"What if you could pick out early warning signs of heart conditions out of somebody's Fitbit data? It turns out that you can. " Yes, in the future everyone will wear a smartwatch: https://h4labs.wordpress.com/2015/07/28/in-the-future-everyo...
Why wear a smartwatch when we might be able to embed more accurate, useful sensors instead given advances in communication and battery technology?
The Emerging Field of Health Data Science in Boston
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Re: The Emerging Field of Health Data Science in Boston
#12"What if you could pick out early warning signs of heart conditions out of somebody's Fitbit data? It turns out that you can. " Yes, in the future everyone will wear a smartwatch: https://h4labs.wordpress.com/2015/07/28/in-the-future-everyo...
Re: The Emerging Field of Health Data Science in Boston
#13Earlier quoted context omitted.
What if you could pick out early warning signs of heart conditions just by looking at somebody and observing that they are overweight? It turns out that you can.
So, you're arguing that measuring other data points doesn't add value? Just look at someone and if they are overweight that's enough of a data point?
Re: The Emerging Field of Health Data Science in Boston
#14If anybody here has questions about the program or the projects, happy to give the "customer's" point of view on what it's like to work with Insight.
Re: The Emerging Field of Health Data Science in Boston
#15"Marge: Can't you do something for him?
Dr. Hibbert: Well, we can't fix his heart, but we can tell you exactly how damaged it is.
Homer: What an age we live in."
Re: The Emerging Field of Health Data Science in Boston
#16I think this is the first time we've had the opportunity to do real data science at a massive scale with patient data of all sorts, including electronic medical record (EMR) data. This is because we now have:
- Widespread use of EMRs
- Decent standardized schemas for representing that data (i.e. FHIR https://www.hl7.org/fhir/)
- Not-terrible medical ontologies (i.e. RxNorm for drugs, LOINC for labs, Snomed for concepts etc.)
- Reasonably accessible tools to process the massive datasets ()
Many of these things emerged or matured fairly recently, so I think we're going to see a real explosion in medically relevant data science. Fitbit/wearable sensor data is only the beginning, I think things like meaningfully informing diagnoses of patients based on medical history beyond what a doc or nurse could do on their own is within reach, and the sky's the limit!
(Full disclosure I work for a health DS startup, and was an Insight Fellow, although prior to the health program existing)
Re: The Emerging Field of Health Data Science in Boston
#17Strapping a fitbit to everyone so docs can better monitor their life choices reminds me of the logic behind a classic Simpsons scene: A more precise measurement of an already accurately-understood condition does not equate to greater understanding of how to actually fix the problem. "Marge: Can't you do something for him? Dr. Hibbert: Well, we can't fix his heart, but we can tell you exactly how damaged it is. Homer:…
Re: The Emerging Field of Health Data Science in Boston
#18I don't think data science for health is in any way limited to wearables. I think this is the first time we've had the opportunity to do real data science at a massive scale with patient data of all sorts, including electronic medical record (EMR) data. This is because we now have: - Widespread use of EMRs - Decent standardized schemas for representing that data (i.e. FHIR https://www.hl7.org/fhir/ ) - Not-terrible m…
Re: The Emerging Field of Health Data Science in Boston
#19The startup I work at is stitching together all of this data to gain a better profile or health state of a person, and it's pretty amazing some of the early insights we've been able to uncover.
Re: The Emerging Field of Health Data Science in Boston
#20I worked with a couple of the Insight Data Fellows mentioned in this blog post, on the UCSF Health eHeart study. Mike Klein (Fitbit data to predict heart failure) and Yancheng Liu (Apple Watch data to predict atrial fibrillation) both did a fantastic job! If anybody here has questions about the program or the projects, happy to give the "customer's" point of view on what it's like to work with Insight.
When looking at enough parameters, there are always parameter subsets that nicely match the phenomenon you are looking for. Whether that is a heart attack or a running nose.