The Ambulatory ICU
Posted on by CATALYSIS
(Fig.1). Example of a care delivery value stream
ThedaCare required the customer to participate in this value stream so both parties would be completely in agreement as to what the goals were and how success would be determined. The purpose of value stream mapping is to clearly understand the set of steps necessary in delivering a product to a customer. The value stream is always focused on the customer with the intent to provide the least wasteful way of delivering a service. ThedaCare had never done a value stream for a new product with an employer customer before. It was unclear if this would work, especially since the stakeholders on the employer side had never participated in this process. It was critical to choose teams representing the multitude of stakeholders in this process. The team from the business coalition included human resource specialists, healthcare providers from the companies, the business coalition director and project manager. In addition the third party administrator data analysts were included as part of the coalition's team. Finally, an internist and emergency room doctor from the existing market also agreed to participate. The ThedaCare team was represented by a business development person, pharmacist, lean facilitator, two physicians, a project manager and an electronic health records specialist. Since the coalition had very little experience with lean or the Toyota Production System, the sensei — otherwise known as teacher — designed a three-hour education component to get the group started. In this case, the group studied the set of processes that would deliver improved clinical care to a group of patients with coronary disease and diabetes. This was chosen as a focus since many of the coronary patients had Type 2 diabetes as their underlying diagnosis.
The first day of the value stream documented the present situation in the market. This map pointed out there was tremendous fragmentation in the market with little electronic connectivity. There was poor communication between providers and multiple studies commissioned by the business group had shown significant over-utilization in the commercial population. These studies were supported by data from the Dartmouth Atlas as well, which showed this market to be the least efficient market in the state in resource utilization in the last two years of life of Medicare beneficiaries. Clearly, there was a significant opportunity for improvement and although it was difficult to quantify, 20% to 40% of $93 million being spent every year was in the ballpark of the potential.
In the second day of this exercise, the group began to deeply understand the patient population. There were approximately 10,000 patients with these diagnoses. A large picture of a funnel was created to understand how these patients might be identified for intervention. There were basically five ways of identifying the population. The first was through claims using medication records. This would allow us to identify the diabetics, which could then lead us to the patients with coronary disease. The medication claims might also help us identify the employees with coronary disease by determining if they were on cholesterol lowering drugs. A second way to identify this group was through lab data. The insurer who acted as the TPA for this coalition had developed a tool to identify chronic disease patients who were not meeting the goal of blood sugar or cholesterol control. A third mechanism was the use of HRA (Health Risk Assessments). Many of the employers were already having employees complete an HRA so that would be one way to obtain the information. A fourth way of determining the patient population was simply by having the patients identify themselves. This would require significant work on the employer's part in terms of educating and communicating with their employee population. Finally, the patient's primary care physician could identify the patients needing intervention if they had confidence in the new process.
Each one of these avenues for identification would require a dedicated process with a specific owner for it to happen. This would be part of the implementation infrastructure required. The other infrastructure would involve the actual clinical process itself. The mapping of the clinical process required the help of a number of clinicians. These people came half from the marketplace in question and half from ThedaCare. The group mapped out how this ambulatory care process would be different than what existed in the current market with s focus on eliminating the issues that had caused such inefficiency. In addition to understanding how to identify these patients, the group also needed to set some criteria as to who really needed to be seen in this intensive clinic. The clinicians set very specific quality goals. These included a blood pressure measure of 140/80 or above, A Hgb A-1C of greater than 8.0 and an LDL cholesterol of greater than 130 mg/dl. It was decided that these were the patients most likely to be very costly over the next two years and where an A-ICU could make the biggest difference in total cost avoidance.
As noted above, the patients would be identified by several different mechanisms. But once identified would need to be educated as to the fact the A-ICU existed and why it would be of benefit to them. No solutions were agreed to, but examples of financial incentives that were discussed included eliminating any co-pay the employee paid. Free supplies for diabetic management and no drug co-pays were considered. The goal was to have no barriers for patients to access this care.
Once recruited, the patient would require a different experience for the A-ICU to be successful. The map of the experience was completed on the third day. This was completely different than the initial state. Unlike a usual clinic where the doctor is paid on the number of patients seen and procedures completed, in this case the doctor would be salaried and the incentives would be based on health outcome improvement and total spend reduction. The clinic providers would be focused on doing the right things rather than just doing things. It was clear that a lot of focus needed to be placed on education. Stealing concepts fromThedaCare's experience with the redesign of inpatient care a pharmacist, diabetic dietician, nurse educator and social worker would all work as a team to improve each employees' health. In fact, the first visit would be designed to include the whole team who would develop a single care plan for the patient. This plan would drive future visits and any needs the patient might have. Providing 24-hour access to medical personnel was another basic component of the care since that would diminish unnecessary emergency room use. This part of the plan could be accomplished by the call center ThedaCare had already established. The call center, which is called ThedaCare On Call, uses evidence-based guidelines to advise patients 24 hours a day and getting the patient to an appropriate caregiver if necessary. The design also included a “patient advocate” who could be a nurse, a dietician or a pharmacist. Each patient would be assigned an advocate who would know the patient's case and carry a beeper 24 hours a day to answer questions. These are just a few of the differences between existing care in the market and what this focused clinic would do.
From a financial perspective, the design was radically different as well. The doctors were not getting paid on a fee-for-service basis, but instead were paid on a salary with no incentive to over utilize. In order to determine how this model was performing vs. traditional care, an administrative process was set up to compare the two. This was designed so the biller would create a dummy bill for each A-ICU patient. The patient would have no financial responsibility for the bill, but it would go to the TPA so that analysis could be done regarding the total cost of care. It was felt that not all the targeted patients would sign up to be seen in the clinic and the ones that didn't would act as the control group from a cost standpoint. The team would compare the total cost of care in both groups and if the new process was successful it should produce a lower total spend.
One of the problems with this model was that the patients using the clinic for heart disease or diabetes care might also have other complaints that needed to be worked on. The solution here was to send a live bill for a diagnosis that was other than heart disease or diabetes. For example, if the patient injured a knee that would be treated outside of the process for which they had signed up. The clinic wouldn't turn them away, but the employer would have to pay for anything outside of the targeted diseases.
A business model for the clinic was developed which included the afore mentioned staff and simple clinical space. The initial intent of the business coalition was to fund the clinic as a stand-alone expense. This was designed assuming there would be significant savings with the new model of care and the employer would benefit depending on the magnitude of these savings. Once the start-up expenses were covered for the clinic, a 50/50 split of the savings would be shared between ThedaCare and the coalition. A proforma was developed for the clinic, which estimated the cost would be about $900,000 for the first year of operations. This would include a full-time physician, nurse and diabetic educators, part time pharmacist, social worker and full-time administrative staff to manage the people and accounting processes.
The key to the success of the model was the number of patients seen. The proforma (fig.2.) showed the employers would save nothing if 500 or fewer patients were seen. The savings increased significantly as when more than 500 employees participated. If a 1,000 patients were seen, a million dollars of savings could be achieved, which increased exponentially after that. Most of the clinic's cost is a fixed expense that is required to deliver the new clinical process. This is why it was imperative to have a large enough volume of patients to drive enough savings to offset the expense.
Year One Reimbursement Model Example
Minimum Participation of 500 Pts Achieved | Minimum Participation of 500 Pts NOT Achieved | |
---|---|---|
Active Participants | 1,000 | 450 |
Annual Gross Savings($4,000/member/year) | $4,000,000 | $1,800,000 |
Annual Operating Expenses** | $1,100,000 | $1,100,000 |
Savings Less Expenses | $2,900,000 | $700,000 |
Minimum Savings to BHCG | $300,000 | $0 |
Net Savings (Gross Savings - Ops Exp - BHCG Min) | $2,600,000 | $700,000 |
Net Savings Split 50.50 Share Payout to BHCG Share Payout to ThedaCare | $1,300,000 $1,300,000 | $350,000 $350,000 |
Total Payout BHCG ThedaCare | $1,600,000 $1,300,000 | $350,000 $350,000 |