1. Healthcare Technologies: APeek Into The FutureKshitij MarwahMassachusetts Institute of Technologyand Harvard Medical SchoolCambridge, USA

2. First Digital Computer: MIT, 1955 3. Putting Man in Space43 KHz64 KB of RAM 4. More than a milliontimes faster than thecomputer that put theman on space 5. Interesting Parallel 6. First Genome Sequencer: 2001Credit: Prof. Eric Lander, MIT 7. 2014: Portable ~$1000 Genome Sequencer 8. Beating The Moores Law In Genomics and HealthData Collection 9. Health Sensing Big DataAnalysis 10. Sneak Peek 11. CORNAR: Looking Around The CornerCredit: Prof. Ramesh Raskar, MIT Media Lab 12. CORNAR: Looking Around The CornerCredit: Prof. Ramesh Raskar, MIT Media Lab 13. Applications: Cardioscopy, Colonscopy andBronchoscopyCredit: Prof. Ramesh Raskar, MIT Media Lab 14. Eye Tests With A $100 Mobile DeviceCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 15. Eye Tests With A $100 Mobile DeviceCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 16. Musical Genome ProjectCredit: Prof. Gil Alterovitz, Harvard Medical School 17. Musical Genome ProjectCredit: Prof. Gil Alterovitz, Harvard Medical School 18. FOCII: Re-focus/3D after taking a photographCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 19. FOCII: Re-focus/3D after taking a photographCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 20. FOCII: Re-focus/3D after taking a photographCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 21. FOCII: Re-focus/3D after taking a photographCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 22. FOCII: Re-focus/3D after taking a photographCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 23. FOCII: Re-focus/3D after taking a photographCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 24. Application: Microscope With A Digital CameraCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 25. Application: Microscope With A Digital Camera 26. The Medical MirrorCredit: Ming-Zher Poh, Harvard Medical School 27. 1. Smartphone can generate 10 GB of accelerometer data per day2. Consider other streams Health Sensors, GPS, WiFi etc. 28. AMMO: Automated Method For MappingOntologies Under Context-Specificity 200 Ontologies From NCBO , Stanford University More than 5 million terms mapped More than 4 million data records from clinical, genomic andproteomic data usedCredit: Kshitij Marwah, MIT Media Lab/Harvard Medical School 29. SMART: Integrating Genomic and Clinical DataCredit: Gil Alterovitz, Harvard Medical School 30. Big Data AnalyticsMachine LearningConnectedTo The CloudLow Cost/Power HealthScreening DevicesContinuous Health MonitoringGoogle Health, IBM Healthcare, GNS Healthand many more moreDoctor Patient EnhancedInteractions Over Mobile orIn PersonFitness Trackers: FitBit, Jaw, SmartWatchesMobile Vital Trackers: AliveCor, Basis Watchand thousands moreInsurance CompaniesPublic Health DataFamily HistoryEnvironmental DataMobileDeviceIntegrationAnalytics update the doctor with patient dataand precise anomaliesSeamless recording and storage of key health andwellness signals