Quality Improvement Introduction to Quality Improvement and Health

Quality Improvement Introduction to Quality Improvement and Health Information Technology Lecture c This material (Comp 12 Unit 1) was developed by Johns Hopkins University, funded by the Department of Health and Human Services, Office of the National Coordinator for Health Information Technology under Award Number IU 24 OC 000013. This material was updated in 2016 by Johns Hopkins University under Award Number 90 WT 0005. This work is licensed under the Creative Commons Attribution-Non. Commercial-Share. Alike 4. 0 International License. To view a copy of this license, visit http: //creativecommons. org/licenses/by-nc-sa/4. 0/

Introduction to Quality Improvement and Health Information Technology Learning Objective — Lecture c • Analyze the ways that HIT can either help or hinder quality and patient safety. 2

What Is Health Care Quality? Improvement? 3

Health Information Technology (HIT) Has the potential to: • Improve health care quality. • Prevent medical errors. • Increase health care efficiency and reduce unnecessary costs. • Increase administrative efficiencies. • Decrease paperwork. • Expand access to affordable care. • Improve population health. 4

Role of HIT in Improvement Efforts Patient Safety CPOE e-MAR • • • Computerized provider order entry. Can reduce errors in drug prescribing and dosing. Medical device interface • • Automated vital sign capture. Can reduce errors in transcription. • Computerized medication administration record. Can reduce errors in drug administration. e-Allergy list Knowledge links • • Reminders Reference information links. Can reduce errors due to lack of knowledge. Monitoring • • Quality metric reporting. Can identify opportunities for improvement. • • Computerized allergy list. Can reduce errors in preventable adverse drug events. Prompts and flags. Can reduce errors in omission. Structured notes • • Standardized observations. Can reduce errors related to failure to detect subtle changes in status. 5

Safety: Case Review Event: • Mr. Smith was prescribed a blood thinner to be taken once a day. • He received his daily dose of the drug and was then transferred to another unit. • In the receiving unit, the blood thinner order was rewritten and CPOE interpreted this as a new order and scheduled a dose to start that same day. • This resulted in Mr. Smith receiving two doses of the drug during the same day. 6

What They Did: Medical Logic Module (MLM) System change: • A medical logic module was created that provides the following functionality: when selected drugs are ordered at a frequency of every 24 hours or longer, the prescriber is automatically presented with the last administration time if the drug had been ordered previously. 7

Enhancing Clinical Effectiveness with HIT Knowledge access Patient Portal • Can provide patient-friendly websites. • Can provide medical information and access to support groups. • Can allow patients to access and manage own health record. • Can enable self-management. Tailor to patient needs • Can provide customized health education and disease management messaging. • Can enable self-management. • Can enable clinical decision support. • Can tailor information according to patient characteristics and condition. Disease management 8

Effectiveness: Case Review Event: • A standard protocol (document specifying best practices for care) and electronic prescriber order sets are used for all adult patients receiving intravenous blood thinners. • There are new changes to the protocol due to a switch to new laboratory tests for monitoring drug activity. 9

What They Did: Revised Protocol and Electronic Order Sets System change: • The current protocol and electronic order sets were revised to include orders for the new laboratory tests. • The new order sets include changes to therapeutic goals of nurse-managed therapy. 10

Enhancing Patient Centeredness with HIT Knowledge access Patient Portal • Can provide patient-friendly websites. • Can provide medical information and access to support groups. • Can allow patients to access and manage own health record. • Can enable selfmanagement. Tailor to patient needs Disease management • Can enable clinical decision • Can provide customized support. health education and disease management • Can tailor information messaging. according to patient characteristics and condition. • Can enable selfmanagement. 11

Patient Centeredness: Case Review Event: • Mr. Jackson took his mother to a pre-operative evaluation center in preparation for her impending surgery. • He was asked to help her complete an information form that included her home medications. • Mr. Jackson’s sister manages these medications, and he had forgotten to bring the list. • He was unable to contact her on her cell phone and became increasingly frustrated since, after all, his mother’s doctors should know what medicines she is taking! 12

What They Did: Web-Based Patient Portal System change: • The ambulatory care center implemented a web-based Patient Portal that would allow patients or caregivers to enter much of the history information in advance, from home. • Satisfaction scores for patients improved with this active role in their care. 13

Enhancing Timeliness with HIT Telemedicine Clinicians reminders • Can provide Internet-based access. • Can provide immediate access to medical information. • Can organize task list schedules. • Can remind nurses when treatments are due. Time-sensitive prompts Patient reminders • Can provide timed draw alerts. • Can remind nurses when to draw blood based on a medication intervention. • Can enable appointment scheduling. • Can remind patients when they need to return for followup visits. 14

HIT and Optimizing Effectiveness • Telemedicine is the use of telecommunication technology to provide, enhance, or expedite health care services. • This technology is typically used to increase access to clinical expertise to improve the effectiveness of care. 15

Timeliness: Case Review Event: • Medication patches are small, flesh-colored, and are usually placed in discreet locations, e. g. , the upper shoulder area or on the back of the upper arm. • Some patches are appropriately left on for two to three days or longer. • It is difficult to track the placement and removal of these patches over time, leading to errors in which medication patches were not removed and the patient received too much medicine. 16

What They Did: Electronic Medication Record (e. MAR) System change: • A change was made to the electronic medication record. • After the nurse documents the application of the patch in the e. MAR, a follow-up task to remove the patch at the ordered date and time is automatically generated. • If the follow-up task is still active during a transfer in care, the receiving nurse will see this task on the e. MAR. 17

HIT and Optimizing Timeliness • A health care system saw increases in adverse events in its home care company due to inadequate transfer of clinical information at hospital discharge. • An electronic hospital discharge summary with auto-faxing was developed to increase availability of discharge information at the time of follow-up care. 18

Enhancing Efficiency with HIT Wireless mobile technology Character expansion • Can capture vital signs. • Can eliminate need to write or type vital signs. • Can translate a few characters into phrases, sentences, or paragraphs. • Can decrease typing time. System integration Clinical decision support • Can pull forward historical information. • Can reduce data collection time. • Can prompt for duplicate labs. • Can reduce redundant laboratory testing. 19

Efficiency: Case Review Event: • The emergency department (ED) staff at a community hospital used a large whiteboard mounted on the wall that could be quickly updated with felt-tip markers to track patients and treatments. • The problem was that staff could not obtain information from the board unless they were physically standing in front of it. • In addition, information on the board only reflected what was already known by the ED staff. 20

What They Did: Automated ED Patient Tracking System change: • The hospital implemented an automated ED patient tracking system that used business intelligence technology. • This technology enabled more efficient patient flow using real-time data. 21

HIT and Optimizing Efficiency • Implementation of an electronic picture archiving and communication system (PACS) for requesting radiological examinations and displaying images can improve efficiency and timeliness and reduce ordering of duplicate X-rays. 22

Introduction to Quality Improvement and Health Information Technology Summary — Lecture c • All health care settings can benefit from the assistance of HIT professionals in identifying electronic solutions to quality concerns. 23

Introduction to Quality Improvement and Health Information Technology References — Lecture c Images Slide 3: What Is Health Care Quality? Improvement? Courtesy Dr. Anna Maria Izquierdo. Porrera. 24

Quality Improvement Introduction to Quality Improvement and Health Information Technology Lecture c This material (Comp 12 Unit 1) was developed by Johns Hopkins University, funded by the Department of Health and Human Services, Office of the National Coordinator for Health Information Technology under Award Number IU 24 OC 000013. This material was updated in 2016 by Johns Hopkins University under Award Number 90 WT 0005. 25