Abstract
Although general physiatry acute-care consultation services are commonplace and improve length of stay (LOS), the benefits of a subspecialty physiatric continuity consultation service targeting patients with severe brain injury have not been reported. Our primary objective was to characterize patient care recommendations from a Brain Injury Medicine (BIM) Continuity Consult Service, and to investigate the effects on acute-care LOS relative to brain injury patients receiving General Physical Medicine & Rehabilitation (PM&R) Consult Services. Our secondary objectives were to examine inpatient rehabilitation (IPR) health care utilization metrics and costs between groups and evaluate clinical improvements during IPR and discharge disposition. Retrospective cohort comparison study. Academic medical center with level 1 trauma center. Adults with severe brain injury admitted to a single-site acute-care facility and subsequently admitted to a single inpatient brain injury rehabilitation unit over the same time period. BIM Continuity Consult Service versus General PM&R Consult Service. Acute-care LOS; unplanned discharges to acute-care. Despite no major demographic or clinical group differences, the BIM Consult Service had more patient comorbidities than General PM&R Consult Service (17.5±5.3 versus 16±5.1;P=.04). BIM Consult Service patients spent fewer days in acute care (30±11.8 versus 36±22.8; P=.008), and early BIM consult (≤7 days after admission) was associated with shorter acute-care LOS (P < .002). IPR LOS was similar between groups when considering unplanned transfers. Unplanned transfers among General PM&R Consult Service patients occurred twice as frequently as in BIM Consult Service patients; average readmission costs were $2778 per patient on the BIM Consult Service and $6702 per patient on the General PM&R Consult Service. More BIM Consult Service (85.7%) than General PM&R Consult Service (27.3%) patients emerged from disorders of consciousness during IPR (P=.02). BIM Continuity Consultation Services were associated with shorter acute-care LOS, fewer unplanned acute-care transfers, and an increased likelihood of emerging from a minimally conscious state during IPR.
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