We hacked the 2014 Diabetes Technology Meeting! A presentation by John Costik, Adrien de Croy, Weston Nordgren II, The Nightscout community, and Joyce Lee, MD, MPH, Doctor as Designer. John has the video; we will embed when it's available.
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
Social Media: A Useful Tool for Patient-centered Outcomes Research?Joyce Lee
The document discusses the potential of social media and mobile health technologies to improve patient-centered outcomes. It notes that 75% of children with type 1 diabetes fail to achieve recommended blood sugar goals, questioning whether the fault lies with patients or with outdated healthcare designs. It outlines barriers to using mobile health like data access issues and a lack of connection to providers. The document advocates for patients as experts, makers and collaborators in developing new diabetes technologies and tools through open collaboration like the Nightscout project. It contrasts the traditional passive and closed MD-patient relationship with active, collaborative and open patient-to-patient models enabled by social media.
Mobile Innovation Summit - Patient EngagementManeesh Juneja
This document summarizes a presentation about how mobile health apps, data from sensors and smart devices could increase patient compliance with medications, adherence to treatment plans, and reduce medication errors. The presentation discusses emerging technologies like sensors, big data, smart pills and wearable devices. It provides examples of digital pills and patches that can track medication ingestion and physiological responses. The presentation considers implications for patients, doctors, and healthcare organizations and questions if these technologies will simplify or complicate care.
The document discusses the increasing use of smartphones in medicine by physicians, medical students, and patients. It provides examples of smartphone apps that can be used for patient care and monitoring, communication between healthcare providers, medical education and reference. Some apps allow remote monitoring of vital signs, video consultations, and medical imaging. Effective use of smartphones requires addressing issues of privacy, professionalism, and conflicts of interest. Guidelines are needed on selecting apps that are accurate, regularly updated, and produced by reputable sources.
Stepping out of the library: Use of iPads for Patient Careevardell
This document summarizes the initial process of a project to promote medical app usage among physicians through iPad trials. Key steps included obtaining funding, creating surveys, getting IRB approval, selecting apps, and promoting the project. 46 surveys were collected, with responses about resource usage and potential iPad benefits. Four iPads were distributed to selected participants, including an emergency physician. Monthly usage surveys will track the impact on clinical care.
This document profiles "e-Patient Dave" deBronkart and his journey from being diagnosed with cancer in 2007 to becoming a prominent advocate for participatory medicine and empowering patients. It describes his early career in marketing and technology, how he turned to blogging and researching his condition online after his cancer diagnosis, and how he has since become a full-time speaker and advisor on issues of patient engagement and empowerment, publishing over 1400 blog posts and articles on the topic. It stresses the importance of patients being able to access and share health information online to become better informed and engaged in their own care.
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.
1) Smartphones allow doctors to connect with colleagues, access online medical information and journals, and use medical reference apps.
2) Apps are being developed that turn smartphones into tools like stethoscopes and eye exam kits.
3) While smartphones provide benefits, they also pose risks like privacy breaches and expectations that doctors are always on call.
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
Social Media: A Useful Tool for Patient-centered Outcomes Research?Joyce Lee
The document discusses the potential of social media and mobile health technologies to improve patient-centered outcomes. It notes that 75% of children with type 1 diabetes fail to achieve recommended blood sugar goals, questioning whether the fault lies with patients or with outdated healthcare designs. It outlines barriers to using mobile health like data access issues and a lack of connection to providers. The document advocates for patients as experts, makers and collaborators in developing new diabetes technologies and tools through open collaboration like the Nightscout project. It contrasts the traditional passive and closed MD-patient relationship with active, collaborative and open patient-to-patient models enabled by social media.
Mobile Innovation Summit - Patient EngagementManeesh Juneja
This document summarizes a presentation about how mobile health apps, data from sensors and smart devices could increase patient compliance with medications, adherence to treatment plans, and reduce medication errors. The presentation discusses emerging technologies like sensors, big data, smart pills and wearable devices. It provides examples of digital pills and patches that can track medication ingestion and physiological responses. The presentation considers implications for patients, doctors, and healthcare organizations and questions if these technologies will simplify or complicate care.
The document discusses the increasing use of smartphones in medicine by physicians, medical students, and patients. It provides examples of smartphone apps that can be used for patient care and monitoring, communication between healthcare providers, medical education and reference. Some apps allow remote monitoring of vital signs, video consultations, and medical imaging. Effective use of smartphones requires addressing issues of privacy, professionalism, and conflicts of interest. Guidelines are needed on selecting apps that are accurate, regularly updated, and produced by reputable sources.
Stepping out of the library: Use of iPads for Patient Careevardell
This document summarizes the initial process of a project to promote medical app usage among physicians through iPad trials. Key steps included obtaining funding, creating surveys, getting IRB approval, selecting apps, and promoting the project. 46 surveys were collected, with responses about resource usage and potential iPad benefits. Four iPads were distributed to selected participants, including an emergency physician. Monthly usage surveys will track the impact on clinical care.
This document profiles "e-Patient Dave" deBronkart and his journey from being diagnosed with cancer in 2007 to becoming a prominent advocate for participatory medicine and empowering patients. It describes his early career in marketing and technology, how he turned to blogging and researching his condition online after his cancer diagnosis, and how he has since become a full-time speaker and advisor on issues of patient engagement and empowerment, publishing over 1400 blog posts and articles on the topic. It stresses the importance of patients being able to access and share health information online to become better informed and engaged in their own care.
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.
1) Smartphones allow doctors to connect with colleagues, access online medical information and journals, and use medical reference apps.
2) Apps are being developed that turn smartphones into tools like stethoscopes and eye exam kits.
3) While smartphones provide benefits, they also pose risks like privacy breaches and expectations that doctors are always on call.
CareNovate Magazine 2015 winter issue rich tips and resources on hiring a caregiver, wearable technologies insights features 4 XXinHealth enterprenuers. Book review by 10 year old on Dementia. Highlight on "app we love, Migraine Buddy". Bravo to FACE Africa.
The document discusses the use of smartphones in medical practice. It begins by asking doctors if they currently use smartphones and if they think smartphones could be beneficial. It then outlines the history and evolution of smartphones from early devices to modern smartphones with numerous features.
The document details many current and potential future uses of smartphones in medicine, including using smartphone apps and attachments to function as medical devices like stethoscopes, pulse oximeters, and ECG monitors. It also discusses how smartphones can be used for communication, research, education and reference. The take home message is that smartphones will increasingly help doctors and act as good companions in the future as technology advances, allowing more precise treatment and monitoring of patients.
This document discusses mobile medicine. Mobile medicine uses mobile communication devices like smartphones to diagnose diseases. It is beneficial because most people now own mobile phones, which provide easy access to medical information anywhere. Examples of mobile medicine applications discussed are medical apps, a smoking cessation app called Q Sense, a sleep monitoring device called Sleep Sense, mobile ECG and ultrasound devices, and a diabetes glucose monitor called Dario. The conclusion is that mobile medicine can help improve health by making diagnosis and health monitoring more accessible.
Healthcare Apps Summit London talk by David Doherty 3G Doctor3GDR
This document discusses how healthcare apps are disrupting the traditional healthcare system and provides insights into the future of healthcare and medical app markets. It notes that apps are improving access to healthcare services like diabetes management, sleep coaching, and independent living assistance. The document also addresses whether doctors and seniors will adopt healthcare apps and the need for documentation in apps to improve care and reduce malpractice. It envisions a future where mobile technologies improve the patient experience of healthcare.
The document discusses the potential for mobile health (mHealth) technologies and small data sensing. It describes how sensors in smartphones can be used to monitor health metrics and manage chronic diseases. Some examples discussed include using phone sensors and microphones to monitor lung function for conditions like asthma. Challenges around compliance, cost, and data reliability are also covered. The future of mHealth is predicted to involve integrating more sensors directly into phones and greater involvement of regulatory agencies like the FDA.
Embracing new technology wearables - Dr Nick van TerheydenNick van Terheyden
The document discusses emerging technologies that will transform healthcare, including wearable devices, sensors, robotics, virtual assistants and telehealth. It notes that consumers are increasingly willing to use technologies like video visits with doctors and sensors to monitor health at home. The future will see an exponential growth of data from these sources that will challenge data management and require new approaches beyond the traditional scientific method. Overall, technologies like genomics, artificial intelligence and 3D printing will revolutionize disease diagnosis and treatment.
The document describes a mobile app called eMedToday Hospital Mobile App that is designed to engage patients digitally and strengthen the relationship between hospitals and patients. It discusses how smartphones and mobile technology can transform healthcare by allowing targeted health information delivery and increased productivity. The app aims to provide patients with daily health content, a medical library, doctor questions/answers, health trackers, ebooks and hospital event information. Its goals are to create a personalized healthcare experience for patients, boost the hospital brand, and facilitate preventative care through an engaging digital platform.
Apps for good pitch presentation - Bluedragon's idoctor appcardinalwisemanICT
The app "iDoctor" aims to provide quick solutions for common illnesses by allowing users to check their temperature using their smartphone and search symptoms to determine appropriate next steps. It is targeted towards busy parents who may not have time to visit the doctor for minor issues. The app will use heat detectors in smartphones to measure temperature and include an database of remedies and advice. Market research found many parents do not have time for doctor visits or home thermometers. Competitors only measure temperature, while iDoctor will also suggest care options. The feasibility study confirmed smartphones can detect heat to measure temperature. The app will launch with promotions to increase initial downloads and awareness before becoming a paid download.
The document proposes an app called HealthGO that would allow users to search for local health centers by zip code and insurance provider. The app would make it easier for people to find accepted doctors' offices and clinics nearby rather than making multiple phone calls. It aims to help everyone conveniently access healthcare services in their community.
Thank us later-5 Healthcare App Ideas To Copy Right AwayInnofied Solution
Do you want to serve many patients at once? With a healthcare app, you can revamp the healthcare industry. Watch this presentation to know which healthcare sector is demanded an app!
7 Pitfalls to Avoid in mHealth Web or App Design— White PaperUBM Canon
This document discusses the convergence of medical and wellness devices, which means health care providers and mHealth companies now face issues that medical device companies have long dealt with, such as navigating regulatory approval and data sharing concerns. As devices collect more body metrics with greater accuracy, they blur the lines between medical and wellness uses. The document outlines seven pitfalls to avoid in mHealth app and web design: 1) expecting eager adoption from reluctant users; 2) letting feature creep overwhelm usability; 3) relying too heavily on expert opinions without considering typical users; 4) assuming you know how users will behave without testing; 5) presenting data in confusing or alarming ways; 6) unintentionally triggering regulatory approval needs; and
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.
The Art of Practice Management Dental Pearls - March 2015Marianne Harper
An insightful and informative newsletter from the Art of Practice Management. A dental practice management consulting company that focuses on revenue and collection systems, front desk systems and forms, dental insurance processing, medical/dental cross-coding systems and employment-law compliance.
Tech tools such as FLIR, Butterfly IQ, and Olloclip phone adapters allow rheumatologists to remotely monitor patients using infrared thermal imaging, ultrasound, and nailfold capillaroscopy. Wearable biosensors can also passively monitor patients remotely. Virtual reality is being used to help with chronic pain management, drug dependence, anxiety, and rehabilitation. However, challenges include issues around privacy, payment models, applicability, internet access, maintenance, and ethics. The future of medicine will likely involve more machine-assisted diagnosis and treatment, but it is up to doctors to help shape how technology transforms healthcare.
This presentation discusses technologies for keeping seniors safe and healthy at home, including medical alert systems, fall detection, medication reminders, and activity tracking. It notes that proactively addressing issues like falls and chronic disease management can improve health outcomes. Remote patient monitoring can reduce hospital visits and increase patient satisfaction. Future technologies will seamlessly integrate monitoring into daily life through wearables and smart home devices, while maintaining user privacy and control. The goal is to empower users and inspire healthy habits through personalized care plans and gamification features.
Apollo Net is a software that allows doctors around the world to access medical equipment and assistance when needed. It gives doctors more resources through an online platform accessible via computers and tablets. The software allows doctors to request equipment, get help from volunteer doctors, and receive input on illnesses to provide better patient care even in areas without access to hospitals.
This presentation discusses Eleven Biotherapeutics' development pipeline and upcoming milestones. Eleven is developing two protein therapeutics: Isunakinra, a topical IL-1 receptor blocker in Phase 3 for allergic conjunctivitis, with topline data expected in 1Q16; and EBI-031, a long-acting intravitreal IL-6 antibody planned to enter IND in 1H16 for diabetic macular edema and uveitis. The company highlighted opportunities for these programs to address unmet needs in large ophthalmic markets and provided an overview of upcoming clinical trial timelines and goals.
The document describes Google's smart contact lens, which contains a glucose sensor and wireless chip embedded between soft lens materials. The sensor measures blood sugar levels through tear fluid, while the wireless antenna safely transmits information outside the eye. These smart contact lenses could help people with diabetes by continuously and closely monitoring glucose levels in tears without pain.
Digital ophthalmology is a rapidly growing sector within digital health. The digital health industry is experiencing a "perfect storm" of factors driving growth, including rising healthcare costs, increased consumer spending on health, and incentives from the Affordable Care Act. One accelerator program, Eye Focus Health Accelerators, supports over 16 eye care companies through a 12-week program providing financing, mentoring, product development support, and connections to ophthalmologists.
Talk given to Edinburgh College of Art Design Informatics group on 7th November 2013. The talk focused on giving a very brief intro to participatory design, and then talked through three case studies of participatory design with older citizens.
Participatory Design and the Making of Health: My TEDx Detroit TalkJoyce Lee
This document discusses participatory design in healthcare. It describes how the author collaborated with patients to design educational videos about food allergies after her son was diagnosed. This led to the videos being shared widely online and her son gaining confidence as an expert. The author advocates for participatory design and positioning patients as experts, makers, and collaborators. She founded HealthDesignBy.Us to bring together patients, designers, and healthcare providers to collaboratively design solutions.
CareNovate Magazine 2015 winter issue rich tips and resources on hiring a caregiver, wearable technologies insights features 4 XXinHealth enterprenuers. Book review by 10 year old on Dementia. Highlight on "app we love, Migraine Buddy". Bravo to FACE Africa.
The document discusses the use of smartphones in medical practice. It begins by asking doctors if they currently use smartphones and if they think smartphones could be beneficial. It then outlines the history and evolution of smartphones from early devices to modern smartphones with numerous features.
The document details many current and potential future uses of smartphones in medicine, including using smartphone apps and attachments to function as medical devices like stethoscopes, pulse oximeters, and ECG monitors. It also discusses how smartphones can be used for communication, research, education and reference. The take home message is that smartphones will increasingly help doctors and act as good companions in the future as technology advances, allowing more precise treatment and monitoring of patients.
This document discusses mobile medicine. Mobile medicine uses mobile communication devices like smartphones to diagnose diseases. It is beneficial because most people now own mobile phones, which provide easy access to medical information anywhere. Examples of mobile medicine applications discussed are medical apps, a smoking cessation app called Q Sense, a sleep monitoring device called Sleep Sense, mobile ECG and ultrasound devices, and a diabetes glucose monitor called Dario. The conclusion is that mobile medicine can help improve health by making diagnosis and health monitoring more accessible.
Healthcare Apps Summit London talk by David Doherty 3G Doctor3GDR
This document discusses how healthcare apps are disrupting the traditional healthcare system and provides insights into the future of healthcare and medical app markets. It notes that apps are improving access to healthcare services like diabetes management, sleep coaching, and independent living assistance. The document also addresses whether doctors and seniors will adopt healthcare apps and the need for documentation in apps to improve care and reduce malpractice. It envisions a future where mobile technologies improve the patient experience of healthcare.
The document discusses the potential for mobile health (mHealth) technologies and small data sensing. It describes how sensors in smartphones can be used to monitor health metrics and manage chronic diseases. Some examples discussed include using phone sensors and microphones to monitor lung function for conditions like asthma. Challenges around compliance, cost, and data reliability are also covered. The future of mHealth is predicted to involve integrating more sensors directly into phones and greater involvement of regulatory agencies like the FDA.
Embracing new technology wearables - Dr Nick van TerheydenNick van Terheyden
The document discusses emerging technologies that will transform healthcare, including wearable devices, sensors, robotics, virtual assistants and telehealth. It notes that consumers are increasingly willing to use technologies like video visits with doctors and sensors to monitor health at home. The future will see an exponential growth of data from these sources that will challenge data management and require new approaches beyond the traditional scientific method. Overall, technologies like genomics, artificial intelligence and 3D printing will revolutionize disease diagnosis and treatment.
The document describes a mobile app called eMedToday Hospital Mobile App that is designed to engage patients digitally and strengthen the relationship between hospitals and patients. It discusses how smartphones and mobile technology can transform healthcare by allowing targeted health information delivery and increased productivity. The app aims to provide patients with daily health content, a medical library, doctor questions/answers, health trackers, ebooks and hospital event information. Its goals are to create a personalized healthcare experience for patients, boost the hospital brand, and facilitate preventative care through an engaging digital platform.
Apps for good pitch presentation - Bluedragon's idoctor appcardinalwisemanICT
The app "iDoctor" aims to provide quick solutions for common illnesses by allowing users to check their temperature using their smartphone and search symptoms to determine appropriate next steps. It is targeted towards busy parents who may not have time to visit the doctor for minor issues. The app will use heat detectors in smartphones to measure temperature and include an database of remedies and advice. Market research found many parents do not have time for doctor visits or home thermometers. Competitors only measure temperature, while iDoctor will also suggest care options. The feasibility study confirmed smartphones can detect heat to measure temperature. The app will launch with promotions to increase initial downloads and awareness before becoming a paid download.
The document proposes an app called HealthGO that would allow users to search for local health centers by zip code and insurance provider. The app would make it easier for people to find accepted doctors' offices and clinics nearby rather than making multiple phone calls. It aims to help everyone conveniently access healthcare services in their community.
Thank us later-5 Healthcare App Ideas To Copy Right AwayInnofied Solution
Do you want to serve many patients at once? With a healthcare app, you can revamp the healthcare industry. Watch this presentation to know which healthcare sector is demanded an app!
7 Pitfalls to Avoid in mHealth Web or App Design— White PaperUBM Canon
This document discusses the convergence of medical and wellness devices, which means health care providers and mHealth companies now face issues that medical device companies have long dealt with, such as navigating regulatory approval and data sharing concerns. As devices collect more body metrics with greater accuracy, they blur the lines between medical and wellness uses. The document outlines seven pitfalls to avoid in mHealth app and web design: 1) expecting eager adoption from reluctant users; 2) letting feature creep overwhelm usability; 3) relying too heavily on expert opinions without considering typical users; 4) assuming you know how users will behave without testing; 5) presenting data in confusing or alarming ways; 6) unintentionally triggering regulatory approval needs; and
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.
The Art of Practice Management Dental Pearls - March 2015Marianne Harper
An insightful and informative newsletter from the Art of Practice Management. A dental practice management consulting company that focuses on revenue and collection systems, front desk systems and forms, dental insurance processing, medical/dental cross-coding systems and employment-law compliance.
Tech tools such as FLIR, Butterfly IQ, and Olloclip phone adapters allow rheumatologists to remotely monitor patients using infrared thermal imaging, ultrasound, and nailfold capillaroscopy. Wearable biosensors can also passively monitor patients remotely. Virtual reality is being used to help with chronic pain management, drug dependence, anxiety, and rehabilitation. However, challenges include issues around privacy, payment models, applicability, internet access, maintenance, and ethics. The future of medicine will likely involve more machine-assisted diagnosis and treatment, but it is up to doctors to help shape how technology transforms healthcare.
This presentation discusses technologies for keeping seniors safe and healthy at home, including medical alert systems, fall detection, medication reminders, and activity tracking. It notes that proactively addressing issues like falls and chronic disease management can improve health outcomes. Remote patient monitoring can reduce hospital visits and increase patient satisfaction. Future technologies will seamlessly integrate monitoring into daily life through wearables and smart home devices, while maintaining user privacy and control. The goal is to empower users and inspire healthy habits through personalized care plans and gamification features.
Apollo Net is a software that allows doctors around the world to access medical equipment and assistance when needed. It gives doctors more resources through an online platform accessible via computers and tablets. The software allows doctors to request equipment, get help from volunteer doctors, and receive input on illnesses to provide better patient care even in areas without access to hospitals.
This presentation discusses Eleven Biotherapeutics' development pipeline and upcoming milestones. Eleven is developing two protein therapeutics: Isunakinra, a topical IL-1 receptor blocker in Phase 3 for allergic conjunctivitis, with topline data expected in 1Q16; and EBI-031, a long-acting intravitreal IL-6 antibody planned to enter IND in 1H16 for diabetic macular edema and uveitis. The company highlighted opportunities for these programs to address unmet needs in large ophthalmic markets and provided an overview of upcoming clinical trial timelines and goals.
The document describes Google's smart contact lens, which contains a glucose sensor and wireless chip embedded between soft lens materials. The sensor measures blood sugar levels through tear fluid, while the wireless antenna safely transmits information outside the eye. These smart contact lenses could help people with diabetes by continuously and closely monitoring glucose levels in tears without pain.
Digital ophthalmology is a rapidly growing sector within digital health. The digital health industry is experiencing a "perfect storm" of factors driving growth, including rising healthcare costs, increased consumer spending on health, and incentives from the Affordable Care Act. One accelerator program, Eye Focus Health Accelerators, supports over 16 eye care companies through a 12-week program providing financing, mentoring, product development support, and connections to ophthalmologists.
Talk given to Edinburgh College of Art Design Informatics group on 7th November 2013. The talk focused on giving a very brief intro to participatory design, and then talked through three case studies of participatory design with older citizens.
Participatory Design and the Making of Health: My TEDx Detroit TalkJoyce Lee
This document discusses participatory design in healthcare. It describes how the author collaborated with patients to design educational videos about food allergies after her son was diagnosed. This led to the videos being shared widely online and her son gaining confidence as an expert. The author advocates for participatory design and positioning patients as experts, makers, and collaborators. She founded HealthDesignBy.Us to bring together patients, designers, and healthcare providers to collaboratively design solutions.
How Teaching UX is One Giant Participatory Design ExperimentTricia Okin
Talk given at the UX Antwerp Meet Up - 05-26-2015
Teaching UX (and anything in general) is a large exercise in understanding how others learn and building empathy towards them. You’re teaching people from 24 years old a few years out of university all the way up to 50-something years old and whom are lawyers. You have to be able to make people comfortable enough to acknowledge what they don’t know and not be ashamed of learning. We’ll go through the fun part of teaching and the dark side while translating teaching methods into ways to help your clients understand your design process.
All Together Now: Leveraging Participatory Design to Create Innovative and Us...Katie McCurdy
This workshop was presented at the Healthcare Experience Refactored conference by Susan Dybbs and Katie McCurdy.
***
Dusty, unused PHRs. Complex EHRs out of line with clinicians’ workflows. Clearly many of our best attempts to improve healthcare with digital tools are failing. It’s not for a lack of time or money—it is because the design of these tools is not rooted in users’ needs, behaviors, preferences, or even ergonomics. Now is the time to bring the end user back into the design process.
A Participatory Design session brings end users together to help them articulate their needs and generate solutions. When conducted throughout the design process, this method allows us to create delightful experiences that truly address user’s needs, mental models and context – and that they actually want to use.
Susan and Katie will leverage their experience as User Experience Designers and Researchers to help you get acquainted with the theory and practice behind Participatory Design. By the end of this hands-on workshop, you’ll have a good understanding of participatory design techniques; you’ll understand when participatory design is useful, and you’ll have experienced this technique first-hand as a participant. Whether your end users are patients, healthcare professionals, or administrators, you’ll walk away with the basic skills to conduct your own Participatory Design workshops.
This session is for anyone who wants to understand how to bring the end user’s voice into the design process.
Participatory Design with Older People (Feb 2014)John Vines
Talk given to the University of York HCI Masters on 3rd February 2014. In the lecture I touched on the history of participatory design, and talked about the specific challenges of planning, organising and facilitating design workshops with older people (but also the great insights that this can bring). At the end I talk about some examples of the work I have done on the Banking for the Older Old project.
This is a slight adaptation of the talk given to the same course in 2013.
UX Australia 2016: 5 steps to run a successful design sprintChris Gray
A practical understanding of how to run a successful Design Sprint. 5 key learning’s from our experience:
1. Solve a BIG problem
2. You need five days
3. Involve customers
4. Planning is critical
5. Get the right people in the room
Participatory Design Workshop at the UX Strategies Summit 2015Katie McCurdy
Susan Dybbs and Katie McCurdy co-led a workshop to help attendees at the UX Strategies Summit learn about Participatory Design. We led the group through exercises intended to help them understand what it is like to be a participant in a participatory design session, and then we helped them understand what went into that exercise and how to plan their own session. I've captured resources about participatory design, for anyone who is interested, here: http://katiemccurdy.com/participatory-design/
The document discusses integrating user experience (UX) design into agile development processes. It describes four common approaches: big upfront design, just-in-time design, design spikes, and sprint pairs. The sprint pairs approach has designers work one sprint ahead of developers. The document also discusses tailoring agile projects for UX work, creating UX release plans and roadmaps, conducting user research, and establishing a usability backlog to track and prioritize issues. Seven keys to success with integrating UX and agile are outlined.
Passive data collection entails active patients: Refocusing the UX lens in cl...Medullan
Presented at the PanagoraPharma Clinical Trials & IoT Forum, November 7, 2016.
Sensor technology and connected devices promise a wealth of real-world data for clinical trials without participants seemingly needing to effort. But it’s wrong to conflate the notion of passive data collection with passive patient behavior. Trial subjects need to accept sensor technology and allow it into their lives. Successful trials using IoT connected devices require renewed focus on the user experience, considering how patients, many who may be digitally naïve, adopt and use connected devices. Even when data is collected passively, IoT trials require participants to be engaged, which has significant implications for the design of trials.
The document provides a summary of best practices in healthcare social media based on interviews with healthcare practitioners, researchers, institutions, and marketers. Key recommendations include educating doctors on the benefits of social media for connecting with patients; encouraging hospitals and doctors to utilize mobile apps, online resources, and social media to communicate with patients; and transitioning to electronic medical records to improve information sharing and patient engagement. Overall, social media is changing healthcare delivery by facilitating smarter interactions between doctors and better-informed patients.
This document summarizes best practices in healthcare social media based on interviews with experts. It finds that social media educates patients, humanizes providers, and allows bidirectional communication. Experts recommend starting simply, evaluating content value, and ensuring privacy and legality. Institutions should use mobile and social platforms to engage customers, share pictures and links, and market directly to patients. Overall, social media is changing healthcare by improving access and efficiency while facilitating new forms of communication between providers and patients.
This document summarizes best practices in healthcare social media based on interviews with experts. It finds that social media educates patients, humanizes providers, and allows bidirectional communication. Experts recommend starting simply, evaluating content value, and ensuring privacy and legality. Institutions should use mobile optimization, engage communities, and market directly to patients. Overall, social media is changing healthcare by improving access to information and communication between all parties.
Using Social Media to Facilitate Support Among Patients with Type 1 DiabetesJoyce Lee
Using Social Media to Facilitate Support Among Patients with Type 1 Diabetes
The document discusses how social media is used by patients with type 1 diabetes to form online communities that provide information, emotional support, and opportunities for peer problem-solving. It describes common platforms used, characteristics of community members, and benefits reported like improved self-care, quality of life, and A1C. Open source artificial pancreas systems created by patient innovators are also summarized.
10 Most Trusted Diabetes Solution Providers in 2022.pdfinsightscare
In the following edition of Insights Care, “10 Most Trusted Diabetes Solution Providers in 2022,” we highlight ten such companies that have put forth their innovative foot.
10 Most Trusted Diabetes Solution Providers in 2022V3 2.pdfinsightscare
In the following edition of Insights Care, “10 Most Trusted Diabetes Solution Providers in 2022,” we highlight ten such companies that have put forth their innovative foot.
Webinar materials prepared for Association for Community-Affilitated Plans (ACAP). Healthcare consumerism is coming - are you prepared? As industry changes, so consumers adapt, and today's consumers have a world of information and engagement tools at their fingertips. In this webinar, learn how health insurance organizations and other healthcare companies can increase and improve their consumer experience through meaningful engagement, through social media.
"Wikis, Blogs, Texting, and More" presentation at the U.S. Conference on AIDS in San Francisco on October 30, 2009. Facilitated by Michelle Samplin-Salgado and Miguel Gomez.
Digital Mental Health - UC Berkeley - without hidden - reducedSteven Chan, MD MBA
This document contains a series of tweets from a presentation on digital mental health. It discusses current uses of digital technologies in mental healthcare such as communication between patients and providers and using apps for interventions and monitoring. Challenges discussed include outdated research methodologies and privacy/data concerns with apps. Emerging trends noted include patients taking a more active role in managing their own health using digital tools as the cost of mental healthcare rises and access issues persist.
Digital Health Revolution and the Opportunity for Dietitians to Lead Viable Synergy LLC
This is a presentation that was given at the 96th Annual Conference of the Ohio Academy of Nutrition and Dietetics conference on May 18, 2017. During the session we discussed the rise of digital health and its impact and role in health and healthcare delivery. Innovative software, hardware, and communication solutions were described and use cases discussed. Innovative programs and services being provided by dietitians in our region and around the world were highlighted.
HealthPanel is a platform that connects users to health experts for personalized consultations and shares health data to provide actionable advice. It aims to make healthcare more convenient, accessible, and results-oriented through a feedback loop model. By leveraging diagnostic testing, lifestyle data, and continuous accountability, HealthPanel believes it can help users take control of their health and avoid disease. It sees an opportunity in disrupting traditional healthcare models through personalized, software-based solutions that are simple for everyday people to use.
The Networked Public Physician: Will you take the plunge?Joyce Lee
1) The document is a presentation by Dr. Joyce Lee about using social media as a physician.
2) It discusses how physicians can use platforms like Twitter to engage in conversations about healthcare topics, share research, and learn from patient experiences.
3) Dr. Lee provides examples of how she and other physicians have used social media for research, to connect with online communities, and change how health information is communicated.
I was fortunate to give this talk because of the magic of Twitter. I gave versions of these talks for the Brown University Emergency Department, and a Durham Design Thinking Course! Special thanks to @JBaruchMD, @meganranney, @jonodoc, & @KLDonohue85!
Wearables and Mobile Move Health into Your Home - Candice HughesInnovation Women
TRANSCRIPT BELOW
Mary-Beth Russo:
Good morning. Good afternoon. Welcome to the Innovation Women Speak Webinar Series. My name is Mary-Beth Russo, and I'm sitting in for Bobby today.
Mary-Beth Russo:
For those of you not familiar with Innovation Women, we are a visibility bureau for entrepreneurial, technical, and innovative women. We connect female speakers with speaking opportunities, and we connect event managers with those speakers.
Mary-Beth Russo:
Our mission is to help women build their brand and advance their career, while eliminating the all male, all stale panels at conferences and events. By the way, if you're not a speaker or on the platform yet, we have a special going. An extension of the discount we gave in honor of Women's History Month. I'll give that code out in just one minute.
Mary-Beth Russo:
Unlike a traditional speakers bureau, when you join Innovation Women you get all of this. You get social media amplification and promotion. You get speaking opportunities. You get speaking invitations. You get a weekly list of over 100 calls for speakers that you can apply to. If you're an author, we promote your book.
Copy and paste this link into your web browser for the full transcript:
https://docs.google.com/document/d/1GQYx6e4QbD28S6q6_KJSEigQQuitNcWPpTjM-aC9dAI/edit?usp=sharing
Coping with Complexity in Healthcare: Enabling Sense-Making Through Great UX ...Tim Merrill
Current trends have expanded the role that people play in monitoring, managing, and making decisions about their health. Whether people are selecting the right health insurance plan, evaluating treatment options, or trying to comprehend and gain actionable insight from complex medical tests or their own fitness data, they are often faced with complex and unfamiliar information and data. Failure to make sense of this information can lead to anxiety, poor decisions, and missed learning opportunities. User experience professionals have an important role to play in improving health care by facilitating comprehension, clarity and actionable insight. In this session we will discuss how to design experiences that support complex decisions and sense-making in the healthcare space. You’ll learn how different types of users approach diverse health information and offer you practical guidance on how to improve their experiences.
This document provides an overview of a presentation on using social media for diabetes. It includes:
1) An agenda for the presentation that covers introductions, presentations, breakout sessions, and Q&A.
2) Biographies of the presenters, Amy Tenderich and Manny Hernandez, who are diabetes advocates and social media experts.
3) A discussion of the value of social media and technology for diabetes care and management. Research is accumulating that social media can help improve outcomes.
4) Guidance on developing a social media strategy and engaging ethically and legally online as a diabetes educator or provider. Concerns around patient privacy, confidentiality and representing your employer must be addressed
Similar to Participatory Design, the "Making of Health", and the Future of Diabetes Technology (20)
This document provides an introduction to design thinking for healthcare designers. It outlines a 6-step process: 1) gain empathy for patients by interviewing them, 2) define problems by capturing findings and perspectives, 3) ideate potential solutions and sketch ideas, 4) share solutions and get feedback on how to improve ideas, 5) prototype the best idea based on feedback, and 6) test the prototype by getting additional feedback from patients.
Design Thinking Workshop Participant WorksheetJoyce Lee
This document outlines steps for improving patient-provider communication, including empathizing with experts through open-ended questions, defining specific problems or needs, ideating potential solutions by sketching at least 6 ideas, prototyping and prioritizing the best idea based on feedback, and testing the idea with a partner. The goal is to clearly define a problem relating to patient-provider communication and generate potential technological or other solutions before improving the selected idea based on feedback.
You are a Designer: A Patient-Centered Design Thinking WorkshopJoyce Lee
This document provides an overview of a patient-centered design thinking workshop for the Frankel Cardiovascular Center. The workshop aims to improve conversations between patients and providers at the cardiovascular center. It introduces design thinking concepts and guides participants through the design process of empathy, defining problems, ideating solutions, prototyping, and testing. Participants will understand patient problems through empathy, develop prototypes to address defined problems, and get feedback to improve their solutions. The goal is for participants to apply a human-centered design approach to enhance the patient experience at the cardiovascular center.
Digital Professionalism for Healthcare StakeholdersJoyce Lee
This document discusses digital professionalism for healthcare stakeholders. It provides general rules about not revealing patient information online, violating laws or policies, or breaching professionalism through one's digital activities. It discusses how the personal and professional identities of healthcare workers are linked online. Case studies examine issues that arose from a medical director's anti-vaccination stance, a dentist providing unsolicited medical advice online, and nurses discussing patients on social media. The document encourages digital hygiene and sharing expertise through online health communities.
This 15-year-old male presented with polyuria, fatigue, and weight loss over the past month. His labs showed severely elevated blood glucose and ketones, along with an A1C of 13%. He was diagnosed with type 1 diabetes and started on basal and bolus insulin therapy. Type 1 diabetes results from beta cell destruction leading to insulin deficiency, whereas type 2 diabetes involves insulin resistance along with relative insulin deficiency. This patient's presentation with ketoacidosis and need for insulin therapy indicates he has type 1 rather than type 2 diabetes.
Lessons can be learned from the DIY diabetes community project Nightscout:
1. Individuals with diabetes and their caregivers have expertise and increasing autonomy in managing their condition.
2. Social media plays an important role in supporting health by allowing for sharing of information and collaboration.
3. Large-scale health innovations can be created through open collaboration on projects, as seen with the numerous improvements to tools like Nightscout, xDrip, and openAPS that have benefited many.
Integrating Design Using the Native Language of HealthcareJoyce Lee
This document discusses integrating design thinking into healthcare. It describes Joyce Lee's background in pediatrics, clinical research, and participatory design. It outlines efforts to engage students in design workshops and create apps for managing diabetes. The document proposes achieving greater adoption of design in healthcare and measuring return on investment. It presents a quality improvement project using interventions like depression screening and shared decision making to improve diabetes outcomes. Throughout, it emphasizes designing with patients and caregivers and not accepting the status quo.
This document outlines an agenda for a design workshop focused on applying human-centered design principles to health care. It introduces design thinking as a problem-solving process consisting of empathy, defining the problem, ideating solutions, prototyping, and testing. The workshop will guide participants through applying this process to create prototypes that address health-related challenges. It emphasizes designing for patients and caregivers as end-users.
This document discusses the concepts of meta-design, participatory design, and the maker movement in the context of digital health technologies and patient-centered design. It provides examples of how patients and caregivers have used open-source code and platforms like Nightscout to design innovations for diabetes management. The document advocates letting patients and caregivers participate directly in the design process through modular tools that allow for remixing and recreating of solutions. It concludes by thanking contributors to the continuous glucose monitoring in the cloud community.
This document discusses strategies for increasing productivity and decreasing distraction. It provides tips for improving focus through deep work scheduling, batching tasks, limiting interruptions from emails and meetings, and using the Pomodoro technique. Suggestions include setting a fixed daily writing time, blocking out entire days for uninterrupted focus, and delegating minor tasks to reduce time spent on shallow work.
Dear Endocrinologist, We No Longer Live in the 1990'sJoyce Lee
This document summarizes the ways in which social media can be used in clinical medicine and research from the perspective of an endocrinologist. It discusses using social media to stay up to date on diabetes technology and innovations, connect with patients and caregivers for research purposes, find new tools and resources, and connect patients and families with online support communities. The document advocates that social media is changing what it means to be a doctor today and encourages leveraging social media rather than fearing it.
Health Outcomes, Quality, and Cost: Opportunities for Pediatric EndocrinologyJoyce Lee
The document summarizes a presentation on opportunities for improving quality, value and population health in pediatric endocrinology through understanding costs and cost-effectiveness. It provides examples of studies analyzing the cost and cost-effectiveness of growth hormone therapy for short stature and different screening strategies for prediabetes and diabetes in children. The results suggest current guidelines may not optimize value and new models of care are needed to improve outcomes and reduce costs.
Dear Healthcare Provider: We No Longer Live in the 1990's Joyce Lee
This document provides guidance and advice for healthcare providers on using social media professionally. It discusses how physicians are now public figures whether they engage online or not. It encourages physicians to join online conversations and build their professional identity on social media. It also provides tips on engaging on Twitter, using hashtags, following others, and crafting tweets while maintaining patient privacy and professionalism.
Applications of Social Media for ResearchJoyce Lee
This document discusses opportunities for using social media in clinical research and health promotion. It begins with statistics on social media usage and describes popular platforms like Facebook, Instagram, Snapchat and Twitter. It then outlines how social media can be used for public health campaigns, measuring outreach, patient recruitment, interventions and rare disease research. Challenges discussed include limitations of online data, disease verification, bias and privacy issues. Examples provided include using Facebook ads to recruit for a tobacco study, hosting surveys on websites and social media pages, and mining social media for diabetes research.
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This document discusses the concept of medical doctors as designers. It describes how the author works at the intersection of design, health, and technology. It provides examples of participatory design projects focused on redesigning medical devices like EpiPens based on input from patients. These projects aim to address problems through an approach of empathy, defining problems based on patient needs, ideating solutions collaboratively, prototyping, and iterative user testing. The author advocates for integrating design practices into healthcare work flows and designing with diverse communities rather than just for them.
Medical Doctor as Maker Designer: Participatory Design for Healthcare
Participatory Design, the "Making of Health", and the Future of Diabetes Technology
1. Participatory Design,
the “Making” of Health,
and the Future of
Diabetes Technology
John Costik, Adrien de Croy, Weston
Nordgren II, The Nightscout community,
Joyce Lee, MD, MPH, Doctor as Designer
3. The promise of mobile health has
yet to be realized
Hard to !nd
Too many
Uncertain Quality
Uncertain Bene!t
Lack of link to provider
Lack information on security/data
Eng DS, Lee JM. The Promise and Peril of Mobile Health Applications
for Diabetes and Endocrinology. Pediatric Diabetes 2013: 14: 231–238.
21. 75%
of health care providers/systems fail to help
children achieve recommended blood sugar
goals in Type 1 Diabetes
Diabetes through the
eyes of a designer
53. THANK YOU
John Costik
Adrien de Croy
Weston Nordgren II
The Nightscout/#doc community
David Klonoff
Twitter: @NightscoutProj
FB: CGM in the Cloud
#wearenotwaiting