electronic medical records: key implementation issues

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Electronic Medical Records: key implementation issues C.T. Lin MD Senior Medical Director, Informatics University of Colorado Hospital October, 2008

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Electronic Medical Records: key implementation issues. C.T. Lin MD Senior Medical Director, Informatics University of Colorado Hospital October, 2008. Outline. Paper Medical Records The burning platform Electronic Medical Records What and why EMR usability Physician Adoption - PowerPoint PPT Presentation

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Page 1: Electronic Medical Records:  key implementation issues

Electronic Medical Records: key implementation issues

C.T. Lin MD

Senior Medical Director, Informatics

University of Colorado Hospital

October, 2008

Page 2: Electronic Medical Records:  key implementation issues
Page 3: Electronic Medical Records:  key implementation issues

OutlinePaper Medical Records

– The burning platform

Electronic Medical Records– What and why – EMR usability– Physician Adoption

Substitution vs. Transformation

Page 4: Electronic Medical Records:  key implementation issues

• Historical record of care

• Communication/continuity

• Preventive Care

• Quality assurance

• Legal record

• Financial record

• Research

Why keep medical records?

Page 5: Electronic Medical Records:  key implementation issues

• can’t find the chart

• can’t find the result in the chart

• can’t read the chart

• can’t easily collate the data

• can’t compare across patients

• no analytic capacity

Paper disadvantages

Page 6: Electronic Medical Records:  key implementation issues

PaperPaper

MedicalMedical

RecordsRecords

Page 7: Electronic Medical Records:  key implementation issues

Paper records: Legibility?

Page 8: Electronic Medical Records:  key implementation issues
Page 9: Electronic Medical Records:  key implementation issues

One day’s worth of papers to One day’s worth of papers to be filed at UCHbe filed at UCH

Page 10: Electronic Medical Records:  key implementation issues

by ctl

Quick!Quick!RecallRecall: Find all the patients : Find all the patients who take Vioxx!who take Vioxx!

P4PP4P: Prove that we give : Prove that we give Aspirin to all our CAD Aspirin to all our CAD patients!patients!

NQFNQF: Have all our diabetes : Have all our diabetes patients had a Pneumovax?patients had a Pneumovax?

VaccineVaccine: Call all high risk : Call all high risk patients to get flu vaccine patients to get flu vaccine now!now!

ScreeningScreening: We have free : We have free PFT screening next week! PFT screening next week! Who would benefit?Who would benefit?

Page 11: Electronic Medical Records:  key implementation issues

Paper records: the Paper records: the burning platformburning platform

•Legibility suspectLegibility suspect

•Costly to maintainCostly to maintain

•Not disaster-proofNot disaster-proof

•Can’t qualify for Can’t qualify for pay-pay-for-performancefor-performance

•Population and quality Population and quality studies impracticalstudies impractical

Page 12: Electronic Medical Records:  key implementation issues

Electronic Medical Records

Page 13: Electronic Medical Records:  key implementation issues

Key elements of an EMR that support patient safety

• E-prescribing

• Computerized Provider Order Entry

• Automated reporting of test results

• Physician documentation

• only 9% of physicians in 2006 had this capability• HIMSS, Ambulatory Paperless Clinics Workgroup,

2007

Page 14: Electronic Medical Records:  key implementation issues

Why must we have an EMR?

• Because the current system is inadequate

• Because expert bodies recommend it

• Because the government says so

• Because insurers are going to require it

• Because patients are going to demand it for better safety and improved service

Page 15: Electronic Medical Records:  key implementation issues

“… information technology must play a central role in the redesign of the health care system if a substantial improvement in quality is to be achieved over the coming decade.”

– Institute of Medicine, 2001

Page 16: Electronic Medical Records:  key implementation issues

Assembling an EMRSo, you have 2 EMR systems.

Well, can’t you just hook the 2 systems up?

What’s the big deal?

Page 17: Electronic Medical Records:  key implementation issues
Page 18: Electronic Medical Records:  key implementation issues

EMR Systems Map

IDX Visit Management, Patient Billing, & Scheduling

3M Clinical Workstation: integrated viewer, clinics + hospital

Provider Portal (MedXplore -> McKesson) Patient Portal

Lab RIS Path DictationIDX ADT

Allscripts: Deployed 20 of 40 Clinics

Em

erg

ency

McKessonRN docu, Bar Code,

Inpt Pharmacy, CPOE

Viewer

Interactive system

Infra-structure

GI pro

ced

CV

pro

ced

OB

GYN

Psy

ch

Peri

-Op

Onco

logy

Tra

nsp

lant

Page 19: Electronic Medical Records:  key implementation issues

EMR usability

Page 20: Electronic Medical Records:  key implementation issues

Don Norman

• Put the required knowledge in the world– Minimize training, make it obvious– Allow more efficiency for experts

• Use artificial and natural constraints– Forcing functions– Natural mappings

• Narrow the gulf of execution– Make things visible, obvious– Easy to do what user intends

• Narrow the gulf of evaluation– Make results of actions apparent– Immediate feedback on actions

Page 21: Electronic Medical Records:  key implementation issues

Narrow the gulf of execution:

Make it easy to do what the user intends

Push this bar Push this bar to open doorto open door

Page 22: Electronic Medical Records:  key implementation issues
Page 23: Electronic Medical Records:  key implementation issues

Welcome, It is 11:15amThursday Oct, 19, 2007

Dr. Lin you have 2 messages and 2 alerts1. Check your messages2. Check your alerts3. Review a chart or test result4. Order a test5. Order a medication6. Order a consult7. Write a chart note8. Get help (x4302)

Page 24: Electronic Medical Records:  key implementation issues

Nursing: Charting an Assessment

Page 25: Electronic Medical Records:  key implementation issues
Page 26: Electronic Medical Records:  key implementation issues

Blood panelAnalyte Lo Hi Unit Result Abnl

Na 135 145 mmol 143

K 3.5 4.8 mmol 5 H

Cl 95 115 mmol 101

CO2 19 29 mmol 22

BUN 3 17 mg/dl 18

Cr 0.2 1.2 mg/dl 0.7

Glu 90 124 mg/dl 83 L

Ca 8.2 10.1 mg/dl 9.1

Alb 3.8 4.5 mg/dl 4.1

ALT 0 45 mg/dl 40

AST 0 43 Mg/dl 37

Page 27: Electronic Medical Records:  key implementation issues

Polar GraphNa

KCl

CO2

BUN

Cr

Glu

Ca

Alb

TIBC

MCV

ANC

PLTHCT

WBC

ALTAST

AlkP

TSH

O2sat

Temp

HRRR

SBP

Page 28: Electronic Medical Records:  key implementation issues

Polar Graph

Data points: Last 3

Double click for details

BUN

Cr

Glu

Ca

AlkPSBP

NaK

Cl

CO2

Alb

TIBC

MCV

ANC

PLTHCT

WBC

ALTAST

TSH

O2sat

Temp

HRRR

Page 29: Electronic Medical Records:  key implementation issues

Awarix(tm): Map based activity monitoring

Page 30: Electronic Medical Records:  key implementation issues

Usability Conclusions

• The move to Electronic Medical Records not only improves information storage and flow, it could enhance safety and quality through information CLARITY

Page 31: Electronic Medical Records:  key implementation issues

Physician adoption of EMR

Page 32: Electronic Medical Records:  key implementation issues

Why EMR adoption is low nationally

• Costly: $40k per physician installation

• Only 11% of the benefit accrues to physicians; most goes to insurers and patients

• Non-standard EMR systems

• Change is hard! (non-computer users)

Page 33: Electronic Medical Records:  key implementation issues

Principles of Organizational Change (John Kotter)

• Increase urgency

• Build the guiding team

• Get the vision right

• Communicate for buy-in

• Empower action

• Create short-term wins

• Don't let up

• Make change stick

Page 34: Electronic Medical Records:  key implementation issues

The 80 - 20 rule

• In my opinion, the success of a project is perhaps 80 percent dependent on the development of the social and political interaction skills of the developer and 20 percent or less on the implementation of the hardware and software technology!

--Reed Gardner, LDS Hospital

Page 35: Electronic Medical Records:  key implementation issues

A formula for adoption

+ Executive support and clear vision+ Physician champion(s) at executive and clinic levels+ Alignment of incentives for individual docs+ Adequate technical and workflow support+ Adequate time+ Robust hardware and software performance!

= Successful implementation

Page 36: Electronic Medical Records:  key implementation issues

Photo apl

Page 37: Electronic Medical Records:  key implementation issues
Page 38: Electronic Medical Records:  key implementation issues

Adoption Stories

“Junior” physician championSurgery vs Medicine vs RheumatologyCounting clicks vs. fast systemsTablet PC and the medical assistantCINA story

“Culture eats technology for lunch”

Page 39: Electronic Medical Records:  key implementation issues

EMR: Substitution

vs. Transformation

Page 40: Electronic Medical Records:  key implementation issues

EMR: Substitution

• Its faster to create a new patient chart

• EMR charts can’t be misplaced

• Notes are LEGIBLE

• Prescriptions are LEGIBLE

• No more sticky notes

• 2 people can use the chart at a time

Page 41: Electronic Medical Records:  key implementation issues

Transformation: Safety

• Electronic documentation instantly available, legible, longitudinal

• Safer prescribing (drug interactions, allergy check, formulary check)

• Vioxx recall: Patients identified, notified in 24 hours

Page 42: Electronic Medical Records:  key implementation issues

Transformation: Quality

• Flu vaccine: identify highest risk patients to immunize first

• Diabetes: Track patients with highest Hemoglobin A1c’s

• Heart disease: monitor use of ACE-I, Aspirin, beta-blockers

Page 43: Electronic Medical Records:  key implementation issues

Transformation: Patients• Patients and physicians both

contribute to a shared medical record

• Patients collaborate with providers to set their own treatment goals

• Patient can access, or give access, to their record anywhere in the world

Page 44: Electronic Medical Records:  key implementation issues

Transformation: no EMR• Conversations between physicians,

nurses, and patients undergo:– Voice recognition– Natural language processing– Integrated, non-interruptive alerts based

on latest evidence

Page 45: Electronic Medical Records:  key implementation issues

Substitution vs. Transformation Like improvements in transportation, EMR

developments generally are incremental at first…

Page 46: Electronic Medical Records:  key implementation issues

Substitution vs. Transformation It was hard to foresee what the carriage could

become…

Page 47: Electronic Medical Records:  key implementation issues

Substitution vs. Transformation And in the broader sense, what transportation

could become

Page 48: Electronic Medical Records:  key implementation issues

Substitution vs. Transformation And we will always dream…