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CONFESSIONS FROM THE INTENSIVIST: HAND-OFFS ARE FUN AND MORE THAN A SHIFT WORKER

This article discusses hand-off protocols and their impact on patient care in the intensive care unit (ICU). It explores various models of attending coverage and examines the advantages and disadvantages of different hand-off strategies. The article also highlights the importance of effective hand-offs in reducing medical errors and provides real-life scenarios to illustrate the challenges and potential pitfalls of hand-offs in the ICU.

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CONFESSIONS FROM THE INTENSIVIST: HAND-OFFS ARE FUN AND MORE THAN A SHIFT WORKER

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  1. CONFESSIONS FROM THE INTENSIVIST: HAND-OFFS ARE FUN AND MORE THAN A SHIFT WORKER SARAH TABBUTT MD PHD DIRECTOR CARDIAC INTENSIVE CARE BENIOFF CHILDREN’S HOSPITAL UNIVERSITY OF CALIFORNIA SAN FRANCISCO

  2. 24/7 attending coverage: models • Two attendings for 7 days, alternate nights • Two attendings for 7 days, one for days and one for nights • One attending for 7 days, multiple attendings on nights and weekends

  3. two attending for 7 days, alternate night coverage • model: post-call attending goes home after rounds (30 hours on, 18 hours off) • advantages: • hand-off occurs during detailed bedside rounds • hand-off to someone well acquainted with patients • improved continuity • nights less stressful as patients are familiar • move patient care forward at night • disadvantages: • 100 to 115 hours/week of service

  4. Advantage • HLHS undergoes Norwood • Primary attending cared for patient preoperatively • Primary attending goes to OR • Primary attending gets handover from surgeons and anesthesia • Primary attending examines baby several times an hour • Primary attending longitudinally watching hemodynamics, NIRS, rhythm, lab results • Primary attending more likely to be confident of late evening extubation

  5. Disadvantage • Fatigue • Sustainable?

  6. LONGER HOURS ASSOCIATED WITH INCREASED MEDICAL ERRORS BY INTERNS IN THE ICU Greater than 5 times reduction in diagnostic errors, P < 0.001 Greater than 20% reduction in medication errors, p = 0.03 Landrigan et. al. NEJM, 2004

  7. LONGER HOURS ASSOCIATED WITH INCREASED MEDICAL ERRORS BY INTERNS IN THE ICU Greater than 5 times reduction in diagnostic errors, P < 0.001 Greater than 20% reduction in medication errors, p = 0.03 Landrigan et. al. NEJM, 2004 No data for attending staff. Does training with long work hours improve effective practice when fatigued?

  8. one attending for 7 days with multiple attendings on night and weekends • Advantages: 60 to 85 hours/week of service • Disadvantages: multiple hand-offs to multiple caretakers

  9. Scenario • HLHS undergoes Norwood • Night attending picks up service at 5pm • Hand-off from daytime attending: no change in drips (epinephrine 0.01, dopamine 5, milrinone 0.25, fentanyl 1), lactate down to 2 • Surgeon walks through unit and says patient is “fine” • Night attending examines patient and reviews labs • Nurse and fellow hand-offs at 7pm

  10. Scenario • Next several hours fellow has given volume x 2, gradually increased epinephrine to 0.05, blood gases stable • Night time attending focused on another critically ill patient • At 9pm, bedside nurse goes on break • At 9:15pm, patient with desaturation and decision is to suction with fellow at bedside • Bradycardia with suctioning, E-CPR

  11. HAND-OFF PROTOCOLS REDUCE MEDICAL ERRORS ON PEDIATRIC INPATIENT WARDS I-PASS Illness severity Patient summary Action List Situation awareness and contingency plans Synthesis by the receiver Starmer et. al. NEJM, 2014

  12. Night time attending was not in the OR and does not receive handover from surgery and anesthesia: difficulties with induction, airway, arch reconstruction, shunt placement, coming off bypass, coronary air • HLHS undergoes Norwood • Night attending picks up service at 5pm • Hand-off from daytime attending: no change in drips (epinephrine 0.01, dopamine 5, milrinone 0.25, fentanyl 1), lactate down to 2 • Surgeon walks through unit and says patient is “fine” • Night attending examines patient and reviews labs • Nurse and fellow hand-offs at 7pm

  13. Night time attending does not have longitudinal knowledge of subtle changes in exam, hemodynamics, rhythm, oxygenation, NIRS, all fundamentally important to provide optimal care • HLHS undergoes Norwood • Night attending picks up service at 5pm • Hand-off from daytime attending: no change in drips (epinephrine 0.01, dopamine 5, milrinone 0.25, fentanyl 1), lactate down to 2 • Surgeon walks through unit and says patient is “fine” • Night attending examines patient and reviews labs • Nurse and fellow hand-offs at 7pm

  14. No newborn immediately following a Norwood procedure is “fine”. This reassurance can lead to false sense of security for the ICU team. • HLHS undergoes Norwood • Night attending picks up service at 5pm • Hand-off from daytime attending: no change in drips (epinephrine 0.01, dopamine 5, milrinone 0.25, fentanyl 1), lactate down to 2 • Surgeon walks through unit and says patient is “fine” • Night attending examines patient and reviews labs • Nurse and fellow hand-offs at 7pm

  15. Entire team turns over between within two hours as the patient is approaching its predictable low cardiac output syndrome • HLHS undergoes Norwood • Night attending picks up service at 5pm • Hand-off from daytime attending: no change in drips (epinephrine 0.01, dopamine 5, milrinone 0.25, fentanyl 1), lactate down to 2 • Surgeon walks through unit and says patient is “fine” • Night attending examines patient and reviews labs • Nurse and fellow hand-offs at 7pm

  16. Is the night time attending less engaged or more distracted as covering other patients? Is supervision of the fellows looser at night? • Next several hours fellow has given volume x 2, gradually increased epinephrine to 0.05, blood gases stable • Night time attending focused on another critically ill patient • At 9pm, bedside nurse goes on break • At 9:15pm, patient with desaturation and decision is to suction with fellow at bedside • Bradycardia with suctioning, E-CPR

  17. Perfect storm: covering nurse not experienced with newborns following complex surgery, RT new to CICU, attending unable to get to bedside for what the bedside team felt was an urgent need for suctioning. • Next several hours fellow has given volume x 2, gradually increased epinephrine to 0.05, blood gases stable • Night time attending focused on another critically ill patient • At 9pm, bedside nurse goes on break • At 9:15pm, patient with desaturation and decision is to suction with fellow at bedside • Bradycardia with suctioning, E-CPR

  18. REASONABLE WORK HOURS LEADS TO LESS CONTINUITY OF CARE AND MORE HAND-OFFS

  19. REASONABLE WORK HOURS LEADS TO LESS CONTINUITY OF CARE AND MORE HAND-OFFS WE ARE WELL TRAINED TO CARE FOR THE CRITICALLY ILL PATIENT, BUT NOT WELL TRAINED TO HAND-OFF THE CRITICALLY ILL PATIENT

  20. Can a modified I-PASS type hand-off protocol be effective in the CICU setting? • Should the night time attending shift start when the complex patient arrives from the operating room? • Should hand-offs be extended to several hours or as needed based upon patient acuity? • Should shift changes be staggered between attending, fellow/resident and nurse? • Should the night team be more experienced than the day team? LCOS often occurs at night. • Should the night attending jointly develop the care plan with the day attending to provide more ownership of the patient? • Will patient care become more driven by numbers than by human factors?

  21. MILL VALLEY

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