safety quality informatics and leadership
TRANSCRIPT
SQIL TEAM 1 – PRESENTATION 1
Care Process Model
VENOUS THROMBO – PROPHYLAXIS TO IP- PATIENTS Team 1: Michelle Hunter
Peter Hanouv Ammad Tamimi Molly Zhen Wang, Xin Whang
Mode: Case StudyTeam MeetingsSkypeWhat's App group
Rationale The U.S. Story: VTE Is Highly Prevalent
• Estimated 260,000 cases of clinically recognized VTE occur each year in patients hospitalized for acute care1
• PE is associated with high mortality rates2 and is considered one of the most common preventable cases of hospital death3
• DVT is associated with a high risk of recurrence and post-thrombotic syndrome (PTS)4
• Effective thrombus prophylaxis is underutilized5
1. Anderson FA Jr et al. Arch Intern Med. 1991;151:933-8. 2 Goldhaber SZ et al. Lancet. 1999; 353:1386-9. 3 Clagett GP et al. Chest. 1995; 108(4 suppl):312S-334S. 4 Prandoni P et al. Haematologica. 1997; 82:423-8. 5 Geerts WH et al. Chest. 2008; 133(6 suppl):381S-453S.
Exhibit 1A – VTE Care Process Model
Framework for improvement • Multidisciplinary team • Identify current practice• Describe best practices• Formulate protocol• Operationalize protocol (order set, checklist,
multifaceted approach, etc.) • Measurement system – monitor and adjust• Account for special patients and situations • Gain institutional support - make compelling case
Discuss how you would implement the CPM?
• Knowledge gaps• False beliefs
– VTE strikes infrequently– VTE incidence is declining
• Lack of familiarity with guidelines• Guidelines not always in agreement
for certain patient groups• Concerns about adverse effects and
patient safety
What challenges would you anticipateOrder Sheet
VTE Prevention Strategies & Predicted Success
High Reliability
Redundant, Real-time Interventions >95%
Reinforced (audits and education) 70%-90%
Simple, integrated with work flow 60%-85%
Protocol exists 50%
Audit Feedback
State of Nature
Data
Alert the users
Educate the masses
Link the protocol to orders
Develop and implement a protocol
Assimilate a Consensus Building Team
40%-50%PDCA
Maynard G, Stein J. Agency for Healthcare Research and Quality. August 2008.
How would you overcome these?
All patients screened and consideredfor VTE prophylaxis
Risk factor assessment
Prophylaxis management
Exclusion criteria
Does the patient have restricted mobility andat least 1 VTE risk factor present?
Pharmacological prophylaxis for VTE indicated
Are exclusion criteria for pharmacological prophylaxis present?
Yes
No
Yes
Yes
Patient should be reassessed daily for development of VTErisk factors during
hospitalization
VTE risk factors developduring hospitalization
Mechanical measuresindicated (IPC)
IPC = intermittent pneumatic compression.
What metrics would you use to track success of the CPM?
• Measure Name: VTE Risk Assessment /VTE 1• Description:
– The number of patients who received VTE risk assessment with in 24 hours of admission
• Measure Name: VTE Prophylaxis /VTE 2• Description:
– The number of patients who received VTE prophylaxis or have documentation why no VTE prophylaxis was given the day of or the day after hospital admission• Or surgery end date for surgeries that start the day of or the day after hospital admission
– Not applicable if patient refuses therapy
• Measure Name: VTE with in 30 days of surgery /VTE 3• Description:
- The number of patients diagnosed with confirmed VTE during hospitalization (not present at admission) who did not receive VTE prophylaxis between hospital admission and the day before the VTE diagnostic testing order date.
What alternative approaches/modifications might you anticipate • Standardize VTE and anticoagulant risk
assessment into the process of admission and transfers
• “Prompts for VTE risk assessment at point-of-care
• Scheduled reassessments • Redundant responsibility and prompts
Patient admitted to hospital
MD orders appropriate VTE prophylaxis at admission
Nurse ensures VTE prophylaxis administered
Change in patient’s VTE risk level, contraindications, or site/unit of
care
Patient discharged
35% of failures
20% of failures
VTE prophylaxis can be complicated!
Patient admitted to hospital
MD orders appropriate VTE prophylaxis at admission
Nurse ensures VTE prophylaxis administered
Change in patient’s VTE risk level, contraindications, or site/unit of
care
Patient discharged
Pharmacy dispenses and delivers drug
MD performs VTE risk assessment
MD links patient’s VTE risk level to menu of
appropriate VTE prophylaxis options
Support staff ambulates patient 3X/day
Central Supply delivers sequential compression devices or graduated compression stockings
Analyze Care Delivery: Delivering Appropriate VTE Prophylaxis
35% of failures 30% of failures
15% of failures
20% of failures
Mean Baseline Performance: 50%(% of patients on appropriate VTE
prophylaxis in the hospital)
Maynard G, Stein J. Agency for Healthcare Research and Quality. August 2008.