Page 68 - ACCCN's Critical Care Nursing
P. 68

Quality and Safety 45






                                      (19.3/1000 ventilator days) and Intervention year 1  No difference in VAP rate between historical control year   (16.6/1000 vent days), P = 0.62. Significant reduction after Intervention year 2 (7.3/1000  Median VAP rate significantly lower during Year 2  compared with control year (Z = 2.2, P = 0.028) and year 1  Reduction in VAP rates (P = 0.0004) using time series  Patient severity of illness significantly higher in post- FASTHUG group compare
















                                 Findings  ●   ●   vent days), P < 0.01  ●   (Z = 2.04, P = 0.028).  ●   analysis  ●   (P = 0.001)  ●   ●   practices.  ●   ●   others (P = 0.048).  ●   ●   control 41.9% (30–87%).  ●   received all 4 measures  ●   ●   interventions increased  ●





                                    Historical control (1 year pre-intervention)  and year 1 combined were compared to  extended post-FASTHUG period Year 1 – procedural interventions included  oral care, early extubation, management of  respiratory equipment, hand-washing &   Year 2- FASTHUG used on twice daily  Compliance with care processes not measured No randomisation, no causal links between   Multiple regression analysis tested the  association between compliance (%) and  sever








                                 Method / Critique  ●   ●   maximal sterile precautions  ●   patient rounds  ●   ●   process and outcomes  ●   trauma vs medical).  ●   actual delivery  ●  among associations found  ●   ●   specific comorbidities)  ●   ●   ●   regression model




                         Studies describing process of care delivery in critical care units 57







                                 n/cohort  1315 (over 2 yrs   pre-intervention);   1653 (over 3 yrs   post-intervention)  100 randomly   selected patients   admitted over 1 yr  1463 cases, mech.   vent >96 hours
                              Sample






                                 Setting  10-bed surgical ICU  20-bed tertiary   academic   medical-surgical-  trauma ICU  38 academic   medical centres   – 114 ICUs of    15 types (65%   medical, surgical,   cardiac,   cardiothoracic)


                                    Before/after study   using historical   control in a   single-centre  Retrospective   observational   study reviewing   both print and   electronic   medical records  Point prevalence;   Retrospective   chart review


                                 Design



                         TABLE 3.7   Study  Papadimos   et al. 2008.   (USA) 42  Ilan et al.   2007.   (Canada) 47  Keroack   et al. 2006.   (USA) 45
   63   64   65   66   67   68   69   70   71   72   73