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Smarter Healthcare with Analytics PowerPoint Presentation

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Description : Check out this medical presentation on Medical Marketing, which is titled "Smarter Healthcare with Analytics", to know how healthcare organizations are facing a deluge of rich data that is enabling them to become more efficient, operate with greater insight and effectiveness, and deliver better service.

Tags : Medical Marketing, Smarter Healthcare, Analytics

Published on : Aug 29, 2021 | Views : 2017 | Downloads : 4

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Slide 1-

Analytics in Healthcare Virginia Chamber of Commerce Healthcare Conference 2016 Rajeev Ronanki, Cognitive Computing and Healthcare Innovation Leader, Deloitte Consulting LLP June 9, 2016 Smarter Healthcare with Analytics Virginia Chamber of Commerce Healthcare Conference 2016 Rajeev Ronanki, Cognitive Computing and Healthcare Innovation Leader, Deloitte Consulting LLP June 9, 2016 Deloitte Copyright © 2015 Deloitte LLC. All rights reserved.
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Healthcare Data is the new oil and Exponentials are the Refineries Deloitte Copyright © 2015 Deloitte LLC. All rights reserved.
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Retail Consumerism Value Based Care Personalized Digital Health Preventative Medicine Drug Trials and Discovery data environment is rapidly changing Healthcare organizations are facing a deluge of rich data that is enabling them to become more efficient, operate with greater insight and effectiveness, and deliver better service Advances analytical and computing techniques coupled with the explosion of data in healthcare organizations can help uncover leading clinical practices, shrink research discovery time, streamline administration, and offer new personalized engagement paradigms at an industrial scale that align people’s decisions and actions in ways that improve outcomes and add value Deloitte Copyright © 2015 Deloitte LLC. All rights reserved. Sources of the data deluge Advances in computing power and techniques Smarter Algorithms Faster Processing Speed Improved Visualization Customer Centric Optimal Cost Structure Adaptive Organization * HP Autonomy, Transitioning to a new era of human information, 2013 ** Steve Hagan, Big data, cloud computing, spatial databases, 2012 Sensors / Devices Videos Images Social Media Paper / Text Documents EMRs Mobile 40-50% Annual growth in digital data volume* ~9X of unstructured data vs. structured data by 2020** 62% Annual growth in unstructured data*
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Traditional Analytics Process Insight Generation Process ? Query-Based Analysis From Data to Insights to Decision-Making Ad-hoc Data Aggregation Decision-Making Continuous Sensing Insights Creation Decision-Making Insights Creation Google Reimagine how data is used Transform into an organization where decision-making is based on evidence and data driven insights Automatic Data Aggregation & Correlation Google
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DATA and Exponential technologies are converging to transform and disrupt industries 5 Synthetic Biology The ability to produce synthetic tissues and organs creates new opportunities for surgical therapy and device production Cognitive Computing Augmenting or amplifying human cognition through advanced technologies such as artificial intelligence, machine learning, etc. Robotics Next generation robotics and automation technologies that can work alongside humans Crowdfunding Leveraging the public to fund the creation of a product or company Gamification Leveraging game mechanics to incentivize individual or group behaviors Crowdsourcing Involve communities to collaborate in solving complex, non-linear problems, calling upon diverse skillsets Virtual / Augmented Reality Additive technologies to better equip care providers in their day-to-day tasks and improve health outcomes through differentiated experiences Incentive Competitions Using a prize based competition to evoke a community to participate in solving a problem DIY & the Maker Movement The creativity unlocked when the public has access to the tools needed to create manufactured works themselves Blockchain Distributed ledger technology that offers a new way of recording transactions or any digital interactions Commercial UAVs (Drones) Aerial robots to transform logistics relating to the delivery of goods and services Ambient Computing Ecosystem of “things” that can intelligently respond in real time to business needs through connectivity and sensing Digital Medicine Personalized sensing and remote monitoring of physiological metrics leveraging new digital paradigms Additive Manufacturing 3D scanning, digital design, and 3D printing digitize the creation / distribution of products
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Linear vs. Exponential 30 Linear Steps 30 Exponential Steps vs. Walking across the room Walking 26 times around the planet
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Exponential technologies are radically transforming all aspects the health care value chain Transform the entire value chain with data and Exponentials 1 The future of care delivery / surgery How might artificial intelligence, machine learning, and big data empower physicians, scientist and patients alike with the latest, most accurate clinical understanding in real time? 2 The future of the patient How can wearables, networks, sensors and virtual reality foster patient engagement and care coordination that transforms disease management? 3 The future of healthcare operations How will additive artificial intelligence transform operations to optimize their supply chains, utilize just-in-time manufacturing, and increasingly automate their workforces to maximize efficiency? 4 The future of research How will natural language understanding transform the focus of research from discrete academic facilities to a global network of connected & collaborating scientists? 5 The future of precision medicine How will genomics and precision medicine provide healthcare professionals with an expanded toolkit to interact directly with DNA and enable proactive management of risks and more precise treatments? 6 The future of medical education How can virtual/augmented reality revolutionize medical training and accelerate knowledge transfer?
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Transforming the who, what, and where of care delivery The future of care delivery The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals Healogram – Mobile platform that helps providers remotely monitor patients post-surgical procedure Where Care is Delivered Retina Selfie – Retina self-imaging allows patients to monitor for diseases such as multiple sclerosis and detect early warning signs When Care is Delivered Artificial Intelligence Robotics Augmented Reality Personalized Medicine Additive Manufacturing iDAvatars – Virtual avatar, Sophie, uses artificial intelligence and natural language processing to remotely monitor patients Who Care is Delivered by Sample Use Cases Drivers of Disruption
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Transforming what surgeons see, know, and do The future of surgery The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals Oculus Rift – improves training by allowing medical students to watch surgeries from the lead surgeon’s point of view What We Know SNAP Surgical Theater – augments surgeons’ reality with CT/MRI scans to see behind arteries and other critical structures What We See Artificial Intelligence Augmented Reality Personalized Medicine Additive Manufacturing Networks & Sensors Nanotechnology Robotics BoneWelding – stronger bonds and improved osseo-integration enable new implant designs & surgical methods What We Do Sample Use Cases Drivers of Disruption
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Transitioning from a passive role to an active role in health The future of the patient The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals Deloitte Cognitive Engagement – designed to boost patient involvement in care and expand the type of alerts and interactivity offered online New Ways to Engage Tyto Care – handheld device that patients can use to self-examine their mouth, throat, eyes, heart, lungs, skin, and temperature Tools for Self-Service Networks & Sensors Wearables Artificial Intelligence Digital Medicine Robotics Ginger.io – aggregates cellphone data to monitor patient’ mental health and alert caregivers when symptoms are problematic The Quantified Self Sample Use Cases Drivers of Disruption
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Automating labor and JIT manufacturing The future of healthcare operations The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals Aethon TUG Robots – Smart, autonomous robots substitute for the labor needed to haul and transport materials & clinical supplies Improved Productivity Care at Hand – Helps to prevent readmissions by deploying nursing staff skills to maximum efficiency Efficient Administration Additive Manufacturing Robotics Artificial Intelligence Automation Nanotechnology Evena – Technician glasses provide high- definition, real-time images of vascular anatomy to enable fast, precise IV access Workforce Augmentation Sample Use Cases Drivers of Disruption
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Changing the how and who perform research The future of research The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals Foldit – predicts the structure of a protein by taking advantage of humans' puzzle-solving intuitions through an online game New Collaboration Models Illumina – reached milestone of making it feasible to read someone’s genome for $1000, down from $95.3 Million in 2001 Scientific Breakthroughs Synthetic Biology Additive Manufacturing Genomics Personalized Medicine Nanotechnology IBM and Mayo Clinic – using artificial intelligence to more accurately match patients with appropriate clinical trials Operational Efficiency Sample Use Cases Drivers of Disruption
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Enabling proactive and precise treatments The future of precision medicine The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals LiverChip – Dynamic 3-D cell culture platform can exactly mimic the architecture and physiology of the human liver New Research / Treatment Methods Human Longevity Inc. – building the world’s most comprehensive database on human genotypes Preventative Measures Genomics Personalized Medicine Nanotechnology Wyss Institute – Harvard scientists built a nano-robot from designer DNA to deliver drug dosages to specific cell types Increased Precision Sample Use Cases Drivers of Disruption
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Revolutionizing medical training The future of medical education The future of care delivery / surgery The future of the patient The future of healthcare operations The future of research The future of precision medicine The future of medical education Sample Market Signals Pop Up Labs –creates in-house maker spaces to enable/accelerate medical professionals’ best practices and creation New Learning Forums Dassault Systemes – Augmented reality allows for enhanced visualizations and simulations Expanded Perspective Virtual / Augmented Reality Additive Manufacturing Maker Movement Crowdsourcing CrowdMed – Medical professionals across the globe collaborate on cases and learn of new treatment methods Increased Collaboration Sample Use Cases Drivers of Disruption
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Use insights from analytics to drive action Meet Nora, who takes the complexity out of managing health and achieving goals Makes every day/routine tasks easier: Pay bills, find a doctor nearby/schedule appointment, understand health care benefits, refill prescription, monitor health in real time and notify family members or medical personnel if desired 1. Manages chronic diseases: Monitor blood sugar, track calorie intake and activity, order supplies, submit claims + routine needs above 2. Plays the role of information agent: Piece together multiple aspects of complicated questions and provide a personalized package of insights, advice, and data based on individual cases/circumstances 5. Improves health IQ: Provide personalized, context aware and relevant health/fitness tips, recommendations and insights; Proactively engages with user to achieve health goals 4. Provides care anywhere: Understand care plans and discharge notes, care delivery at home, integrate with IoT 3. Deloitte Copyright © 2015 Deloitte LLC. All rights reserved. Intelligent assistants: Nora Pwd: nora