Cardinal Health, Inc. · NYSE:CAH

Cardinal Health — Investor Presentation (August 2013)

42 slides from Cardinal Health's investor presentation, Aug 9, 2013

  1. Slide 1: Coagulation Management Programs: Best Practices to Drive Outcomes

    Coagulation Management Programs Best Practices to Drive Outcomes Michael A. Evans, RPh Director, Ambulatory Clinical Pharmacy Programs System Therapeutics Geisinger Health System Friday, August 9th , 2013 2 p.m. EST

  2. Slide 2: Objectives

    Objectives • Provide an overview and history of Geisinger Health Systems • Describe how and why the Geisinger Anticoagulation Clinic was established and how it has evolved • Share Systematic Anticoagulation Management Best Practices • Process • Technology Options • IT • Discuss critical success fact

  3. Slide 3: Overview of Geisinger

    Overview of Geisinger • Not-for-profit organization established in 1915 • Provides complete continuum of health care to more than 2.6 million people in 44 Pennsylvania counties • 6 hospitals/medical centers • 49 primary care and specialty clinics • 14 retail pharmacies • Urgent care clinics • Home c

  4. Slide 4: Mission Statement

    Mission Statement Enhancing quality of life through an integrated health service organization based on a balanced program of patient care, education, research and community service. |4

  5. Slide 5: Geisinger recognition and awards

    tw Modern Healthcare fim Modem Physician THOMSON REUTERS Most XYIRED. y )Most Iveuvenrtat | 15 TOP ~ — PhysicianExecutives ssc IN HEALTHCARE [5 GEISINGER REDEFINING BOUNDARIES’

  6. Slide 6: Geisinger Health System coverage area

    Geisinger Health System coverage area Revised 7‐25‐12. Geisinger PR & Marketing Department

  7. Slide 7: Why Focus on Anticoagulation Management?

    Why Focus on Anticoagulation Management? • Patient population costly to care for • Cost avoidance • Readmissions • ER visits • Hospitalizations • Prevention of adverse events • Pharmacists understand kinetics of Warfarin • How to manage drug and diet interactions • How to educate patients on diet an

  8. Slide 8: Getting the Process Started

    Getting the Process Started 1. Identified need and initiated request to start a clinic 2. Declined initially by Medical Executive Committee 3. Head of Neurology agreed to be champion 4. Began 100 person study which lasted 6 months 5. Outcomes were very positive 6. Received support from the Med Exec

  9. Slide 9: Where are GHS programs today?

    Where are GHS programs today? • Anticoagulation Management Program Started in 1996 31 practice Now over 40 locations across Over 13,500 with 3 Pharmacists the GHS Active Patients Pharmacists service area 70% INRs EPIC within Standardized 41,670 Total Coagulation therapeutic Protocol Patients Module

  10. Slide 10: Process

    Systematic Anticoagulation Management Process Technology IT Outcomes Aligning with Healthcare Reform Objectives | 10

  11. Slide 11: Driving Process Efficiency – Why Point of Care?

    Driving Process Efficiency – Why Point of Care? • Venipuncture was only reliable method • Venipuncture is multiple step process • See graphic of Lean Process slide 14 • Patient check in at facility laboratory • EHR medical record release into LIS • Generation of tube label • Process specimen for cou

  12. Slide 12: Driving Process Efficiency – Why Point of Care?

    Driving Process Efficiency – Why Point of Care? • Best case total process time via venipuncture is 6 hours if facility has a lab on site to process the INR • Most typical follow up time with the patient is the day following the lab test • Involves several phone calls with possibility of patient misu

  13. Slide 13: Driving Process Efficiency – Why Point of Care?

    Driving Process Efficiency – Why Point of Care? • Transitioned from Venipuncture to POC once POC methods correlated with lab results • Face-to-face interaction drives better outcomes and increased patient satisfaction • Typical visit lasts 10 minutes (see process slide 14) | 13 Process Technology IT

  14. Slide 14: Side by Side LEAN Process Mapping: PT-INR

    Side by Side LEAN Process Mapping: PT-INR Point of Care System Coumadin Clinic Stago (Danville Clinic) | 14 Process Technology IT Outcomes Alignment

  15. Slide 15: Driving Process Efficiency – Why Point of Care?

    Driving Process Efficiency – Why Point of Care? • Service can be billed for • Increased patient satisfaction • The POC design has been copied to 31 clinic sites in the Geisinger Health System • In-person visits increase patient medication adherence • Full medication reconciliation performed at each

  16. Slide 16: Workflow: Anticoagulation/MTMP Care Process Summary

    Workflow: Anticoagulation/MTMP Care Process Summary 1. Any Geisinger patient is eligible. 2. Patients identified for enrollment via provider referral and during hospital discharge/admission process. 3. Referrals sent electronically to central referral pool, patients scheduled within 24 hours. 4. All

  17. Slide 17: Workflow: Electronic Medical Record Benefits

    Workflow: Electronic Medical Record Benefits 1. Warfarin Best Practice Alert (BPA) • Notification when a provider orders a warfarin-interacting medication. • Anticoagulation pharmacists make appropriate dosage changes 2. Patient List Membership and Missed to follow-up report. • All patients part of

  18. Slide 18: Technology

    Systematic Anticoagulation Management Process Technology IT Outcomes Aligning with Healthcare Reform Objectives | 18

  19. Slide 19: Selecting the Right POC Coagulation System

    Selecting the Right POC Coagulation System | 19 Process Technology IT Outcomes Alignment

  20. Slide 20: Selecting the Right POC Coagulation System

    Selecting the Right POC Coagulation System • PT/INR results from POC testing device showed high bias when compared to venous PT/INR • Investigation into the device was not definitive • Study performed at 3 GHS Anticoagulation Clinics in 3 different Geographic Locations • Compared ISTAT (Abbott), Coa

  21. Slide 21: Selecting the Right POC Coagulation System: Methods

    Selecting the Right POC Coagulation System Methods • Pharmacist performed 2 different fingersticks on the patient • FS performed on the same hand but different fingers • Used 2 different lancet devices • Similar in length and depth but not identical • BD brand for ISTAT • CoaguChek brand for the Coa

  22. Slide 22: Selecting the Right POC Coagulation System: Results

    Selecting the Right POC Coagulation System Results • Pharmacist clinical decision impact was assessed • Would the dose of warfarin be adjusted based on the result without knowing the venous PT/INR • Table 1- Clinical impact of POCT INR results vs. Stago Warfarin dose Venous INR POCT INR POCT INR adj

  23. Slide 23: Selecting the Right POC Coagulation System

    Selecting the Right POC Coagulation System • CoaguChek showed a lower magnitude of bias than the ISTAT • A two-fold better comparability with results within TEa tolerance • A four-fold lower adverse clinical impact with respect to avoidance of unnecessary medication adjustments • Decided to replace

  24. Slide 24: Systematic Anticoagulation Management

    Systematic Anticoagulation Management Process Technology IT Outcomes Aligning with Healthcare Reform Objectives | 24

  25. Slide 25: Solving the Data Management “Problem”

    Solving the Data Management “Problem” • Important decision in choosing a POC device is to have direct interface with our EHR • Decrease documentation and translation errors • Geisinger worked with EPIC to develop custom Anticoagulation Navigator • For reporting and stream lined documentation • Curre

  26. Slide 26: Data Management Systems Architecture

    Data Warehouse Management EMR(s) Systems Medical Case Mgmt Core Information: Integrated e.g. Drug MTM* References Operational Management Acute Care Clinical Data Dispensing Pharmacy Total Cost of Systems Retail Care Pharmacy Data Home Infusion Specialty Pharmacy Financial Data Drug Purchases Reporti

  27. Slide 27: Outcomes

    Systematic Anticoagulation Management Process Technology IT Outcomes Aligning with Healthcare Reform Objectives | 27

  28. Slide 28: Geisinger Anticoagulation Clinic – Patient Impact

    Geisinger Anticoagulation Clinic – Patient Impact Comparison of GHS Anticoagulation Management Service with Literature Incidence of Adverse Events Usual GHS Non- Reference Practice (non- Anticoag GHS Anticoag Anticoag GHS Clinic Clinics (1) Clinics (2) Patients)* Patients (3) Rate of Bleeding 8.21%

  29. Slide 29: Other Key Patient Measures

    Other Key Patient Measures • Time in Therapeutic Range • 70% of INR’s within TTR • All diagnoses, patients, and disease states • 82% adherence rate to medications • Patient Satisfaction (Surveys completed every 6 months (98-99.5% satisfaction) • Provider satisfaction completed annually | 29 Process

  30. Slide 30: Cost of Care

    Cost of Care Medication for 30 Laboratory Medication days monitoring management Total Warfarin=$3.66 $80 $40 $124 Dabigatran=$300 n/a n/a $300 Rivaroxaban=$300 n/a n/a $300 Apixaban=$300 n/a n/a $300 | 30 Process Technology IT Outcomes Alignment

  31. Slide 31: Reversal Agent and Cost Implications

    Reversal Agent and Cost Implications Agent FFP+PCC PCC+rFVIIa aPCC FFP(15ml/kg) $300 n/a n/a 3-factor PCC(25units/kg) $1900 $1900 n/a rFVIIa(20mcg/kg) n/a $2800 n/a aPCC(1000units) n/a n/a $1800 Cost $2200 $4700 $1800 Assumes 80-kg patient and rounding to nearest vial size. • Acquisition cost (avera

  32. Slide 32: Drug Therapy Compliance

    Drug Therapy Compliance • MTM patient compliance • Average compliance with warfarin therapy 82% • Comparison <50% for non-MTM managed patients Process Technology IT Outcomes Alignment

  33. Slide 33: Stroke Prevention

    Stroke Prevention • Patients with AF have a stroke risk of 4.5% per yr, which anticoagulation reduces to 1.4% per yr. (70% relative risk reduction with warfarin therapy). • Patients with additional risk factors (e.g., age >75 years, hypertension, heart failure, or diabetes) have an increased stroke

  34. Slide 34: VTE Costs

    VTE Costs • The total annual health care cost for a VTE range from $7,594 • To $16,644, depending on the type of event • And whether it was a primary or secondary diagnosis | 34 Process Technology IT Outcomes Alignment

  35. Slide 35: Bleed Costs

    Bleed Costs 45 approx. $40,000 40 35 30 25 20 15 $11,000 10 5 0 Mean Health Care costs Approx. of GI Bleed Intracranial Hemorrhage | 35 Process Technology IT Outcomes Alignment

  36. Slide 36: Anti-Coagulation Program Critical Success Factors

    Anti-Coagulation Program Critical Success Factors • Standardized process across clinics • Ensures safety, efficiency and accuracy • Centralized referral process for all patients • Every patient has a future scheduled appointment • Systematic patient follow-up reporting • Every Sunday a list is gener

  37. Slide 37: Anti-Coagulation Program Critical Success Factors

    Anti-Coagulation Program Critical Success Factors • Pharmacist role in delivering collaborative care • First anticoagulation, now expanding to other critical areas. • Collaboration for patients with diabetes, for example, has helped drive 64% of patients A1C’s to goal • Leadership support – CEO, CMO

  38. Slide 38: Drive Change in your Chronic Disease Management Programs

    Drive Change in your Chronic Disease Management Programs • Lead with principles in all discussions. (patient first, use of best practice, elimination of unjustified variation, waste, redundancy) • Inclusive, collaborative decision making processes at all levels • Meetings with clinical departments,

  39. Slide 39: Aligning with Healthcare Reform Objectives

    Systematic Anticoagulation Management Process Technology IT Outcomes Aligning with Healthcare Reform Objectives | 39

  40. Slide 40: Essential needs to become an Accountable Care Organization (ACO)

    Essential needs to become an Accountable Care Organization (ACO) • Integrate hospital and physician care Patient • Align incentives to meet quality Experience measures and reduce spending growth; share in the savings Health of at- Care Risk or Coordination Elderly • Accountable for quality, cost, AC

  41. Slide 41: Key Takeaways

    Key Takeaways • Effective processes, the right technology and integration with IT Systems is critical to a successful coagulation management program • An organized anticoagulation management program can drive substantial clinical effectiveness at a reduced overall cost, and should have increased emp

  42. Slide 42: Thank you for attending!

    Thank you for attending! We value your opinion and ask that you provide feedback by participating in a brief online survey. A recording of this webinar and corresponding slide deck will be available soon. Look for a follow up email with information. If you have any additional questions or comments,

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