Title: Michael Poulin Maine Medical Center Portland, Maine
1Michael PoulinMaine Medical CenterPortland,
Maine
Michael Poulin is a Supervisor, Systems Analyst
with Maine Medical Center and has 24 years
experience in healthcare. Michael has been
involved in numerous Pharmacy and Hospital system
application implementations from a configuration
and analytical viewpoint. Michael has build a
variety of medication management related order
sets including the Insulin Comprehensive Linked
Set, highlighted here, today.
2Electronic Insulin Order Set SCM Implementation
Process and Demonstration
- Michael Poulin
- Supervisor, Systems Analyst
- Maine Medical Center
3History of Glycemic Management Project at MMC
- Initial CSSP (Clinical Services Strategic
Planning) Proposal written by John Devlin, MD
which is funded for three (3) years beginning
FY2008 - 4 Hours MD
- 20 Hours Project Manager
- 20 Hours CDE
- Year 1 Getting Insulin Right
- Year 2 Coordinate w/Outpatient
- Year 3 MaineHealth
4History of Glycemic Management Project at MMC
(continued)
- Gathered Clinicians and reviewed evidence based
practice to create guidelines. - Used CTICU/R1 and SCU as base for creating new
Insulin Management Tool - CTICU/R1 using insulin with tight glycemic
control (80 mg/dL to 120 mg/dL) - SCU using Insulin Drips (Yale Protocol)
- Vascular initiative is folded into project
5Year 1 Getting Insulin Right
- Focus Groups
- Nutrition Services - CHO diet orders
- Develop insulin order set in SCM
- Clinical Decision Support Tools
- Subcutaneous Insulin
- Intravenous Insulin
- Transition from IV to SC Insulin
- Hyperglycemic Emergencies (DKA, Hyperosmolar
Hyperglycemia) - Hypoglycemia
- Enteral Tube Feeding (ETF)
- Total Parental Nutrition (TPN)
- Patient on Glucocorticoids
- Perioperative Glycemic Management
- Other Diabetes Medications (Oral/Injectable)
Contraindications - Patient Education Survival Skills Steps To
Discharge - Hypoglycemia protocol
- Education RN, MD/DO, Pharm
- Roll out
6Project Team
- Many disciplines involved in team
- Physicians, PAs, NPs, Nurses, CNAs,
Pharmacists, Dieticians, Lab, and IS. - Team met weekly to review clinical content and to
refine processes. - Ad hoc meetings to review subsets of info, when
needed. - IS Analyst worked with team to translate the
desired clinical practice into an electronic
process.
7Project Issues/Challenges
- Changes in Clinical Practice
- Introduction of Basal, Prandial, and Correctional
dosing methodology. Simultaneously need to
eliminate Sliding Scale practice. - Nutrition orders change from Calorie Counting per
day to Carbohydrates per meal.
8Project Issues/Challenges
- Converting data into electronic process
- Complex ordering algorithms require much
analysis to assure appropriate processing of
data. - Revised electronic flowsheet to document
administration of insulin and quest to
incorporate Glucometer test results into
flowsheet - No prior experience from which to base creation
of electronic process - System limitations encountered - not always able
to accommodate request of team.
9Project Issues/Challenges
- Resource Coordination
- Resource Timelines
- Largest initiative to date utilizing SCM software
10Stop Sliding Scale Dosing(current practice using
SCM)
11Basal, Prandial and Correctional
Dosing..thinking like the Pancreas..
- Releases a continual, low level amount of insulin
- providing BASAL
- Burst of insulin in response to the rise in
glucose after a meal - NUTRITIONAL or prandial
- Pancreas responds to and corrects a rise in blood
glucose from other sources - CORRECTIONAL
12A sample Visio diagram representing one of the
many algorithms used in the programming the SCM
Order Set for Glycemic Management
13The result of all those Visio diagrams 907
pages of programming (those sheets you see
below have info on BOTH sides!)
14In Summary
- Order Set configured in SCM based upon input from
Glycemic Management team - Programming done in SCM to support the algorithms
derived from the Visio diagrams resulting in
approximately 55,000 lines of code (or 907
pages!)
15BMI Example 22 and the order set automatically
fills in appropriate BMI Range field (lt25)
16Glycemic Control Algorithm You may select a
different BMI range as needed for patient
3 Choices are BMIlt25 (TDD lt40), BMI 25-30 (TDD
40-80), BMIgt30 (TDD gt80)
17Glycemic Control Algorithm Target
glucose 90-130 mg/dl or 120-180 mg/dl
18HELP? These notes give support and clear
explanation
19Glycemic Control Algorithm? BMI done? glucose
target doneNext Nutrition Status selection
20Next selection IV to SC transition day? Answer
Yes or No
21CHECK HERE to use recommended orders
Form fields are locked and turn gray
22Hemoglobin A1c
Hemoglobin A1c result is displayed (within 6
months) If result is older than 60 days or there
is no result then a lab is ordered (as seen above)
23Diet Order
Any existing diet order will be shown here
Diet order has been pre-selected based on your
earlier selection
Nutrition Consult is automatically ordered
24IV Insulin selection
Note the Calculator icon see next slide for
functionality
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26Basal dosing
27Basal dosing
Choose your Rx agent
hover mouse over choice to read support
information
28You may type or calculate the Glargine dose here
29Dose calculator is activated with click on icon
30Basal is now set at 15 units
31Nutritional factors
- The next screen choices are pre-selected for
breakfast, lunch and dinner
32Prandial- Breakfast
The appropriate item is checked based on BMI and
previous selections
33Prandial- Lunch
34Prandial- Dinner
35Correctional
hover mouse to read support information
36Meals
Bedtime
37Hypoglycemia protocol
38Nurse to physician orders
39When you want themOral agents
40Click insulin algorithm to view selection summary
41Click OK to process
42Submit and you are finished
43A section of the Orders tab once order set has
been submitted.
44Documentation Form for Prandial Dose (SCM eMAR)
45SCM Glucose Management Flowsheet indicating
documentation of Prandial Dose of Insulin
46and more selections available on Glucose
Management Flowsheet
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