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A Common Universal Patient de-IDentifier could greatly enhance the value of industry data assets
The finance industry never ceases to amaze, with their fraud detection system and credit scoring backbone! Even though I buy wine every week with my American Express card, when I try to buy a bottle of wine in Tuscany, Italy—the fact that I have never been there and that I never buy a costly bottle of wine triggers an alert. As simple as it sounds, there is a well-oiled algorithm and solid data engine in that backbone. The key point is, all the different credit agencies compete with each other for securing the next customer, but then they work with each other in sharing the key data elements to elevate the industry to the next level.
Now, comparing that with the status of data in the pharmaceutical/biotech industry, we are light years behind the finance industry. As all of us work on the core mission of getting the right drug to the right patient, with less strain on navigating the complex healthcare system and leveraging the commonly available patient-level datasets for our analyses. Make no mistake, all these datasets are robust and have their own merits. Due to the data-hungry nature of our management science jobs, all life sciences firms buy several of these data assets, attempting to answer the key business questions.
The net result tends to follow the fable of the blindfolded men and the elephant—each man has a different impression, based on different data. The combination of these insights never present a picture close to reality.For instance, a claims analysis could create an insight that “20% of patients are under severe financial distress and may not be able to afford Drug A.” An EMR data asset could say “8% of the patients discontinued therapy with Drug A.” Even after spending several hundred thousand dollars, the most obvious question—“What portion of the 8% of patients that discontinued therapy with Drug A were a part of the 20% of the patients identified to have affordability issues?” cannot be answered. What is the reason? All these data assets have patient IDs (de-identified per HIPAA regulations) that are unique to the data supplier. Hence, the insight from one database cannot be coupled with the insight from another.
When this question is raised with data vendors, they always quote the HIPAA regulation as an obstacle. This prompted us to study the HIPAA regulations much more closely. In layman’s term, the regulation doesn’t prevent vendors from using a common de-identification; it just focuses on ensuring patient privacy and doesn’t prevent having a common ID across databases, as long as it is 100% de-identified with no possibility to re-identify the patients.
In this day and age, with the rising cost of healthcare and scarce resources, it is imperative that all marketing dollars available are optimized in the right way, helping patients with access to information and the right drugs. We at PMSA feel that data vendors have the responsibility to get the information interlinked, while ensuring compliance with the necessary laws and regulations.
Solution: an industry standard
Hence, our call to the pharmaceutical secondary-data industry is a Common Universal Patient de-IDentifier (CUPID). Sounds great, but where do we start? What does PMSA plan to do with this? Well, we at PMSA strongly believe that just one path or solution is not sufficient to tackle this issue. Hence, we are attempting the following:
You could also help by:
There are solid examples where this has been successful in a small scale. Start somewhere and you will be impressed with the results!
The opinions expressed in this article are solely those of the author as PMSA vice president and not necessarily those of Genentech Inc. Genentech does not guarantee the accuracy or reliability of the information provided herein.
ABOUT THE AUTHOR
Karthikeyan Chidambaram is vice president of Pharmaceutical Management Science Assn. (www.pmsa.net), the educational group for enhancing the knowledge and awareness of data and analytics within the Management Science organizations in Pharma. He is also senior program director, data strategy with field operations and information management at Genentech Inc. Prior to Genentech, Karthik spent nine years with Cognizant Technology Solutions as a practice leader for the SAS center of excellence. Karthik holds a Bachelor’s in Mechanical Engineering from Bharathiar University, a Master’s in Software Engineering from BITS-Pilani and an MBA from Colorado State University.