1. National EMS Information System Michael Schnyder & Massachusetts Office of Emergency Medical Services

2. Introductions

3. Overview History of EMS Data Collection Overview of the Original NEMSIS Program Overview of the NHTSA Data Element Standard Results from the Original Pilot Project

4. Overview What’s Next for NEMSIS WIIFY (What’s in it for you) Use of Massachusetts’ Data

5. History of EMS Data We can date it back to the “modern age of EMS” –1966: Accidental Death and Disability “A review of ambulance services in the United States indicates a paucity of information and a limited framework for the collection of data on and the evaluation of current ambulance services.” (Page 13)

6. More Recent History? –2003:The EMS Outcomes Evaluation Project: “No local, state, or federal databases were suitable for use due to inconsistent data definitions, inconsistent data formatting, and variation in inclusion criteria.” (Page 8) http://www.nhtsa.dot.gov/people/injury/ems/emsoutcomes03/

7. Status: United States Source: NEMSIS TAC Capability Survey, 2006

8. So What Happened In Between? Largest event happened in 1992-1993 –The NHTSA EMS Data Elements Version 1 Great try, the spirit was there Too loose of a standard EMS relatively uneducated to the potential of computer technology

9. Enter the NEMSIS Project Late 90’s, the National Association of State EMS Directors decided there was a NEED for uniform data collection

10. The Need EMS Education –Curriculums –Local Education EMS Outcomes –Something other than death –System evaluation EMS Research –Generate hypothesis –Evaluate cost-effectiveness –Identify problems and target issues EMS Reimbursement –National fee schedule and reimbursement rates

11. The Original Team NASEMSD –Project Management –Regional Meetings –Operational Support Greg Mears, MD –Principle Investigator NEDARC –Clay Mann, PhD, Co-Investigator –Mike Dean, MD, Co-Investigator –Technical Assistance State Data-Managers

12. The Money NHTSA –EMS Division (Primary) HRSA –EMS-C, Trauma, and EMS American Heart Association –Support for EMS Software Development

13. The Consensus Professional Organizations AAA AAMS ACEP ACS-COT (NTDB) AHA (NRCPR) EMSOP IAFC IAFF NAEMD NAEMSP NASEMSD NENA Federal Partners CDC FEMA HRSA-EMSC HRSA-EMSC/NEDARC HRSA-EMSC/NRC HRSA-ORHP HRSA-Trauma/EMS NHTSA

14. This Desire… Turned into the revision of the National EMS Dataset More than just a dictionary –Why each element exists –What each element’s purpose and use –How to store and send the data –How they interact with each other

15. Overview of the NEMSIS Standard

16. Where We Need to Be EMS is one piece of a health care puzzle 911 System

17. The Data Sources NHTSA 2.2 DispatchIncidentPatientTrauma Cardiac Arrest SystemPersonnel Quality Manage- ment Outcomes Domestic Terrorism Medical Device Linkage

18. NEMSIS Overview Composed of two components: –Demographic dataset: Standardized set of data fields that describe an EMS system –EMS dataset: Standardized set of definitions describing an EMS event

19. NEMSIS Overview Both have the following: –XML (eXtensible Markup Language ) formats –XSD (XML Schema Definition) Provides the capability of moving data from one system to another XML provides the method on which data is stored XSD provides the definition and rules for a field

20. NEMSIS Overview Date of Birth –You don’t want to have people enter any data into the field. You need them to: –Complete the field –Format: MM/DD/YYYY –Range: Today’s date to 125 years ago

21. NEMSIS Overview Number of fields to be collected: Nat’l State Local List in current dictionary Mass’ List is Being Developed States/Regions set the minimum number of fields

22. Why? Portability means: –Ease of movement of the data –Commonality of the elements to be moved –Software vendors developing applications that can be used across the country Portability!

24. What Happened With The Original NEMSIS Project?

25. Success! The Standard was adopted A pilot “national” EMS database was created Software Vendors are moving to the new standard National Effort

26. The Standard Over 400 different elements to choose from –No, you don’t have to enter all for each run –Choices, choices, choices –A State’s data dictionary will be smaller A standard that will be seen throughout the country –No other healthcare provider is even close

28. Pilot National Database One of the final deliverables for the NEMSIS Pilot Project Four states with an existing data system were to provide 30k reports to Dr. Mears –Delaware –Minnesota –Mississippi –North Carolina

29. Pilot National Database Three out of four states provided data The data were combined into a common database and a query engine was built –First time that EMS data was combined from multiple states –If this could be done, then there should be limited issues with scaling to accept the entire nation

30. Software Vendors Estimated to be over 70 EMS software vendors in the nation As of March 24, twenty vendors have entered the compliance certification process –Certifications will be awarded in early June –An number of vendors are going for the Gold standard

31. States Using the NHTSA Standard

32. National EMS Database

33. Part Two The Next Steps: –Federal Support –NEMSIS TAC –Software Compliancy –NEMSIS Freeware, etc. –National EMS Database

34. Federal Support Already discussed about the Federal commitment to the new process NHTSA, HRSA, CDC have all made a financial and political commitment to the cause Here’s how…

35. Federal Support Provided money to establish a NEMSIS Technical Assistance Center –$600k year one –Possibly $1 million for Year Two –Talk about providing more money NHTSA has established a funding source for states who are making a NEMSIS system

36. Other Funding Source The Federal Register published that 34.5 million will be offered each year over the next 4 years to States –Non-competitive –$300,000 - $500,000 per application The “catch” is tying NEMSIS in with traffic crash data

37. NEMSIS TAC The TAC picked up the work at the end of the Pilot phase of NEMSIS (Sept 2005) –University of Utah received the grant –Utah contracted with University of North Carolina to continue their efforts The Goal is to collect data from States and Territories to create the National EMS Database

38. NEMSIS TAC Simple goal, complicated objectives This means that the TAC will be offering assistance to: –States –Local EMS agencies –Software developers

39. NEMSIS TAC Resources www.nemsis.org Reference Documents Communication and Public Education Maintain Dataset and XSD Development Tools Direct Technical Assistance National Database Development Other

40. www.NEMSIS.org

41. Software Compliancy On March 1, 2006, the TAC began testing software developers for compliance At the end of March there were over 15 applicants (multiple software packages too) There are two levels of compliance: –Gold –Silver

42. Silver and Gold Compliance Silver Must have the National elements Any additional elements must comply with the standard Must create the right XML/XSD files Gold Must be able to offer all of the elements found in the NHTSA dataset Must create the right XML/XSD files

43. Compliance Upon successful completion of the compliance certification, the developer and application will be posted on the NEMSIS site Always remember to be an informed customer (There is the possibility of cheating the certification process)

44. Compliance At this time, no one has been certified in either the Silver or Gold level The first ones will be posted in early June –The website can be (and is) updated on a frequently basis (i.e. daily)

46. National EMS Database 2006- Five states will be submitting data –North Carolina –Minnesota –New Hampshire –Mississippi –Nebraska, North Dakota, or Tennessee The TAC will collect the data for the NCSA

47. The TAC will also design the reporting system to extract data This reporting section will analyze data from a national, state, and local level The TAC is creating 10 report sections for the National EMS Database National EMS Database

48. The Ten Categories Data Quality Section Overall Section Times Section Medical & Trauma Section Disposition Section Agency Section Cardiac Arrest Section Delay Info Section Financial Aspects Section “Other” Section

49. The Reporting System Plans call for: –Canned Reports –User-defined Reports –Logic built into the reporting section –A quality score for each report –Multiple output formats Screen, PDF, etc.

50. Let’s Go Over the Fields

51. What is in it for You? Performance Improvement Initiatives National Trauma Registry, etc. Data Element Recommendations Massachusetts' needs

52. Performance Improvement More Money Parts 1 & 2 Changing the Business Logic –Protocol Development (Evidence-based) –Time Related Analysis & Interventions –Capability & Consistency –Dynamic Unit Deployment

53. More Money, Part 1 Situation: –Volunteer EMS need money to survive –Saw data system as an unfunded mandate Truth: –Cost of computer, printer, internet: $1,400 –Yearly cost: About $250 –Time to complete reports: Unknown cost

54. More Money Results: –EMS entered agreement with billing company –Virtually eliminated the “EMS secretary” position –It did take longer to write a patient care report –Revenue increased for the agencies –Turnaround time for $$ was faster

55. Advantages of Electronic Completeness check (edit check) –Can’t bill unless to have the information Not applicable data is hidden Electronic means closer to invoicing –Invoices should be mailed within 72 hours from the time of service* *Prehospital Care Administration, pg 386

56. More Money Pt. 2 University of North Carolina is combining their system with money from a Duke Endowment The Performance Improvement Center will analyze EMS data to determine: –What resources are needed –How much $$ an agency could use

57. Protocol Development

58. The “Total Airway Package” was the paramedics reviewing every aspect of respiratory distress and how the Delaware EMS system operated Total Airway Package

59. CPAP: Changed the respiratory emergency world in Delaware –How would you like to turn a CHF patient around in 5 minutes? –Decreased Nasal ETT attempts = More patients successfully intubated Total Airway Package

60. NEMSIS = Improved Services Mainly because: –We will have more data –We will have consistent data –We will be able to put computers to work –The local efforts will turn into national ones

61. Time Related Analysis

62. Time Analysis Averages are “old school” “Fractiles” only tell you so much Our Average Response Time is: 7.5 Minutes

63. Time Graphs Average 90% Mark

64. Interventions The same can be said about EMS interventions –We have inconsistent definitions –We have inconsistent protocols –We have inconsistent equipment –We have inconsistent way to measure

65. Example: Intubations We are interested in monitoring the percent of successful intubations completed in the field 90%86%94% 89%86%93% 88%92%91% 93%84%88% 87%91%90% 95%89%92% 91%90%84% 83%85%97% 88%87% 91%90%91% Our Data:

66. Capable and Consistent The argument has been: –“Who should say what is good for one location is good for another?” The logic has been that each EMS agency is different –Service area –Types of organization and providers –Patients, hospitals, equipment, etc.

67. Start by graphing the data: Does this tell us anything?

68. Add the Mean and Control Limits: The control limits are three standard deviations above and below the mean.

69. Deployment of Units Unit Distribution- Let the computer do the thinking -Red dots are posting locations -Polygons are response areas for each unit Software: MARVLIS

70. Track district coverage on a real time basis Deployment Software: MARVLIS

71. National Trauma Registry Currently being re-written and in the final stages Great news: About 40% of the TR dataset’s elements come from the NEMSIS dataset –Electronic highway (two-way) for data to be submitted to hospitals and back

72. Data Element Recommendation This is not an “official” list Some of the potential elements you can use from the NEMSIS dataset Let’s go over it

73. What are Massachusetts’ Needs?

74. Any Other Questions?

75. THANKTHANK YOUYOU