future is now
TRANSCRIPT
The Future is Now
The Practice of Medicine Has Left the PatientHouse calls by doctors:• 1960 - 40% of doctor-patient meetings• 1980 - 0.6% of doctor-patient meetingsPossible causes for such a steep decline are concerns about:• Time inefficiency • Inconvenience (for the doctor)• Lack of resources in patient’s homeWe are now starting to see a renewed interest in house calls with the practice of concierge medicine
The Vanishing House Call
Hospitals often acted as sanatoriums and a place to send sick people keeping them away from everyone else while we hoped they got better
Tuberculosis and other infectious disease
Mental health issuesIn modern times AIDS
The technology available was not advanced and care provided would often seem barbaric by today’s standards
Hospital Care
Hospitals, Asylums and Sanatoriums
20th Century Medicine
Modern medicine became centered around the local hospitalHospitals had the facilities for complex care:
Emergency services Imaging Surgery
If doctors wanted to practice medicine they needed to be affiliated with a hospital
Analogy between evolution of medical practice and the advance of computing technology
Medicine used to be practiced in the community and in peoples homesIn order to practice medicine one had to have a terminal into the mainframe (hospital)
First computers took up an entire room
Mainframe Computers
Terminals
Micro ComputersHome Computers?
Personal Computers
Personal Computers
The PC Revolution
The PC Revolution
IBM Home Computer
The PC Revolution
Chips With That
DynaTAC
The Mobile Era
2005
2013
Smartphones go Mainstream
Today’s Technology Used to be for Superheroes and Science Fiction
Wearables, Trackers, andQuantified Self
Fitbit Garmin
Wearables, Trackers, and Quantified SelfApple Does it Again
Hospital High on a Hill
Hospital ConsolidationMERGERS WILL CONTINUE…
MAINFRAME ORGANIZATION:an entity that incorporates into its own architecture the essential functions and information required to do its job.
NETWORKED ORGANIZATION:a collection of interconnected entities that share resources and information in order to do its job.
SMART
What is Blockchain? • Open-source software upon which Bitcoin and other
cryptocurrencies run– A technology protocol layer like TCP/IP
• A decentralized database/ledger – It’s like a huge ‘interactive Google doc spreadsheet’ that
anyone can view and administrators (miners) continually verify and update to confirm that each transaction is valid
– Secure network where any transaction can be independently confirmed as unique and valid without a centralized intermediary
• Blocks (batches) of transactions posted sequentially to a ledger (chain)
Blockchain is…
• A decentralized database, a transaction ledger • A new form of information technology• A globally-distributed always-on database system for
secure, permanently-recorded independently-validated transactions
• A universal organization and coordination system
The ONC Blockchain Challenge
The “Use of Blockchain in Health IT and Health-related Research” Ideation Challenge solicited white papers on the topic of Blockchain Technology and the potential use in Health IT to address privacy, security, and scalability challenges of managing electronic health record and resources.
The ONC Blockchain Challenge
Out of more than 70 submitted white papers ONC received from individuals, organizations, and vendors, they picked 15 final winners that are awarded a cash prize; Eight winners were invited to present their papers at a workshop co-hosted with the National Institute of Standards and Technology and the ONC
Blockchain Health Applications
Immediate Near-Future Longer-term Future
Universal EMR Smart Contracts and Health Insurance
Blockchain Happiness: Personal Development Chains
Health Databanks Smart Property: Drug and Inventory Management
Virtual Patient Modeling
Quantified Self Data Commons
Health Token: HSN, Research
Blockchain AI Applications:
Big Data File Storage, Access, and Analysis
Smarthome, Personal Robotics, QS IOT
Friendly AI
Health Document Notarization and Tracking
Environmental Monitoring Blockchain Deep-Learners
Identity Verification Demurrage Redistributions Blockchain Health AdvocatesHealth Vendor RFPs Health Policy Voting Digital Services
HSN: Health Social Network, IOT: Internet of Thingshttp://www.amazon.com/Bitcoin-Blueprint-New-World-Currency/dp/1491920491
We are in yesterday’s future today
10 Finalists• DYNAMICAL BIOMARKERS
GROUP TAIWAN - TEAM LEADER: CHUNG-KANG PENG
• FINAL FRONTIER MEDICAL
DEVICESUNITED STATES - TEAM LEADER: BASIL HARRIS
• INTELESENS-SCANADU
UNITED KINGDOM - TEAM LEADER: JIM MCLAUGHLIN
• AEZONUNITED STATES - TEAM LEADER: TATIANA RYPINSKI
• CLOUDDXCANADA - TEAM LEADER: SONNY KOHLI
• DANVANTRIINDIA - TEAM LEADER: SRIDHARAN MANI
• DMIUNITED STATES - TEAM LEADER: EUGENE CHAN
Today we use technology to check the news, the weather, our emails, Facebook, our texts and our Tweets. Yet, with this wealth of information gathering, we don’t check our bodies. Medical providers around the globe are taxed for resources. It’s time individuals start taking charge of their own health. The Qualcomm Tricorder XPRIZE is making that possible. By virtue of the Qualcomm Tricorder XPRIZE, Team Aezon is taking on the challenge. Aezon formed in September 2012 to tackle the Qualcomm Tricorder XPRIZE and is composed of students from Johns Hopkins University in partnership with the developers of Biomeme, Symcat, Spirosmart, and Aegle.
Augmented Reality
Virtual Reality
PatientsLikeMe
23andMe
It Is Who We Are
On January 20, 2015, President Obama announced the Precision Medicine Initiative (PMI) in his State of the Union address. Through advances in research, technology and policies that empower patients, the PMI will enable a new era of medicine in which researchers, providers and patients work together to develop individualized care.
Many disparate data types and streams Integrated computing
Genomics
Clinical
Claims & transactions
Meds & labs
Patient experience
Personal data
Genomic Singularity Is Near
Illumina MyGenome App
Questions?