 12 patients were identified who were either in or en route to the operating room with incomplete pretransfusion testing leading to a delay in providing crossmatched red blood cells (RBCs). In 6 of 12 cases a new antibody was discovered, which required extra time for the provision of crossmatched RBCs, while in 4 of 12 patients the samples were not sent or were lost on the way to the blood bank. In the remaining two patients other parts of the pretransfusion testing process were not followed according to hospital policy. The median surgery start time delay was approximately 12 hours (range, 1-168 hr) in 11 of 12 cases. One patient's case was not aborted when it was discovered that crossmatched RBCs were not immediately available due to newly detected alloantibodies. CONCLUSIONS: We identified three mechanisms by which delays in completing pretransfusion testing in surgical patients occurred. Adherence to the MSBOS and sample collection policies should reduce delays.
Authors: Bader Kamal Tayara; Moaad Hatim Al-Faraidy; Faisal Abdullah Al-Sayel; Abdallah S Al-Omran; Mir Sadat-Ali Journal: Int J Appl Basic Med Res Date: 2015 May-Aug