Intensive Care
Conditions
Keywords
Resource utilization, intensive care unit
Brief summary
To investigate the effects of the availability of daily patient-related charges on ordering patterns of health care ordering providers and cost containment in the Intensive Care Unit (ICU) setting.
Detailed description
Ordering providers include resident, fellow and attending physicians, as well as mid level providers such as Nurse Practitioners (NP's) and Physician Assistants (PA's). The investigators have developed a dashboard that displays both daily and cumulative charges related to laboratory, pharmacy, radiology, and other services for all patients admitted to Vanderbilt ICU's. Using this dashboard an ICU ordering provider is able to see not only the total daily charges for the previous 24 hours, but also the sum of all charges for that patient's current ICU admission. In addition, a snapshot overview tab is available for each patient that displays a day by day trend of the overall charges of the ICU stay for the patient, top 5 most expensive lab/radiology/pharmacy charges, previous 24 hour charges, and the total ICU number of chest x-ray, Complete Blood Count (CBC), Basic Metabolic Panel (BMP), Electrocardiogram (EKG), and Arterial Blood Gas (ABG) charges to the patient. The ordering provider is able to query the database of the dashboard for information regarding individual laboratory and drug charges, as well as view trajectory of total charges for a given patient. This dashboard allows for unprecedented transparency regarding the cost of care for patients in an ICU. Patients are identified in the dashboard by Medical Record Number (MRN), ICU bed, and initials only so as to protect their identity. AIM 1: To evaluate the effects of introducing charge transparency to ordering providers via a charge dashboard and associated printed synopsis on average charge per patient per day in the Vanderbilt ICUs. We intend to study the effect of charge transparency to ordering providers on average charge per patient per day by conducting a prospective, self-controlled by unit, multiple cross-over trial. We will divide the study period into four 12-week blocks with two blocks of charge transparency and two blocks of no transparency. Each unit will be assigned to alternating blocks of transparency and no transparency during the study with each unit on the same schedule so as to prevent cross contamination. For months during which access is granted, all ordering providers in the study ICU will be granted access to the ICU charge dashboard following a brief orientation. In addition a password protected, unit specific iPad will be provided to each study unit. The iPad will enable point of care access to the patient specific snapshot information, as well as easily incorporate the dashboard information into clinical care. AIM 2: To evaluate the effects of utilization of a charge dashboard on ordering patterns of providers and cost containment in the Vanderbilt ICUs. In addition to studying the effect of charge transparency on patient ICU charges, we also intend to study the effect of charge transparency on resource utilization, namely routine laboratory and radiology tests. As surrogate markers for routine laboratory utilization we will measure average number of Comprehensive Blood Count (CBC) and Basic Metabolic Panel (BMP) tests per patient per day, and as surrogate markers for routine radiology utilization we will use average number of chest x-rays per patient per day.
Interventions
BEHAVIORALCharge Transparency
Providers caring for patients in the Charge Transparency cohort will be given access to patient specific charge data on a daily basis via an interactive dashboard which allows for full charge transparency to patients admitted to the Vanderbilt ICUs
Sponsors
Vanderbilt University
Study design
Observational model
COHORT
Time perspective
PROSPECTIVE
Eligibility
Sex/Gender
ALL
Age
16 Years to No maximum
Healthy volunteers
No
Inclusion criteria
* All patients admitted to the Vanderbilt University Medical Center Cardiovascular, Surgical, Burn, Medical and Neuroscience ICUs will be included
Exclusion criteria
* There are no
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Average charge per patient per day ($) | 12 week block | Sum hospital charges for each study unit during the 12 week block will be divided by total number of patients admitted to the study unit during that time, and again by 84 days to obtain average charge per patient per day in the ICU during the study period for each cohort. |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| Average number of Basic Metabolic Panels per patient per day | 12 week blocks | Sum total of basic metabolic panels for each study unit during the 12 week block will be divided by total number of patients admitted to the study unit during that time, and again by 84 days to obtain average number of basic metabolic panels per patient per day in the ICU during the study period for each cohort. |
| Average number of complete blood counts per patient per day | 12 weeks | Sum total of complete blood counts for each study unit during the 12 week block will be divided by total number of patients admitted to the study unit during that time, and again by 84 days to obtain average number of complete blood counts per patient per day in the ICU during the study period for each cohort. |
| Average number of chest x-rays per patient per day | 12 weeks | Sum total of portable chest x-rays for each study unit during the 12 week block will be divided by total number of patients admitted to the study unit during that time, and again by 84 days to obtain average number of chest x-rays per patient per day in the ICU during the study period for each cohort. |
Outcome results
None listed