View the webinar here.

Today, collecting and storing personal health-related data is relatively easy with sensors like Fitbit and smartphone apps like Apple’s Healthkit. However, doing something useful with that data — enhancing doctor-patient decision making or advancing medical research discoveries — is far more difficult. O’Reilly Media recently completed a project with the Robert Wood Johnson Foundation and the Health eHeart project at the University of California San Francisco Medical School designed to uncover ways to accelerate the pace and efficacy of online, crowd-sourced clinical studies.

Join Ian Eslick, Tuhin Sinha, Roger Magoulas, Rob Rustad (moderated by Roger), and the HDE Team, as they share their experience of putting personal health data to work within a regulated hospital IT environment.

This webcast will provide insights for developers and technology providers on current state of the health data ecosystem as well as concrete case studies on data flow/analytic challenges faced by hospital IT and clinical researchers.

About Ian Eslick, PhD – Chief Executive Officer at Vital Labs, Inc

I love to work on solutions to big problems involving complex, real-world systems. I’m equally comfortable developing new business models, inventing algorithms, writing functional “big-data” cloud services, doing direct sales, hacking on mobile apps, or managing and growing an organization.

My current project is Vital Labs, a San Francisco based startup building a novel healthcare delivery platform that serves patients and clinical care professionals. This company emerged in part from my mid-career PhD on crowdsourcing healthcare at the MIT Media Laboratory. I also run an experimental technology incubator called Vital Reactor. Between projects I like to advise other startups, explore new domains, and occasionally do a little angel investing.

About Tuhin Sinha – President, Co-Founder at Vital Labs

Healthcare technology innovator, working in the bay area.

History of medical imaging analysis and algorithmic development. Dissertation work in image-guided neurosurgery and brain deformation mapping. Recipient of an NIH K99/R00 award for post-doctoral work used to concurrently investigate in vivo MRI and proteomic imaging.

Recent experience in providing strategic and business development support to UCSF for healthcare technology partnerships and research activities. Also experienced in developing operational systems in clinical and research environments at top-tier academic medical centers.

Specialties: research, healthcare, devices, technology, partnerships, technology, mobile applications, mHealth, eHealth

LinkedIn: https://www.linkedin.com/in/tuhinksinha