Climbing Mont Blanc

Retreat from the Matterhorn,

Redemption on Mont Blanc

Mont Blanc

Voie Royale Route

15,782 feet, 4,810.45 meters

July 25, 2012

         

Mont Blanc – the great White Mountain

(note climbers approaching the emergency shelter)

“This is the way the climb ends

Not with a bang but a Whymper.”

With apologies to T.S. Eliot

Goodbye Matterhorn, Hello Mont Blanc

Edward Whymper got it done, but we did not. We were victims of the weather and route conditions, with nothing to do but hang around Zermatt, do a little climbing and the Gornerschucht, a combination of canyoning and via ferrata just uphill from the town of Zermatt. The Gornerschucht is a great little route built by the local guides for use by guided parties only – built in a spectacular water-polished soapstone canyon. The route was a type of Disneyland for climbers and geologists, including Tarzan swings, zip lines, and some spectacular soft-rock geology – but it was not the Matterhorn.

Miles assists Alton in the Gornerschucht Tarzan swing, with Liz and Mark supervising

Post- Gornerschucht lunch spot

We did spend one day before we departed climbing the lower portions of the Matterhorn on the Hornli Ridge Route, and really enjoyed the experience. There was no one on the mountain – clearly everyone was waiting for the trail to come into condition – a few days after we were long gone.

Looking down the Hornli Ridge Route on the Matterhorn

Alton on the lower parts of the Matterhorn

Off to Chamonix and Mont Blanc

With the Matterhorn out-of-reach, I was clearly focused on the next (and final) objective – Mont Blanc. I rode over to Chamonix with one of our Matterhorn guides, Miles Smart, who gave a focused and interesting running explanation of the climbing and skiing opportunities along the way during the 1.5 hour trip. Chamonix is a larger and slightly downscale version of Zermatt, with Mont Blanc hanging over the town like a great white specter. Chamonix was host to the first winter Olympics in 1924 and has a long history of extreme mountain sports including climbing, skiing, para-gliding, mountain biking, and most recently flying via winged suits – a uniquely high speed and dangerous proposition.

Chamonix and Mont Blanc at dusk

Heading up the Hill

I had made arrangements to climb with Matt Farmer (aka simply Farmer), one of the guides from the Zermatt portion of the expedition. Farmer is a fellow geologist, a resident of Chamonix, and is engaged to a recent Dartmouth graduate – we had a lot to talk about. The prospective climb up Mont Blanc involved the better part of three days, with two nights on the Mountain in Refuges (huts), and started, as most climbs here do, with a combination of cog railway and aerial tramway lifts to get up on the Hill.

Chamois on the way to Refuge de Tete Rousse

Mont Blanc (La Dame Blanche or white lady) is the highest mountain in Western Europe, the 11th most prominent in the world, and may be the tallest in Europe – depending on your view of the Kuma–Manych Depression in Russia. In any event, the Mont Blanc massif is a big pile of very hard granite, with a variety of meta-sediments on its flanks. The mountain was first climbed in 1786, and is owned jointly by Italy and France. It is climbed by at least 20,000 people per year, and gives rise to a large number of deaths due to exposure, falls and avalanches – the most recent being the tragic avalanche on July 12th that claimed the lives of at least 9 climbers.

We spent the first night at the pleasant Refuge de Tete Rousse (the red head hut at 3,187 m), followed by a reasonable start at 4:00 am, and the push up the Gouter to the Gouter Refuge (3,817 m). The climb between the two huts is pretty much a scramble (equal in elevation gain to climbing the Grand Teton), accentuated by the sheer terror crossing the Gran Couloir, as an errant group (significantly off route) above us released a small torrent of debris from above.

The Gran Couloir – prone to debris falls - a sporting crossing in the dark

The Gouter Refuge is an absolute pit, and is being replaced by a space age looking structure. This has been a multi-year, multi-million dollar project, and is eagerly awaited by guests and crew members alike. In addition to a vastly expanded use of solar power, the new Refuge will have environmentally friendly composting toilets, replacing the old and malodorous “long drop into the Couloir” toilets that have been used for decades at the old hut.

The new & old Refuges du Gouter

Climbers exiting the old Refuge du Gouter & headed up Mont Blanc

The climb up from the Gouter Refuge was sunny, lovely, but a very long slog. Farmer did a great job keeping the show moving forward, and we were on the summit more or less on schedule, and back to the Gouter Refuge in time for a late lunch omelet, enjoyed amid the cacophony and tumult that is Gouter in the afternoon.

The long slog up Mont Blanc from Dome du Gouter

The Refuge du Gouter is the evil twin of the charming huts around Zermatt. It is overcrowded, chaotic, charmless and expensive. Adding to the misery, a thunderstorm blew in just before dinner, and the place filled up with dozens of people violating all of the rules, including two brazen scofflaws who proceeded to fire up their cook stove to make their dinner on the wooden floor – absolute mayhem.

Sleeping on the tables at the Refuge du Gouter

The beds were tiny, the crowd irascible, and I was very glad that I was headed down and not up with the 2:00 am crowd as it headed out into the fog and up the Hill. By the time that I got up at 6:00 am, many of the early climbers were back – having abandoned the climb in the fog. We were out the door, and headed back down to the valley by 7:00, and arrived in time for a much needed lunch back in Chamonix.

On balance this was a great trip, and I got to know some terrific new people. Not getting a chance to climb the Matterhorn was a disappointment, but the climbing around Zermatt was like nothing that I had done before – a real treat. The guides were great – both on and off the mountain – and I’m already planning a reprise. In the words of “Old Arnold” “I’ll be back”.

Shown below are some photos that didn’t make earlier publication, that I thought were worth a look.

Bill and Mark on Breithorn

Wes & Miles on Breithorn

Farmer & Wes on Mont Blanc

Alton & Craig on the via ferrata in Zermatt

Wes at the World’s highest opium den – the emergency shelter on Mont Blanc

A climbers grave in Zermatt

Adios from Mont Blanc

 

Climbing the Matterhorn with International Mountain Guides (IMG)

Matterhorn Climb with International Mountain Guides (IMG)

Zermatt Switzerland

July 19, 2012

Riffelhorn, 2927 meters, July 15th

Rimpfischhorn, 4199 meters, July 17th (scrubbed at 3,750 due to wind)

Pollux, 4,092 meters, July 18th

Breithorn, 4,164 meters, July 19th

           

The Matterhorn from the Rifflelhorn

The Matterhorn and a trip to the Alps

After a great trip to the Grand Teton with friends last summer, I really got a taste for big mountain alpine climbing, and set my sights on a trip to Switzerland and a try for the Matterhorn. I hadn’t been in the Alps for any climbing since 1975, and memories of that trip were long faded to sepia. I really had no idea what I was doing, but set my sights on a Matterhorn expedition through International Mountain Guides (IMG), an outfit with a great reputation, but previously unknown to me. Some coaching from the folks at IMG got me into some rock climbing training on Mt. Washington with the team from Eastern Mountain Sports, and I’m really glad that they did – these mountains are really big – and involve an awful lot of diverse alpine skills.

I arrived in Zermatt on one of the wildly idiosyncratic but beautifully engineered Swiss trains (cog railway), directly into Zermatt from the Geneva Airport. Zermatt has been the center of Swiss alpinism since Edward Whymper and his team first scaled the Matterhorn in July of 1865 with a 7 person party, four of who died in the descent. The disaster led to a rush of tourism (fairly ghoulish) which continues to this day, with the rope that failed in the tragedy still on display in the local museum. Zermatt is now home to the quite money of the rich and famous, but retains an amazing civic commitment to its humble agrarian roots. The town is full of ancient farm buildings which are still in used, juxtaposed to very high end condos and ski lifts.

Loading Hay in Downtown Zermatt

The Alps and the Matterhorn – Young Mountains of Mixed Origin

The Alps are a very young mountain range, caused by the collision of the African and European Plates beginning about 30-50 million years ago, and continue to grow vertically at a rate of 1mm to 1cm per year. The Alps are a strange mixture of these two plates, e.g. the rock that forms the top of the Matterhorn is actually an isolated piece of the African plate. The rock mixture includes metamorphic rocks from the deep crust, and relatively undisturbed limestone sediments. In the Zermatt area the rocks are a mixture of Gneiss and serpentine schist – which is really pretty rotten and soft. The altitude and glaciation have produced some spectacular vertical cuts – which produce frequent and highly undesirable rock falls.

The Matterhorn is an erosional remnant – albeit a spectacular one – composed of this soft rock. It sits alone, capped by the relatively harder African rock, isolated from its neighbors. From an esthetic perspective, it is spectacular, and like a fading starlet seems to end up in every photo. The faces of the mountain are particularly unstable, and most of the climbing routes run up the ridges. The mountain is taller than almost of its neighbors, and its height, together with its isolation, creates a magnet for bad weather. The mountain has been un-climbable for normal humans (super-human climbers excluded) since we arrived, due to the persistent snow and wind from the storm that produced the avalanches on Mont Blanc 10 days ago. We’ll see how things progress in the next several days.

The Team

Mountaineering is very much a team sport – albeit one with relatively fluid teams and requirements. We have 5 climbers in our group; Mark, a rock climbing entrepreneur from Dublin Ireland; Craig and Alton, two attorneys who are authentic Sons of the South; Bill, an eye surgeon from Washington State; and me – and every one of these guys is in great shape and loves to climb. The guides include 3 very experienced American friends – Matt Farmer, Liz and Miles Smart (married) – all of whom live in Chamonix and have guided for years. The IMG guide team is by far and away the best that I’ve ever climbed with – with both on and off mountain skills necessary to make this a successful venture. The guests are a pretty high powered lot – and consist of a bunch of guys each of whom is used to being in charge – a management challenge for sure for the guides.

 

The Team preparing for the first climb

The Warm-up

Our first day was a warm up rock climb on the Riffelhorn – a hunk of relatively hard rock cut into a spectacular rock face by the glacier coming off Monte Rosa. The day was sunny, warm and absolutely delightful. Liz, a native of Aspen CO, managed to get me up the 7 pitches to the summit without incident.

Liz & Wes on the Riffelhorn

The next day – Monday – included a little Via Ferrata – which is a section of steel cables, steps and ladders attached to a rock face to allow people of mixed climbing skills to access very difficult rock – and a trip to our first hut, the Fluhalp. Via Ferrata was first used by the Italians, in WW I for the transport of troops through the Dolomites and has morphed into a Disneyland for alpinists. Huts in the Alps vary widely, but the Fluhalp Hut is more like a 3 star hotel that you walk to. The food was great, the views spectacular, and the decorating over the top.

Alton relaxing in the Bordello section of the Fluhalp Hut

Mark on the deck of Fluhalp at sunset

The Tuesday’s objective was the Rimpfischhorn, a 4,199 meter peak about 5 miles away. This involved a 3:00 am start, and the walk went from alpine pasture to climbing a glaciated summit. Along the way the wind picked up tremendously, and we had to scrub the climb on a rock ridge at 3,750 meters. On the way back down we stopped back at the Hut for a plate of rosti – a Swiss dish of fried potatoes augmented with sausage, ham, cheese, egg – whatever. Each plate contained at least 1,500 calories – but we had clearly burned at least that much, and the taste was something out of this world.

Frustration on the Rimpfischhorn

A plate of Rosti – low calorie Swiss hiking food

Following an evening back in Zermatt, Wednesday was a climb of Pollux, and a whole lot of fun. This was our first successful 4,000 meter summit as a team, and it involved glaciers, rock climbing in crampons and a little help from a stature of the Madonna located very near the summit.

 Liz and Craig with the Madonna near the summit of Pollux

The exit off Pollux was down the glacier to a Hut in Italy – locally called Refugios. The setting was spectacular, and the food was terrific. While the hut did not include the singular decorating touches of the Fluhalp, the bathroom had the most spectacular views of an icefall of any bathroom in the world – I’m sure of it.

The Team at Pollux Summit

Icefall from the Refugio toilet

Thursday was the climb of Breithorn, and the most fun of the trip to date. We got a mercifully late 5:00 am start, and headed out onto the glacier. We crossed below the icefall – feeling like a pin in a bowling alley – and headed up to the rock. The climb was a spectacular rock climb along a ridge which had a fairly exposed cornice near the top. This was rock climbing in crampons at its best, and I had a blast climbing with Miles. We summited into some high winds, and hustled down to get back to the lift into the valley before a wind close – you have to love the accommodations of climbing in the Alps.

The Breithorn

Wes having fun on the Breithorn

Characters along the way

Ulrich Inderbinen

Ulrich Inderbinen – the soul of Zermatt

You can tell a lot about a place by the people it honors, and Zermatt honors the memory of Ulrich Inderbinen – 1900 – 2004. Ulrich was a simple man and mountain guide who first climbed the Matterhorn in 1920 with his sister Martha – with her wearing street shoes and a dress. He lived his whole life in in a house that he built himself in 1930, and heated with wood that he cut himself until the age of 102. He climbed the Matterhorn over 300 times, the last one at the age of 90. He finally retired from climbing at 95, when he felt that he couldn’t keep up the pace anymore. He is an authentic local hero, and everybody here seems to know his story. Ulrich embodies the respect for a simple agrarian/mountaineering heritage in the impossibly complex and highly engineered environment that is Zermatt today.

The Route and the Weather

As you can see from the photo below, the Hornli Ridge route (the center ridge in the photo) is still snow covered, and the weather is supposed to degrade over the next couple of days into storms of snow, rain and lightning. It will be disappointing if we don’t get up the Matterhorn this trip, but this is a famously difficult Mountain relative to weather, and you can’t tempt the mountain Gods. Stay tuned.

Adios from the Matterhorn

Decreasing Complexity, Improving Quality, & Reducing Cost in Oncology Care

Decreasing Complexity, Improving Quality, & Reducing Cost in Oncology Care 

Wes Chapman, President & CEO

PCD Partners, Inc.

June 24, 2012

Introduction

The U.S. healthcare system is the most expensive in the world, yet comparisons with other industrialized countries show that it does not produce the best outcomes, either in patient expectations or in life expectancy. While the high costs do reflect the frequent use of advanced medical technologies, they also indicate the presence of waste, inefficiency, duplication, and unnecessary services. This is even more the case in the Medicare/ Medicaid system, which is plagued by a high incidence of fraud. Three underlying problems contribute to this situation:

  • The Fee-For-Service payment system (FFS), which has resulted in healthcare billing procedures that account for as much as 15% of total healthcare system costs.
  • The division of healthcare into primary care and specialty care, which has led to the creation of treatment and billing silos. This division negatively impacts the patient experience as well as the quality and cost of care.
  • Medical treatment and medical fees that are not tied to outcomes – that is, the quality of treatment as experienced by the patient has little bearing on the bill – which provides no incentive for improvement.

Recently, the Centers for Medicare & Medicaid Services (CMS) have instituted a Bundled Payment initiative (BPI) that offers a direct opportunity to address these problems. As proposed, however, the BPI is flawed as a tool for oncology applications, primarily due to its focus on the Diagnosis-Related Groups (the DRGs) as a basis for specifying incidents of care, and therefore costs. With several adjustments, however, bundled payments, coupled with new patient centric care plans can provide an effective solution that will reduce complexity, waste, inefficiency, and costs, while at the same time improving objective care delivery, clinical outcomes, and the oncology patient experience.

The Core Problem Areas

Fee for Service

The Fee-For-Service payment model that currently predominates in health care has led to a treatment-centric practice rather than a patient-centric practice. As long as they can document that a given service was performed, hospitals and physicians get paid. The results of the service are not part of the calculation. This encourages physicians to prescribe more procedures, including many that are unnecessary or of limited value to either doctor or patient. The result is an increase in waste and expense, with no increase in benefit to the patient.

Fee-for-Service has also led to the development of extremely complex billing and bill-tracking systems that are expensive to operate and are open to both error and fraud.  At the core for oncology, the fundamental problem is that oncology is a complex disease, requiring the effective interaction of numerous specialists who operate in a system that normally does not provide any method for integrated care planning and/or delivery. The result in most cases is uncoordinated and unplanned care. Worse still, there is virtually no method to integrate either patient preferences or documented evidence-based best practices into the system. The result: high costs, poor outcomes, disenfranchised patients, and operational chaos.

Referral Mess Cycle 2 System HIT Solution 1 Parrallel Care Patterns Plan Directed care

Treatment and Billing Silos

The division of healthcare into primary care and specialty care has led to the creation of treatment and billing silos. This has serious impacts on the patient experience, the quality of care, and the cost of care. Consider the case of patient Jill, who is diagnosed with metastatic colon cancer. Jill will need care from a large group of specialists – including medical oncology, radiation oncology and surgical oncology – in addition to a huge variety of diagnostic labs and diagnostic imaging. In most cases, these specialists operate on a referral basis, with limited information exchange and no planning. There is absolutely no way to ensure that Jill’s desires for quality of life are respected across all of the provider groups.

The Patient Experience

Patients with acute medical needs, like Jill, become physically and professionally separated from their primary care physician (PCP) and the local clinic or hospital that serves as their “medical home.” They’re forced to travel varying distances and deal with serious medical conditions without the personal connection and advice that would help them make the most informed and appropriate treatment decisions. While the specialist may have a highly experienced team, they won’t know Jill’s medical background or her level of knowledge and comfort. Jill probably won’t know what questions to ask nor understand who or when to ask. She won’t know when things are going right or wrong. The reverse occurs when Jill returns to her medical home for post-treatment care. The personnel there won’t know exactly how she was treated or the best way to deal with the specific complications or comorbidities that could arise from her treatment.

In the case of oncology, patients are often faced with very difficult choices and very poor prognoses from the initial diagnosis. Ensuring that patients understand the reality that they face and the actual choices available to them is currently impossible in most clinical care settings. Assuming that the patient chooses extensive treatment, there is typically nobody in the system actually responsible for that patient’s overall care and comfort.

Quality of Care

The value of specialization is usually an increase in quality of outcomes, because specialists get lots of practice. The literature is very clear that, more than any other single factor, experience – of both the provider and the medical center – determines the success or failure of a medical procedure. Birkmeyer et al. concluded, in a 2003 paper in the New England Journal of Medicine, “For many procedures, the observed associations between hospital volume and operative mortality are largely mediated by surgeon volume. Patients can often improve their chances of survival substantially, even at high-volume hospitals, by selecting surgeons who perform the operations frequently.” (N Engl J Med 2003;349:2117-27) These findings have been replicated many times.

In the case of people like Jill, however, the requirements for multi-specialty care swamp the patient’s ability to understand care interactions and effectively self-direct care. The result puts the patient in the center of potentially conflicting specialists, with no information or support, in a period when they are physically weakened and emotionally highly stressed. It hardly seems fair – and it is a recipe for chaos and wild cost overruns.

Cost of Care

Specialists, having no working relationship with the PCP or the medical home, often duplicate many of the diagnostic tests, which wastes time and increases costs. The reverse occurs when Jill returns home for post-procedural care. Her PCP may well ask for tests that have already been done or that are not needed. Meanwhile, both the medical home and the specialty acute care hospital deal with fees and billing in isolation, following the wasteful FFS model.

Treatment and Fees Disconnected from Outcomes

The quality of treatment as experienced by the patient has little bearing on the bill. In fact, the quality of the medical outcome is seldom related to the bill. Barring a malpractice suit, there are no warranties on healthcare. Key to this is the fact that there is no clear definition of quality that satisfies all the affected parties. Patients have no idea what the rational expectations for service outcomes are. Nobody wants to get sick, old, or die, and we have developed the ethos that modern healthcare can fix all of that. It cannot – not at any price.

CMS has dodged the question of defining quality of outcome, relying instead on “process metrics” as a surrogate for real specifications. There is some sense to this, for it relies on a definition of quality that integrates the system producing a product or service with its value to the customer: Quality is the ability to deliver, through a consistent and efficient system, a product or service that meets or exceeds a customer’s rational value expectations. This captures both the necessity of price considerations and the operational characteristics of the system involved, tying both to the customer’s (i.e., patient’s) expectations.

Now add to this the fact that the current billing and payment systems merely seek proof that a particular service was performed, not that it was needed or was performed well, and you can see that there is an institutionalized financial disincentive to clearly define quality. The result has been to institutionalize waste, inefficiency, and the increased costs that result.

Movement Toward a Solution

Best Practices and Process Metrics

Over the past two decades, medical specialty organizations have developed catalogs of evidence-based best practices, clearly defining the appropriate procedures required to deliver each. The best practices are linked to specific medical conditions through the standard diagnostic codes (ICD 9/10). At the same time, the Agency for Healthcare Research & Quality (AHRQ) has developed an extensive list of process metrics for healthcare, inspiring many medical specialty organizations to do the same.

This combination of best practices related to clearly defined diagnostic codes and to process metrics provides a way to move from Fee-For-Service to a pricing model that fits the disease. Instead of a grab-bag of procedures, the physician and patient can choose from several appropriate treatment plans that are clearly defined best practices. The process metrics provide clear documentation that the chosen treatment plan was followed and therefore payment is due. We move from profit-centric to patient-centric treatment, while still providing appropriate payment levels.

The Oncology Specific Bundled Payment

The BPI, launched by the CMS in August of 2011, provides a second component necessary to move away from the FFS model. Though it is flawed, it points the way. Under the BPI, the medical silos are broken open. Treatment plans can span a complete episode of treatment, from diagnosis through specialty treatment to rehabilitation and, if necessary, palliative care. With adjustments to the BPI, the patient’s PCP and medical home can become a part of the treatment plan, through co-management agreements with the ACH that provides the specialty care. Note that the patient, supported by the PCP, becomes an active, informed participant in the treatment decision-making process.

As we described above, every stage of the treatment plan can now be based on clearly defined best practices. A refined payment bundle aligns with both the best practice treatment plan and the co-management agreement, spanning locations as well as medical specialties and procedures. The payment bundle specifies the total to be paid for the entire treatment plan, and the various participants each receive their appropriate portions as specified in their co-management agreement. The payor processes one item, the bundle; the payee deals with sharing it out.

The Combined Effect

Process metrics, which can now be applied to every part of the treatment plan, indicate that it was not only completed, but was completed properly, which will be a key requirement for payment. In addition, the process metrics also allow for continuous quality improvement.

While still complex, the medical treatment process for each episode is now more defined and therefore more easily measured. Continual measurement paired with regular re-evaluation allows patient and provider to decide if the expected outcomes are being achieved. If not, the treatment plan can be adjusted to achieve the most appropriate outcomes, again using best practices, and adjusting the payment bundle to reflect the change in treatment. In this way, the best practices can also be adjusted and improved.

Process metrics and continual quality improvement have the combined effect of improving efficiency, reducing errors, and reducing waste – all of which will reduce costs – while also improving medical outcomes and patient satisfaction. The simplified billing and payment systems associated with defined best-practice treatment plans and bundled payments should also reduce error and inefficiency, which will not only reduce costs but also greatly reduce the opportunities for fraud.

 

Required: A Patient-centric Care Plan with Timely Information and Process Control

Central to success in this problem are: 1) the ability of different care providers to form a defined team to design and implement a patient-oriented care plan, based in documented best practices, with documented patient involvement and education; 2) the ability to share information regarding the patient and the execution of the plan across diverse EMR’s and related systems in different venues; 3) the ability to track the execution of the care plan by all participants – including the patient – and provide documented adherence or rationale for variance from the plan; 4) the ability to update and adjust the care plan based on outcomes – i.e., the ability to reset as needed; and 5) the requirement that all providers respect the life choices and treatment requirements of the patient.

This is hard, but it can be done, and no realistic bundle in oncology can be put in place until it is.

Charting the Waters – Oncology Bundled Payments

PCD Partners is currently managing a pilot project designed to test the solutions outlined in this white paper. The Care Enhancement Pilot Project (CEPP) is focused on a patient population of geographically isolated adults and seniors with cancer in Vermont and New Hampshire. This is an underserved rural population whose medical homes are small critical access hospitals (CAHs), federally qualified health centers (FQHCs), and similar clinics, but who need oncology care from a specialty center that is not local.

This population was chosen not only for its level of need, but also because their diagnoses allow us to define oncological treatment plans that span the total episode of care, cross venue and cross specialty, with corresponding payment bundles accepted by the state agencies involved in distributing payments. These plans can involve a mix of diagnosis and screening, chemotherapy, radiation therapy, surgery, post-operative care, inpatient, and outpatient care, rehabilitation, palliative care, and hospice care. In each case, the PCP at the medical home is able to oversee the entire episode of care, simplifying the process and creating continuity, which will lead to improved patient convenience and satisfaction.

The model utilized by the CEPP is expected to: 1) improve patient education and experience, 2) improve clinical outcomes through the use of and adherence to clinical practice guidelines, 3) improve objective care delivery through utilization of process metrics, and 4) reduce costs. This will be achieved through the following program goals:

1) The implementation of clinical pathways and protocols that extend across multiple venues. Treatment is provided between Northeastern Vermont Regional Hospital (NVRH) in St. Johnsbury, Vermont and affiliated FQHCs from Northern Counties Health Care, the Norris Cotton Cancer Center (NCCC) at the Dartmouth-Hitchcock Medical Center (DHMC) in Lebanon, New Hampshire, and the NCCC facility in St. Johnsbury, VT. The CEPP builds upon an existing program – the Vermont Payment Reform Oncology Pilot Project – which is jointly sponsored and funded by the State of Vermont, VT BC/BS, DHMC, and NVRH.

2) Control and improve care delivery through integrated adherence to patient-oriented protocols. All care will be delivered according to approved clinical pathways vetted and approved by the patient, the primary care physician, the palliative care team, and the key oncologist participants. The implementation of data collection and an ISO-style quality management system provide a mechanism for continuous improvement.

3) The implementation of novel cost bundles to reduce overall cost of care.  In this pilot program, the focus on cross-venue payment bundles that encompass an entire episode of care, from diagnosis through rehabilitation/palliative care; the use of ICD 9/10 based coding for bundle determination; and protocol-based care and shared decision making among PCPs, oncologists, and palliative care teams establishes a unique and innovative alternative to FFS billing used in the past.

Conclusion

Already, the Care Enhancement Pilot Program indicates that the model described here can work. Adjustments can be made to the BPI, all stakeholders can be educated and involved, and care can be taken to implement an appropriate, functional quality improvement system. These changes can be extended throughout the U.S., in all healthcare organizations, for all patients and services, including Medicare/Medicaid cases, as long as the following required components of the model are implemented:

1)      Implementation of clinical pathways and protocols that extend across multiple venues and specialties.

2)      Integrated adherence to patient-oriented protocols, with the patient fully informed and included in all treatment decisions.

3)      Implementation of clearly defined cost bundles based on best practices and ICD 9 codes and spanning an entire episode of care, across venues and specialties.

4)      Inclusion of all stakeholders (including payers) in defining the bundles.

5)      Implementation of an ISO-style QMS, using process metrics and patient feedback to document proper adherence to the treatment plan, which will trigger payment and allow continuous improvement.

6)      Education of healthcare providers so they clearly understand the goals of the bundled care initiative and the connections between the process data they are collecting and the resulting improvements in quality and patient satisfaction.

When these requirements are met, we can expect to achieve our goals to:

  •  improve patient education and experience
  •  improve clinical outcomes
  •  improve objective care delivery
  •  reduce complexity, waste, inefficiency, and the opportunity for fraud
  •  significantly reduce costs

 

What can this mean in dollar terms? On a national scale, we estimate that there are savings of 10% of total system costs just related to billing. While this may differ from place-to-place, the noted investment bank, Cain Brothers, estimates that 15% of total medical costs related to the simple act of billing and collection. The movement to bundles dramatically simplifies this problem, and should easily reduce costs by 10%.

 

Secondly, we estimate that reduction of unnecessary testing and repeated services due to the complex referral patterns in oncology can reduce total costs by 5-10%. Finally, the movement to protocol based drug regimens and related clinical pathways has been shown to reduce costs by up to 15% in drug cost alone. In total, this amounts to 35% of total costs, or over $35 Billion dollars annually nationwide. This figure does not consider the additional savings that may be forthcoming from patient preference for palliative/supportive care, instead of the more difficult and painful alternatives.

 

PCD Partners

 

PCD Partners, Inc., tailors solutions to the complex needs of healthcare and health management organizations to enable them to reduce costs, improve quality, and enhance patient satisfaction. Based in New Hampshire, PCD Partners is targeted at the application of quality tools – ISO, Lean, and Six Sigma – together with cloud-based healthcare IT systems and clinical innovation to improve value in oncology care. http://pcdpartners.com/