The document provides an overview of Geoff Rutledge's career path from medicine to computer science and clinical informatics. It discusses his background in medicine, academia, and industry. Some key points:
1) Rutledge has a background in both medicine and computer science, obtaining degrees in both fields. He worked as a physician before pursuing a career in clinical informatics.
2) He discusses different career paths in biomedical informatics, including academic, health systems, corporate research, and starting his own companies.
3) Rutledge shares lessons from his time in academia and industry, emphasizing the importance of choosing research topics that match your next career goal and maintaining perspective when working at a startup.
14,000 Physicians. No waiting room. Get in touch with your health. Mission: Measurably prolong life expectancy and improve quality of life by enabling immediate access to the best health experts and their knowledge anytime, anywhere. The 1st Mobile Health Platform provides the highest quality, fastest growing mobile/online platform for answers from doctors to consumer questions quickly and cost effectively anytime, anywhere.
This document outlines a mission to provide immediate access to top medical experts through virtual care, helping people live longer and feel better. It notes that health is one of the fastest growing mobile categories, with over 50% of care in some areas now virtual. The company aims to be an end-to-end virtual healthcare utility through a platform connecting patients to over 70,000 licensed U.S. doctors across 137 specialties, with on-demand chat, prescription, referral and other services. Customer testimonials praise the app for providing accurate medical advice that has saved lives.
Small Screens, Big Changes: Frontiers in Mobile Technology for Nutrition, Hea...Lisa Gualtieri
The document summarizes a discussion on mobile technologies for nutrition, health and wellness. It includes presentations from representatives of LoseIt!, Wellable, and Dimagi on their mobile apps and how mobile is changing health. Key points include: LoseIt! has over 18 million users tracking food and exercise to lose weight at scale; Wellable creates consumer-focused health apps and tools for employers and providers; Dimagi builds mobile apps for community health workers in low-income countries to strengthen primary care. The potential of mobile to improve access, engagement and empower individuals was discussed.
3 Healthcare Users Who Get Pinterest Right...And What They Can Teach YouMarie Ennis-O'Connor
Three healthcare users who effectively use Pinterest are highlighted: 1) Dr. Matthew Katz shares videos along with comments to explain medical procedures to followers. 2) WEGO Health invites other users and guest pinners to contribute their own images to boards to engage the community. 3) The Cleveland Clinic uses infographics and data charts to cut through social media clutter with visually interesting content.
The key to success in the age of the digital patient is to think about the patient as being at the center of the health care and communication network and to design solutions to make it easier for them to participate in their own health care.
The Future of Healthcare - VMworld Europe 2019João Bocas
Re-Imagining Healthcare
The Future of Healthcare : covering Wearable Technologies, Sensing Technologies and Emerging Technologies Impacting healthcare.
Exploring where we have been, what's possible today and where we are heading in the future.
14,000 Physicians. No waiting room. Get in touch with your health. Mission: Measurably prolong life expectancy and improve quality of life by enabling immediate access to the best health experts and their knowledge anytime, anywhere. The 1st Mobile Health Platform provides the highest quality, fastest growing mobile/online platform for answers from doctors to consumer questions quickly and cost effectively anytime, anywhere.
This document outlines a mission to provide immediate access to top medical experts through virtual care, helping people live longer and feel better. It notes that health is one of the fastest growing mobile categories, with over 50% of care in some areas now virtual. The company aims to be an end-to-end virtual healthcare utility through a platform connecting patients to over 70,000 licensed U.S. doctors across 137 specialties, with on-demand chat, prescription, referral and other services. Customer testimonials praise the app for providing accurate medical advice that has saved lives.
Small Screens, Big Changes: Frontiers in Mobile Technology for Nutrition, Hea...Lisa Gualtieri
The document summarizes a discussion on mobile technologies for nutrition, health and wellness. It includes presentations from representatives of LoseIt!, Wellable, and Dimagi on their mobile apps and how mobile is changing health. Key points include: LoseIt! has over 18 million users tracking food and exercise to lose weight at scale; Wellable creates consumer-focused health apps and tools for employers and providers; Dimagi builds mobile apps for community health workers in low-income countries to strengthen primary care. The potential of mobile to improve access, engagement and empower individuals was discussed.
3 Healthcare Users Who Get Pinterest Right...And What They Can Teach YouMarie Ennis-O'Connor
Three healthcare users who effectively use Pinterest are highlighted: 1) Dr. Matthew Katz shares videos along with comments to explain medical procedures to followers. 2) WEGO Health invites other users and guest pinners to contribute their own images to boards to engage the community. 3) The Cleveland Clinic uses infographics and data charts to cut through social media clutter with visually interesting content.
The key to success in the age of the digital patient is to think about the patient as being at the center of the health care and communication network and to design solutions to make it easier for them to participate in their own health care.
The Future of Healthcare - VMworld Europe 2019João Bocas
Re-Imagining Healthcare
The Future of Healthcare : covering Wearable Technologies, Sensing Technologies and Emerging Technologies Impacting healthcare.
Exploring where we have been, what's possible today and where we are heading in the future.
What Happens in Vegas Changes LIves (part one)Jill Gilbert
Speakers: Andrew Wright, Vice President of Digital Platform, Otsuka; Jeffrey Cummings, MD, ScD, Director, Cleveland Clinic Lou Ruvo Center for Brain Health , Cleveland Clinic; Terry Bradwell, Chief Enterprise Strategy and Innovation Officer, AARP; Alex Mihailidis, PhD, PEng, Scientific Director of the AGE-WELL Network of Centres of Excellence and the Barbara G. Stymiest Research Chair in Rehabilitation Technology, Toronto Rehabilitation Institute
The Digital Health Summit, produced by Living in Digital Times, convenes one of the broadest spectrum of health care and technology audiences in the world. The Summit features innovations and advancements in genomics, diagnostics, wearables, telehealth and more in the mobile health market which is expected to reach $26 billion by 2017. This is a must see event each year that takes place at the International Consumer Electronics Show (CES) in Las Vegas.
Website: Http://www.digitalhealthsummit.com
Twitter: http://www.twitter.com/dhsummit
Hashtags: #digitalhealthces #ces2016
Photos: https://www.flickr.com/digitalhealthsummit
Startufpest 2016: Dr. Jonathan Kanevsky - Future ofStartupfest
The Future of medicine -
Healthcare is constantly evolving. New technologies are changing the way doctors interact with their patients, the way hospitals gather data, and the way patients keep track of their health information. Big data, machine learning, and augmented reality are transforming medicine. Dr. Kanevsky sheds light on the new era of personalized medicine and the challenges ahead.
The Extreme Future of Health Care 2014James Canton
Radical trends in health care and medicine will change business and society. This presentation fresh from Dr. James Canton's New Keynote Presentation and from his upcoming new book looks at the trends in biotech, synthetic biology, digital health, genomics, wellness and regenerative medicine that will shape the near future of our world and health. Find out what's next and how to prepare today. For more info see http://globalfuturist.com
The Power of Social in health and healthcareD3 Consutling
This document summarizes key points about the power of social networks in health and healthcare. It discusses how social media is increasingly important for patients and providers. Patients are using social platforms to find support from others experiencing similar health issues and to learn about new treatments. Some healthcare providers are effectively using social media to engage patients and share medical expertise. The document also describes several digital health startups that are connecting patients, caregivers, and medical professionals through social platforms to improve health outcomes.
Deepcare is developing a digital tele-healthcare platform in Vietnam to help manage chronic diseases like diabetes. It was founded by experts in medicine, AI, and healthcare with a goal of improving access to care and reducing costs. The platform allows doctors and patients to communicate remotely, uses AI to help assess symptoms and monitor treatment plans. It aims to partner with healthcare providers, insurers, and pharmacies to create a 360-degree view of each patient's care. Deepcare launched in 2020 and sees partnerships and an integrated platform of services as key to growing its user base to millions over the next few years.
10 Things to Know About Mobile Health CareShel Holtz
This presentation was SPEAKER SUPPORT for a presentation at the Mayo Clinic/Ragan Communications Health Care Marketing & PR Social Media Conference, presented at the Mayo Clinic's Jacksonville, FL facility on March 15, 2011.
Alert.MD allows emergency responders to access a patient's emergency contact and medical information from their locked smartphone during an emergency. This helps identify the patient, contact family members, and learn about medical conditions and allergies. Without this information, it can take hours to notify family and medical errors are a leading cause of death. Alert.MD addresses this by having users sign up and input their information, which is accessible to approved medical providers through a unique ID number on the smartphone screensaver.
The document discusses how Health 2.0 uses social media, open standards, web technologies and mobile technology to improve healthcare. It focuses on promoting understanding of health challenges through openness, sharing and learning between patients and healthcare professionals. Key benefits include increased patient safety, clinical efficiency, healthcare quality and decreased overall costs. The document concludes by announcing an upcoming HealthCamp Azerbaijan conference on May 23-24, 2009 for medical students and professionals to learn about these new approaches.
Health 2.0 aims to improve healthcare through the use of social media, open standards, web technologies and mobile devices. This allows for greater communication between patients and healthcare providers, more information sharing about diseases, and collaboration between those experiencing similar health issues. By utilizing technologies like blogs, podcasts and RSS feeds, patients can stay informed, medical professionals can collaborate, and data can be shared for research purposes. The expected benefits are increased patient safety, clinical efficiency, healthcare quality and lower overall costs through more ubiquitous health information access.
Speakers: Kian Sanaii, CEO, Independa, Inc.; David Schie, CEO , Linear Dimensions; Shireen Yates, CEO, Co-Founder, 6SensorLabs
The Digital Health Summit, produced by Living in Digital Times, convenes one of the broadest spectrum of health care and technology audiences in the world. The Summit features innovations and advancements in genomics, diagnostics, wearables, telehealth and more in the mobile health market which is expected to reach $26 billion by 2017. This is a must see event each year that takes place at the International Consumer Electronics Show (CES) in Las Vegas.
Website: Http://www.digitalhealthsummit.com
Twitter: http://www.twitter.com/dhsummit
Hashtags: #digitalhealthces #ces2016
Photos: https://www.flickr.com/digitalhealthsummit
- Dave deBronkart is an advocate for engaged patients and participatory medicine. He founded the e-Patient Scholars Academy.
- In 2007, he was diagnosed with stage IV kidney cancer but researched online and worked with other patients, which helped him find more effective treatment.
- Connected patients have access to more information sources than ever before due to the internet and social media. This shifts the traditional sources of medical knowledge and competence.
Presentation delivered to the eHealth Investigative Partnership Program on April 19, 2012. Supporting references and notes at http://wiki.ubc.ca/Documentation:EHealth_Strategy_Office/Project_Documentation/eHIPP/april-2012-sxsw
A basic introduction into evolution of web architecture, fragmented healthcare, rise of e-patients and a peek at how clinicians use of social media in healthcare
This document discusses a new wearable device called FitTrack that allows users to receive messages from their body. FitTrack measures various body activities, vitals and sleep patterns through a bracelet or earpiece connected via the internet to a doctor. The document then presents logo design concepts, social media marketing plans and website wireframes for FitTrack.
Wearable Medical Records Talk at Wearables Tech Conferencedrchrono
This document discusses wearables in healthcare and their increasing role. It notes that 75,000 physicians have signed up, 270 million health records have been processed in 2014, and 4 million patients are on the platform. It also provides case studies of how different doctors have used the technology, including using medical speech to text, digital records instead of paper, and accessing notes from anywhere. Finally, it discusses trends driving wearables like decreasing hardware costs, increased computing power based on Moore's Law, and the growth of smartphones, connected devices, and cloud computing.
Wearable Medical Records Talk at Wearables Tech ConferenceDaniel Kivatinos
Daniel Kivatinos, cofounder and COO of drchrono talks about Wearable Medical Records at the Wearable Tech Conference
http://www.wearablestechcon.com/
A video of this talk can be found here:
https://www.youtube.com/watch?v=Bm6NP7cPDNI&feature=youtu.be
Smartphones have radically changed medicine by giving doctors access to medical information, records, and colleagues from any location. Apps allow remote monitoring of patients and diagnostics like ECG readings. As sensors and artificial intelligence improve, smartphones will take on more medical roles like monitoring organs and managing chronic conditions. While technology expands access to care, doctors will still be needed for human touch, guidance, and complex treatments. Overall, smartphones are transforming healthcare by connecting doctors, patients, and data in new ways.
mHealth Israel_Jonathan Kanevsky_The Future of MedicineLevi Shapiro
Presentation by Dr. Jonathan Kanevsky for the mHealth Israel community, "Turning Doctors into Champions". The presentation included four parts: Behavior changes in medicine, Abstraction to inspire innovation, 3 key areas of product development, How to innovate for doctors
mobile and #socialmedia - the cutting-edge #diabetes technology of the future...Joyce Lee
These slides are adapted from a talk that I gave in April at the 2014 Clinical Diabetes Technology Meeting in Los Angeles, about mobile technology and social media. I was honored to be presenting at the event. Thanks to Dr. Klonoff and the diabetes online community! Also, here was homework that I made for the site: http://joyceisplayingontheinter.net/andtalkingaboutdiabetestech.html
1. The document discusses the challenges of implementing augmented intelligence in the life sciences industry. It notes that achieving the right human-AI partnership requires having the right intelligence, mindset, data, and expertise.
2. Three key challenges are highlighted - ensuring relevant data, developing deep subject matter expertise, and cultivating a growth mindset. Overcoming these challenges requires aligning human-centered solutions using the appropriate intelligence supported by data and relying on expert knowledge.
3. The hardest part of augmented intelligence in life sciences is implementing it in a way that improves clinical outcomes for healthcare providers and patients through better decision making and performance. This requires getting the right balance of intelligence, data, expertise, and mindset.
- The document outlines initiatives by the Computer Science Department related to health informatics, including the establishment of a Center for Computer Science Research in Health Informatics and a graduate specialization in health informatics.
- It also describes the creation of an Education Program for Health Informatics Professionals to provide continuing education to IT and health professionals through distance learning courses in applied health informatics.
- A number of faculty members are identified who have research interests relevant to health informatics, and potential areas for future health informatics research are listed.
What Happens in Vegas Changes LIves (part one)Jill Gilbert
Speakers: Andrew Wright, Vice President of Digital Platform, Otsuka; Jeffrey Cummings, MD, ScD, Director, Cleveland Clinic Lou Ruvo Center for Brain Health , Cleveland Clinic; Terry Bradwell, Chief Enterprise Strategy and Innovation Officer, AARP; Alex Mihailidis, PhD, PEng, Scientific Director of the AGE-WELL Network of Centres of Excellence and the Barbara G. Stymiest Research Chair in Rehabilitation Technology, Toronto Rehabilitation Institute
The Digital Health Summit, produced by Living in Digital Times, convenes one of the broadest spectrum of health care and technology audiences in the world. The Summit features innovations and advancements in genomics, diagnostics, wearables, telehealth and more in the mobile health market which is expected to reach $26 billion by 2017. This is a must see event each year that takes place at the International Consumer Electronics Show (CES) in Las Vegas.
Website: Http://www.digitalhealthsummit.com
Twitter: http://www.twitter.com/dhsummit
Hashtags: #digitalhealthces #ces2016
Photos: https://www.flickr.com/digitalhealthsummit
Startufpest 2016: Dr. Jonathan Kanevsky - Future ofStartupfest
The Future of medicine -
Healthcare is constantly evolving. New technologies are changing the way doctors interact with their patients, the way hospitals gather data, and the way patients keep track of their health information. Big data, machine learning, and augmented reality are transforming medicine. Dr. Kanevsky sheds light on the new era of personalized medicine and the challenges ahead.
The Extreme Future of Health Care 2014James Canton
Radical trends in health care and medicine will change business and society. This presentation fresh from Dr. James Canton's New Keynote Presentation and from his upcoming new book looks at the trends in biotech, synthetic biology, digital health, genomics, wellness and regenerative medicine that will shape the near future of our world and health. Find out what's next and how to prepare today. For more info see http://globalfuturist.com
The Power of Social in health and healthcareD3 Consutling
This document summarizes key points about the power of social networks in health and healthcare. It discusses how social media is increasingly important for patients and providers. Patients are using social platforms to find support from others experiencing similar health issues and to learn about new treatments. Some healthcare providers are effectively using social media to engage patients and share medical expertise. The document also describes several digital health startups that are connecting patients, caregivers, and medical professionals through social platforms to improve health outcomes.
Deepcare is developing a digital tele-healthcare platform in Vietnam to help manage chronic diseases like diabetes. It was founded by experts in medicine, AI, and healthcare with a goal of improving access to care and reducing costs. The platform allows doctors and patients to communicate remotely, uses AI to help assess symptoms and monitor treatment plans. It aims to partner with healthcare providers, insurers, and pharmacies to create a 360-degree view of each patient's care. Deepcare launched in 2020 and sees partnerships and an integrated platform of services as key to growing its user base to millions over the next few years.
10 Things to Know About Mobile Health CareShel Holtz
This presentation was SPEAKER SUPPORT for a presentation at the Mayo Clinic/Ragan Communications Health Care Marketing & PR Social Media Conference, presented at the Mayo Clinic's Jacksonville, FL facility on March 15, 2011.
Alert.MD allows emergency responders to access a patient's emergency contact and medical information from their locked smartphone during an emergency. This helps identify the patient, contact family members, and learn about medical conditions and allergies. Without this information, it can take hours to notify family and medical errors are a leading cause of death. Alert.MD addresses this by having users sign up and input their information, which is accessible to approved medical providers through a unique ID number on the smartphone screensaver.
The document discusses how Health 2.0 uses social media, open standards, web technologies and mobile technology to improve healthcare. It focuses on promoting understanding of health challenges through openness, sharing and learning between patients and healthcare professionals. Key benefits include increased patient safety, clinical efficiency, healthcare quality and decreased overall costs. The document concludes by announcing an upcoming HealthCamp Azerbaijan conference on May 23-24, 2009 for medical students and professionals to learn about these new approaches.
Health 2.0 aims to improve healthcare through the use of social media, open standards, web technologies and mobile devices. This allows for greater communication between patients and healthcare providers, more information sharing about diseases, and collaboration between those experiencing similar health issues. By utilizing technologies like blogs, podcasts and RSS feeds, patients can stay informed, medical professionals can collaborate, and data can be shared for research purposes. The expected benefits are increased patient safety, clinical efficiency, healthcare quality and lower overall costs through more ubiquitous health information access.
Speakers: Kian Sanaii, CEO, Independa, Inc.; David Schie, CEO , Linear Dimensions; Shireen Yates, CEO, Co-Founder, 6SensorLabs
The Digital Health Summit, produced by Living in Digital Times, convenes one of the broadest spectrum of health care and technology audiences in the world. The Summit features innovations and advancements in genomics, diagnostics, wearables, telehealth and more in the mobile health market which is expected to reach $26 billion by 2017. This is a must see event each year that takes place at the International Consumer Electronics Show (CES) in Las Vegas.
Website: Http://www.digitalhealthsummit.com
Twitter: http://www.twitter.com/dhsummit
Hashtags: #digitalhealthces #ces2016
Photos: https://www.flickr.com/digitalhealthsummit
- Dave deBronkart is an advocate for engaged patients and participatory medicine. He founded the e-Patient Scholars Academy.
- In 2007, he was diagnosed with stage IV kidney cancer but researched online and worked with other patients, which helped him find more effective treatment.
- Connected patients have access to more information sources than ever before due to the internet and social media. This shifts the traditional sources of medical knowledge and competence.
Presentation delivered to the eHealth Investigative Partnership Program on April 19, 2012. Supporting references and notes at http://wiki.ubc.ca/Documentation:EHealth_Strategy_Office/Project_Documentation/eHIPP/april-2012-sxsw
A basic introduction into evolution of web architecture, fragmented healthcare, rise of e-patients and a peek at how clinicians use of social media in healthcare
This document discusses a new wearable device called FitTrack that allows users to receive messages from their body. FitTrack measures various body activities, vitals and sleep patterns through a bracelet or earpiece connected via the internet to a doctor. The document then presents logo design concepts, social media marketing plans and website wireframes for FitTrack.
Wearable Medical Records Talk at Wearables Tech Conferencedrchrono
This document discusses wearables in healthcare and their increasing role. It notes that 75,000 physicians have signed up, 270 million health records have been processed in 2014, and 4 million patients are on the platform. It also provides case studies of how different doctors have used the technology, including using medical speech to text, digital records instead of paper, and accessing notes from anywhere. Finally, it discusses trends driving wearables like decreasing hardware costs, increased computing power based on Moore's Law, and the growth of smartphones, connected devices, and cloud computing.
Wearable Medical Records Talk at Wearables Tech ConferenceDaniel Kivatinos
Daniel Kivatinos, cofounder and COO of drchrono talks about Wearable Medical Records at the Wearable Tech Conference
http://www.wearablestechcon.com/
A video of this talk can be found here:
https://www.youtube.com/watch?v=Bm6NP7cPDNI&feature=youtu.be
Smartphones have radically changed medicine by giving doctors access to medical information, records, and colleagues from any location. Apps allow remote monitoring of patients and diagnostics like ECG readings. As sensors and artificial intelligence improve, smartphones will take on more medical roles like monitoring organs and managing chronic conditions. While technology expands access to care, doctors will still be needed for human touch, guidance, and complex treatments. Overall, smartphones are transforming healthcare by connecting doctors, patients, and data in new ways.
mHealth Israel_Jonathan Kanevsky_The Future of MedicineLevi Shapiro
Presentation by Dr. Jonathan Kanevsky for the mHealth Israel community, "Turning Doctors into Champions". The presentation included four parts: Behavior changes in medicine, Abstraction to inspire innovation, 3 key areas of product development, How to innovate for doctors
mobile and #socialmedia - the cutting-edge #diabetes technology of the future...Joyce Lee
These slides are adapted from a talk that I gave in April at the 2014 Clinical Diabetes Technology Meeting in Los Angeles, about mobile technology and social media. I was honored to be presenting at the event. Thanks to Dr. Klonoff and the diabetes online community! Also, here was homework that I made for the site: http://joyceisplayingontheinter.net/andtalkingaboutdiabetestech.html
1. The document discusses the challenges of implementing augmented intelligence in the life sciences industry. It notes that achieving the right human-AI partnership requires having the right intelligence, mindset, data, and expertise.
2. Three key challenges are highlighted - ensuring relevant data, developing deep subject matter expertise, and cultivating a growth mindset. Overcoming these challenges requires aligning human-centered solutions using the appropriate intelligence supported by data and relying on expert knowledge.
3. The hardest part of augmented intelligence in life sciences is implementing it in a way that improves clinical outcomes for healthcare providers and patients through better decision making and performance. This requires getting the right balance of intelligence, data, expertise, and mindset.
- The document outlines initiatives by the Computer Science Department related to health informatics, including the establishment of a Center for Computer Science Research in Health Informatics and a graduate specialization in health informatics.
- It also describes the creation of an Education Program for Health Informatics Professionals to provide continuing education to IT and health professionals through distance learning courses in applied health informatics.
- A number of faculty members are identified who have research interests relevant to health informatics, and potential areas for future health informatics research are listed.
Theera-Ampornpunt N. The intersection of ICT and health informatics research. Presented at: Faculty of ICT, Mahidol University; 2012 Feb 24; Bangkok, Thailand.
Best practices to assess and enhance brain function via mobile devices and ...SharpBrains
The document discusses best practices for assessing and enhancing brain function using mobile devices and wearables. It summarizes presentations from several speakers at a conference on this topic. Corinna Lathan discussed a mobile reaction time testing system called DANA that can help detect neurocognitive impairment. Eddie Martucci discussed his company Akili's approach of making medicine more engaging through digital games. Alex Doman talked about how wearables can provide personalized sleep reporting. Joan Severson presented on her company's BrainBaseline platform, which integrates cognitive performance measures with lifestyle data to track brain health over time.
This document discusses the development and management of information systems in healthcare. It outlines how health IT can help improve quality of care by making information more accessible and reducing errors. Effective management of IT requires balancing people, processes, and technology, and using strategic and project management approaches. Health IT development may involve in-house or outsourced software solutions using methodologies like waterfall or agile development. The goal is to apply technology to enhance care while considering the complex, information-rich nature of healthcare.
Presented at the Healthcare CEO50 Certificate Program, School of Hospital Management, Faculty of Medicine Ramathibodi Hospital, Mahidol University, Bangkok, Thailand on October 4, 2021
Talk entitled "from the Virtual Human to a Digital Me" presented at the Virtual Physiological Human 2012 Conference held at IET Savoy, Savoy Place, London, 18-20 September 2012.
The document provides information about library and information science programs, including their focus on improving access to information resources and positively impacting people's lives. Specific areas of study are listed, such as literacy development, library administration, and reference services. The programs aim to train students to manage information and connect people to resources.
OHSU Informatics Discovery Lab - 2014 Research WeekDeborah Woodcock
The Informatics Discovery Lab (IDL) within the Department of Medical Informatics & Clinical Epidemiology (DMICE) at OHSU is a collaborative environment that partners with healthcare, industry, and philanthropy to solve real-world problems using informatics. The IDL's mission is to address major information challenges in healthcare and biomedicine through strong collaboration. Current activities of the IDL include an industry speaker series, a partnership with Epic to expand the use of their EHR for education and research, data analytics collaborations, and defining projects with industry partners in areas like terminology and speech recognition.
The document discusses using user personas to guide the design of a healthcare portal. It describes conducting research including interviews with 43 users from 4 countries to develop 9 personas representing the goals and needs of key user groups such as radiologists, administrators, and patients. The personas are used to ensure the portal design meets user needs and supports critical tasks.
[Case Study] Physician, Know Thy User: Using Personas to Target Content and U...Scott Abel
Presented by Joe Sokohl at Documentation and Training Life Sciences, June 23-26, 208 in Indianapolis.
Ever have a project fail? You met with your project team, you talked with the customer, you reviewed technical requirements. But did you talk to your users? Just as one diagnosis doesn’t fit all patients, one application’s approach doesn’t work for all users. Know who accesses your information and uses your applications. Only then choose your features. Using a case study of a multinational project covering four countries, 10 business units, and tens of thousands of content elements, we’ll explore personas, scenarios, and other user-centered techniques. We’ll look at identifying users as well as segregating content according to users and regulatory needs.
What was involved in this cases study?
First we analyzed the 10 business units and their approaches and definitions of business goals. Next we analyzed industry standards for medical devices and their usage.
But that wasn’t enough. We interviewed 40 people in 4 countries, and created an information architecture prototype. We then tested this prototype in hospitals, doctors’ offices, and on site where medical devices were in use.
Based on this contextual inquiry, we refined the architecture and our understanding of the users. Decisions were then made on what type of content would be both appropriate and legal for each user and in each country.
Only with a solid understanding of the users and their goals could we define a flexible, extensible, and usable information and content architecture.
This document summarizes a faculty information session on mobile teaching and learning. It outlines mobile devices, policies, apps, and how mobile technologies can be used as teaching tools. It discusses using social media and healthcare informatics. It provides examples of apps faculty are using, websites for course materials, and how mobile devices can enhance learning and patient care while maintaining privacy and professional standards.
Open Insights Harvard DBMI - Personal Health Train - Kees van Bochove - The HyveKees van Bochove
In this talk, the Personal Health Train concept will be introduced, which enables running personalized medicine workflows as trains visiting data stations (e.g. hospital records, primary care records, clinical studies and registries, patient-held data from e.g. wearable sensors etc.) The Personal Health Train is a very powerful concept, which is however dependent on source medical data to be coded with appropriate metadata on consent, license, scope etc. of the data, and the data itself to be encoded using biomedical data standards, which is an ever growing field in biomedical informatics. In order to realize the Personal Health Train biomedical data will need to be FAIR, i.e. adopt the FAIR Guiding Principles. This talk will cover the emerging GO-FAIR international movement, and provide examples of how several European health data networks currently are adopting open standards based stacks, to enable routine health care data to be come accessible for research.
Adopting Information Systems in a Hospital - A Case Study & Lessons LearnedNawanan Theera-Ampornpunt
This document summarizes the journey of adopting health information technology (IT) at Ramathibodi Hospital in Thailand over four generations from 1987 to the present. It describes the hospital's transition from a file-based system built in-house to a more standardized, project-based approach integrating commercial and custom-built systems. Key lessons learned include the strategic advantage of early IT adoption, balancing customization with standardization, and making careful build vs. buy decisions that consider long-term sustainability. The goal of health IT should be improving care quality, efficiency and supporting clinical and organizational strategies.
Themes and objectives:
To position FAIR as a key enabler to automate and accelerate R&D process workflows
FAIR Implementation within the context of a use case
Grounded in precise outcomes (e.g. faster and bigger science / more reuse of data to enhance value / increased ability to share data for collaboration and partnership)
To make data actionable through FAIR interoperability
Speakers:
Mathew Woodwark,Head of Data Infrastructure and Tools, Data Science & AI, AstraZeneca
Erik Schultes, International Science Coordinator, GO-FAIR
Georges Heiter, Founder & CEO, Databiology
Andy Henton and Martin Hess of InsideScientific discuss webinar best-practices including strategy, content development, audience engagement, collecting market intelligence and setting the stage for the next step in your sales process.
Key topics covered during the presentation include
- creating an Objective-Based Strategy
- Content: Who, What and How
- Registration & Attendance trends and strategy
- gathering Market Intelligence
- Post Webinar Plan: Content Creation, Personas, and Action!
The future interface of mental health with information technology: high touch...HealthXn
The document discusses the future of mental health and technology, including:
- Technology may help address challenges in healthcare systems but also presents pitfalls if not implemented carefully.
- The roles of health professionals and patients may change as technology becomes more integrated in care, requiring new skills.
- Data and information from various sources can provide insights if analyzed properly, but also raise privacy and security concerns.
- Future health systems will rely more on knowledge management and using data/analytics to provide personalized, predictive care while maintaining the human touch.
Similar to Geoff what is_medical_informatics_oct2012 (20)
3. Medicine, Computer Science, and Clinical
Informatics
Intro and background
What is Biomedical Informatics?
Career paths in Biomedical Informatics
Lessons from Academia and Industry
HealthTap University
Slide 3
4. My Path to Academic Informatics
Undergrad and Med School
- math physics computer science, then biology,
biochemistry and medicine
- A med school with a strong clinical tradition (McGill)
Clinical medicine
- Internal Medicine residency, practice of Emergency
Medicine at community hospitals
- Clinical faculty at UCSD and Stanford
Informatics
- Stanford program in Medical Information Sciences
- Faculty at Harvard Medical School
Slide 4
5. What is Biomedical Informatics?
Components of NLM Informatics Training Programs:
•Bioinformatics and/or computational biology
•Translational informatics and clinical research
•Structural informatics (imaging)
•Clinical informatics
•Public health informatics
Slide 5
6. Biomedical Informatics
Biomedical Informatics Methods, Techniques,
Basic Research and Theories
Imaging Clinical Public Health
Bioinformatics Informatics Informatics Informatics
Applied Research
Molecular and
Cellular Tissues and Individuals Populations
Processes Organs (Patients) And Society
Slide 6 From E.H. Shortliffe
7. Biomedical Informatics Research Areas
Biomedical Biomedical
Knowledge Data
Biomedical
Research
Machine learning Planning & Real-time acquisition
Knowledge Data
Text interpretation Data Analysis Imaging
Acquisition Acquisition
Knowledge engineering Speech/language/text
Specialized input devices
Knowledge Inferencing Data
Base System Base
Information Treatment Human Image
Model Diagnosis Teaching
Retrieval Planning Interface Generation
Dev.
8. <domain name> Informatics
The practice of informatics, most generally, requires
the presence of two components:
(1) A set of skills and methodologic tools derived from
knowledge of the basic informational and computing
sciences; and
(2) Knowledge, experience, and activity in one or more
application domains. The coexistence of, and interactions
between, these key components gives meaning and
significance to informatics as a field
(Friedman, ACMI)
Slide 8
9. Clinical Informatics
My motivation:
- Improve processes and outcomes of clinical care, using
automation
There are many paths and career options to
accomplish this
Slide 9
10. Career Paths in Biomedical Informatics
Academic
- Research, teaching, administration
Health-system operational roles
- EG CIO, CMIO, or director for information technology
- Digital library management
Corporate research and development
- For profit and non profit organizations
Business opportunities
- From startups to mid size to mega corporations
• Biotechnology/pharmaceutical companies
• Medical/hospital information system companies
• Online/mobile
- Interactive Health
Slide 10
11. What I Learned in Academia
Creating a credible research agenda while in a full time clinical
faculty role is “challenging”
- A research career requires dedicated time for gestation
• Spend that time with a very smart group of researchers
- The right mentor can make all the difference
Research opportunities/awards come easily to those who
have all their ducks lined up
- Right training
- Right institution
- Right mentors/advisors
- Right preliminary/foundational research
Your measure of success is publications
- Having high impact is good
- But productivity is measured by quantity
- Closely linked to future success in funding
Slide 11
12. What I wish I had figured out sooner
How to pick your research topic
- First, pick your ideal next job
• Where is it?
• Who will interview you for that job?
• Who will be in the audience at your job talk?
- Make sure your job talk will be compelling for the people
in that audience
• If the results of your research are not interesting to your
next employer, then you picked the wrong employer (or the
wrong research)
Slide 12
13. My Path to Industry:
Internet Startups
- The potential of the Internet for health was obvious 20 years ago
- Healtheon was an early entrant in Internet health
- Wellsphere pursued a model of wellness, and consumer health
information for the healthy
HealthTap
- Now 2 years old, has led the new era in Interactive
Health
- The power of mobile
Slide 13
14. Moving From Academia to Industry
A well capitalized small company is an incredible
opportunity
• An early phase company will change it’s business plan and
objectives with some regularity
• You can redefine yourself regularly (you have to adapt)
• Seize opportunities as they arise
Starting your own company is hard
- Requires a team effort, and knowledge of the hurdles
- It’s best to be either naïve or brilliant
- Success often depends on timing
What I wish I had learned sooner
- Business is business, retain your perspective
- Diversify
• Your personal stake in the business is already huge, maintain
perspective (diversify)
Slide 14
15. Observations On Working in Industry
Take time to figure out how the business works
Trust and respect are earned
- It is lethal to expect special treatment based on your credentials or prior
accomplishments
Be kind, respectful, and helpful to your colleagues
Put the company’s needs first
- Position everything you do as essential to the pursuit of company goals
Don’t ignore corporate politics
- Make yourself helpful/indispensible to others
- Figure out who is threatened by you – make them your advocate (and be aware
you could be blindsided)
Be flexible: Consider opportunities that involve work outside your areas of
expertise/experience
- Especially if there is no one better equipped to figure it out than you, and even
more so if it is important to the future of the business
Slide 15
16. Mission
Measurably prolong the life expectancy
of humankind and improve people’s quality
of life by enabling immediate access to the
best health experts and their knowledge
anytime, anywhere
31. HealthTap
University
Interact with and help real
patients
Discover what patients mean
when they ask questions
Learn from highly experienced,
expert clinicians
35. The Future Is Finally Here
but not evenly distributed
Imagine a world in which most doctors are
available and accessible online
And every interaction that is more efficient when
done electronically is available online
Health care/clinical informaticsPrinciples and methods affecting direct patient care, and informational support for healthcare consumersBioinformatics and/or computational biologyPrinciples and methods to support basic research in genomics, proteomics, cheminformatics, systems biology, and simulation/modeling of biological systemsClinical research and translational informaticsPrinciples and methods for “bench to bedside” translational research, genome-phenome relationships, pharmacogenomics, drug discovery, clinical trialsPublic health informaticsPrinciples and methods to build public health infrastructure
When at home in the middle of the nightWhile walking on the streetWhile waiting for the elevatorFrom the comfort of your seatOn the bus or trainAsk a question anytime, anywhere … even while attending a panel at the Medicine-X conference
For the first time ever, doctors are systematically reviewing and judging the opinions of other experts. Doctors on HealthTap provide a new answer to a question, or “Agree” with an existing answer. Patients see which answers other doctors agree with (and which they don’t)
Empowered patients want to discover the latest advances from the research literatureMedical experts publish clinically relevant articles, but in language that is impenetrable to most patientsHealthTap enables both plain language summaries of medical publications, and discussions among patients and experts on the meaning and implications of published studies
Consumers on HealthTap find experts:By DocScore,By “Known for” topics,By the answers they give,By publications,By distanceConsumers can request answers from specific physiciansIncluding images in their questions,And their health history
HealthTap has built the world’s largest and most complete consumer health ontology. The ontology enables understanding of consumer language: Find the most relevant similar questionsSelect the most relevant specialists for each questionIdentify and organize the health topics of greatest interest to experts and consumers