How artificial intelligence ai assist in medicine, an example of diffrent dev...Shazia Iqbal
The document discusses the use of artificial intelligence in medicine. It provides examples of how AI is being used through devices like robots for transporting medical supplies, telepresence physicians for remote examinations, and AI assistants for neurosurgery and dermatology. The document also discusses the advantages of AI in medicine as well as challenges and ethical issues, such as responsibility for mistakes, job loss concerns, and data privacy. It concludes that AI has promising potential to improve healthcare but policies are needed to address ethical and financial issues.
This document outlines 10 top trends in the healthcare industry for 2022 according to research by Capgemini. The trends include: 1) COVID-19 fast-tracking digital health and remote care delivery; 2) A focus on patient-centric, personalized care and shoppable healthcare experiences; 3) Adopting a whole-patient approach and understanding social determinants of health; 4) Using real-time healthcare data and IoMT to improve medical management; 5) Increased involvement of non-traditional players like BigTech firms; 6) Modernization efforts and cloud adoption in the industry; 7) Prioritizing pricing transparency and shoppable healthcare; 8) Increased focus on data privacy and security; 9) Margin pressures triggering
This document discusses managing IT, telecommunications, personal data rules, and software regulatory requirements in the EU and global environment, including case studies. It covers the EU political context regarding eHealth initiatives and changes to regulations for medicinal products, medical devices, and health data protection. Specific issues addressed include the proposed General Data Protection Regulation, regulation of software as medical devices, reimbursement, licensing, and liability in cross-border healthcare and eHealth. A case study is also presented.
These slides use concepts from my (Jeff Funk) course entitled analyzing hi-tech opportunities to show how mobile devices are becoming more economically feasible for health care. Rapid improvements in electronics are enabling a wide variety of health-related attachments to become available for mobile phones. These attachments can analyze breath, blood oxygen levels, blood glucose, blood type, and urine and do ultrasounds. These advances will change the way health care is monitored and managed.
This document provides an overview of e-health applications and services. It discusses how next generation networks and quality of service can help enable tele-consultation services, mobile health, and disease management. The benefits of e-health include improved communication, decision support, and reporting. However, challenges remain regarding information quality, infrastructure, and legal/financial issues. Future work includes advancing technologies and prioritizing information flow to help people lead healthier lives.
This document discusses the evolution of healthcare and opportunities in digital health. It notes that healthcare is transitioning from a data poor to data rich science due to genomics, data science, mobile devices, and personalized medicine. This represents a shift from herd to personalized medicine. The document also discusses the growth of digital health funding and deals, increasing traction through FDA approvals and partnerships, and outlines a portfolio of digital health investment opportunities.
The use of artificial intelligence in healthcare has the potential to assist healthcare providers in many aspects of patient care and administrative processes as well as improve patient outcomes.
AI analyzes data throughout a healthcare system to mine, automate and predict processes. Some of the use cases are :
1. Early Diagnosis of diseases
2. Improved clinical trial processes
3. Mental health apps etc.
This document discusses telemedicine projects and initiatives in India. It outlines the benefits of telemedicine including improved access to specialized healthcare for rural populations, cost savings from reduced travel, and continued education for healthcare professionals. It describes the types of telemedicine technologies used in India and provides an overview of the current telemedicine landscape and infrastructure in the country. Key goals of national telemedicine networks are highlighted along with ongoing challenges and the need for standardized software, trained personnel, and stable electricity and bandwidth.
AI in Healthcare | Future of Smart Hospitals Renee Yao
In this talk, I specifically talk about how NVIDIA healthcare AI software and hardware were used to support healthcare AI startups' innovation. Three startups featured: Caption Health, Artisight, and Hyperfine. Audience: healthcare systems CXOs.
An electronic personal health record (EPHR) allows patients to maintain and manage their personal health information privately and securely through an online application. EPHRs are beneficial because they make a patient's health records accessible anytime through mobile devices, which can be crucial in emergencies by providing medical personnel with important health details. While electronic health records are maintained by medical providers, EPHRs are owned by patients. Personal health records can contain a variety of health-related information to help patients and providers manage care. There are two main types of personal health records: standalone PHRs where patients directly input data, and connected PHRs that are linked to provider medical records and allow two-way sharing of information.
mHealth – also known as mobile health - refers to the practice of medicine and public health supported by mobile devices such as mobile phones, tablets, personal digital assistants and the wireless infrastructure.
Within digital health, mHealth encompasses all applications of telecommunications and multimedia technologies for the delivery of healthcare and health information.
Short overview over possibilities and challenges of using artificial intelligence in health care. Presentation from the MultiHelix ThinkTank, May 14 2020.
artificial intelligence in health care. how it is different from traditional techniques. growth of artificial intelligence. how hospitals are taping artificial intelligence to mange corona virus. pros and cons of artificial intelligence.
Artificial Intelligence in Health Care 247 Labs Inc
This presentation was shown at the Artificial Intelligence in Health Care event in Toronto Nov 16 2017. The discussion was to introduce various applications of artificial intelligence and machine learning in the health care field.
Artificial intelligence has many applications in healthcare, including disease diagnosis, personalized treatment, drug discovery, robotic surgery, and clinical research. AI can more accurately diagnose diseases like cancer and heart disease using large amounts of medical data. It is also used to design personalized treatment plans and modify patient behavior based on individual health data. Additionally, AI assists with drug discovery, manufacturing, and selection of treatment paths for patients. Robotic surgery using machines like da Vinci allows for more precise procedures. AI has potential to transform healthcare by making processes like data analysis and repetitive jobs more efficient.
The document discusses the potential benefits of telehealth including providing clinical care, consultations with medical experts, and monitoring patients remotely at any time from any location. Telehealth can help address issues like clinician shortages in rural areas and increase access to care. It allows for real-time video visits and transmission of medical images. Telehealth has many applications including telemedicine, education, meetings, and home health monitoring. It provides benefits such as increased access, quality, cost savings and patient satisfaction.
Digital health care technology is transforming hospitals. While technology offers opportunities to improve quality, safety and efficiency, fully digitizing healthcare and replacing clinical judgement with algorithms is still a long way off. Hospitals need to focus on using technology to support, not replace, clinicians. Success requires balancing the needs of people, processes and technology, and managing risks from unintended consequences and legal compliance issues. The ultimate goal remains providing high quality, patient-centered care.
Emerging Trends in Healthcare InnovationGokul Alex
A Point of View on Applying Innovation Incubation and Ecosystem Development to build a business innovation ecosystem in Healthcare sector with specific focus on Service Design and Service Innovation
As an introduction, I gave a series of short lectures on the Use of Social Media on Healthcare among medical students of Cebu Doctors University College of Medicine. Most of the slides were borrowed with permission from Dr. Iris Thiele Isip-Tan's slideshare deck.
Mobile health (mHealth) applications have grown significantly in recent years due to developments like electronic health records, FDA guidance on medical apps, and new monitoring technologies. While over 97,000 health apps exist, barriers to adoption include regulatory uncertainty, reliability/privacy concerns, and a lack of proven return on investment. Remote patient monitoring shows promise by providing continuous patient surveillance with actionable data from sensors and wearables. Social media also plays a critical role in mHealth by facilitating support groups, clinical trials recruitment, and more convenient healthcare access and information for patients. Surveys find healthcare organizations increasingly prioritizing mobile technologies but more work is still needed in areas like standards, funding, and demonstrating clinical impact.
SeHF 2014 | Tackling the Tsunami: Building an mHealth StrategySwiss eHealth Forum
1) mHealth involves using mobile technologies like smartphones and wireless devices to improve healthcare, research, and health outcomes. It allows for remote monitoring, education resources, and improved doctor-patient relationships.
2) A recent survey found that healthcare organizations are prioritizing mobile technology but barriers include a lack of funding and interoperability with electronic records.
3) The future of mHealth depends on addressing challenges such as generating actionable data from sensors, conducting clinical studies, and developing complete regulatory and reimbursement frameworks.
2016 IBM Interconnect - medical devices transformationElizabeth Koumpan
Emerging technologies such as Internet of Things, 3D Printing are driving the creation of new business models and forcing the Industry for transformation. The product centric model where the Industry main objective was to develop the device, is moving to software and services model, with the focus on Big Data & Analytics, Integration and Cloud.
The maturation of technologies such as social, mobile, analytics, cloud, 3D printing, bio- and nanotechnology are rapidly shifting the competitive landscape. These emerging technologies create an environment that is connected and open, simple and intelligent, fast and scalable. Organizations must embrace disruptive technologies to drive innovation
Opening Keynote: The Convergence of mHealth: A Consumer and Clinical Perspective
Description: In the opening keynote attendees will hear an overview from a current HIMSS mHealth Community Member which sets the stage for discussion. The keynote will highlight facts and figures which support the thesis of increased utilization of mobile and wireless technologies by healthcare providers. The keynote will also set the stage with current issues impacting the continued adoption.
Speaker(s): Ahmed Albaiti
Objectives: Assess the current landscape of mHealth. Illustrate the roles of consumers and patients. Define the current issues.
Overcoming Cloud-Based Mobility Challenges in HealthcareAnyPresence
April Sage of Online Tech and Rich Mendis of AnyPresence review the common challenges associated with mobile enablement, and introduced the new technologies that are empowering healthcare providers to securely engage their patients and practitioners through the mobile channel.
Implications for risk management of digital health technologiesDavid Lee Scher, MD
Digital health technology is becoming a critical part of healthcare. As tools used in care (directly and indirectly), it has implications with regards to risk management. These are discussed from both liability and mitigation perspectives.
- Healthcare consumers are increasingly using mobile devices and online tools to manage their healthcare, but health insurers and providers are falling behind in developing digital tools and pushing customers to mobile.
- Digitally savvy consumers who utilize online healthcare resources are more likely to say that healthcare quality has improved. However, health insurers and providers track customer data less than other industries and are missing opportunities to enhance the customer experience.
- While consumers are comfortable using apps and websites for healthcare tasks, health providers still need to promote data sharing online to further improve care. Developing digital communities allows doctors to better engage with patients and gain insights.
Challenges of Healthcare Application DevelopmentMarie Weaver
Checkout about healthcare app development roadblocks and features to build an app with excellent user experience. Contact us for healthcare application development.
Building Consumer-Facing Health Devices and Apps and Doing it RightKent State University
John Sharp presented on building consumer-facing health devices and apps. He discussed key points like developing solutions that solve problems, understanding the market, prototyping and piloting before adopting and scaling, understanding the regulatory pathway, the importance of evidence, integrating data, and changing health behaviors. He also provided information on partnering with health systems, getting products to scale, involving patients in co-design, the FDA's digital health precertification program, developing digital evidence, and standards for data integration like FHIR and Continua Design Guidelines.
MHEALTH
1) mHealth has the potential to improve healthcare delivery through increased efficiency, access to information, and ability to positively impact patient behavior and health outcomes.
2) However, mHealth faces many barriers to widespread adoption including resistance from entrenched healthcare providers and systems, lack of incentives for different stakeholders, and performance issues with many early mHealth applications.
3) For mHealth to succeed, applications must address important healthcare pain points, have a validated product, and a detailed adoption plan that engages key decision makers and addresses barriers within the complex healthcare system. Widespread adoption may take many years.
The Ultimate Guide to Healthcare App Development.pdfLucy Zeniffer
Planning to build a healthcare application? Here is your expert’s guide on steps to build a healthcare app, including types, features, and benefits of healthcare applications.
Empowering Healthcare: The Evolution of Healthcare App Development ServicesElina619459
In today's digital age, healthcare is no longer limited to traditional brick-and-mortar clinics and hospitals. The advent of healthcare app development services has ushered in a new era of accessible, efficient, and patient-centric healthcare solutions. These applications have transformed the way patients interact with healthcare providers, manage their health, and access vital medical information.
AI Healthcare App Development In Indiat IT sector and innovative capabilities, has emerged as a hub for AI healthcare app development. This article explores the top five AI healthcare app development companies in India, SigTuple: Redefining Diagnostics with AI, Niramai: Innovative Breast Cancer Screening, Tricog Health: Enhancing Cardiac Care, Qure.ai: Making Radiology More Accessible, Predible Health: Precision Oncology
Explore the Top Trends in mHealth App Development.Techugo
mHealth is a mobile app that supports actual medical practices. MHealth apps are often targeted at patients. However, eHealth is a broader concept encompassing enterprise-level software for hospitals and lab systems and patient administration solutions. Fitbit, and Google Fit are some of the most popular mHealth options.
Regulatory Considerations in Mobile ProgramsDale Cooke
This presentation looks at some of the unique considerations in developing mobile programs, especially mobile apps. A significant amount of the presentation is dedicated to elucidating and expanding on the FDA's recently finalized guidance regarding mobile medical apps. Topics covered include:
* FDA’s finalized Mobile Medical Applications—Guidance for Industry and Food and Drug Administration Staff
* Determination of whether a mobile app is a medical device subject to FDA enforcement action
* Scope of FDA’s regulatory discretion regarding mobile apps
* FDA’s conflicting guidance on dosage apps
* How to meet key requirements of promotional labeling in mobile programs
* The growing area of mobile apps as promotional messaging platforms
This presentation has appeal for anyone interested in adopting mobile tactics, whether that interest is in developing medical devices or making use of mobile tactics to promote pharmaceuticals or biologics.
The framework flow chart shown in this presentation is available here: http://ow.ly/qMxse
Building Consumer-Facing Health Devices and Apps and Doing it RightKent State University
For the HIMSS Delaware Valley Chapter. solve a problem; prototype, pilot, adopt and scale. FDA regulations, evidence, health behavior change, data integration
The document discusses the global mobile health (mHealth) industry, focusing on monitoring devices, service-based mobile apps, and emerging markets. It states that the mHealth market is projected to reach $50-60 billion by 2020, driven by increased mobile phone penetration in healthcare. Monitoring devices include sensors that track health metrics remotely, while service-based apps provide virtual healthcare access. Emerging markets like Africa, Latin America, and South Asia present opportunities for mHealth to expand access where transportation and facility infrastructure is limited.
Empowering Wellness_ The Ultimate Guide to Healthcare Software Development!.pdfKathy Miller
In the rapidly evolving landscape of healthcare, technology has emerged as a powerful force in enhancing patient care, streamlining operational efficiency, and revolutionizing the way healthcare is delivered and experienced. Central to this transformation is the world of Healthcare Software Development, a realm where cutting-edge technology meets the noble mission of improving patient care, simplifying processes, and reshaping the healthcare industry.
Advancing Healthcare Through Software Development
Healthcare Software Development is the driving force behind a multitude of innovations and advancements that have the potential to transform the healthcare sector for the better. These software solutions are designed to facilitate the efficient management of patient data, streamline hospital operations, improve communication between healthcare professionals, and empower patients to take a more active role in their own well-being.
Benefits of Healthcare Software Development
The advantages of Healthcare Software Development are manifold. Firstly, these solutions offer healthcare providers the tools they need to enhance the quality of patient care. The ability to access and manage patient information with ease leads to more informed medical decisions, ultimately resulting in better patient outcomes.
Secondly, the operational benefits are significant. Healthcare facilities can optimize their workflows, improve resource allocation, and reduce administrative burdens, leading to cost savings and a more efficient healthcare system.
Thirdly, communication is a cornerstone of effective healthcare, and Healthcare Software Development enhances this aspect dramatically. Real-time communication and data sharing between healthcare professionals ensure that critical information is always at their fingertips, allowing for swift and well-informed decisions.
Customization is Key
One of the standout features of Healthcare Software Development is its customization capabilities. Every healthcare organization is unique, with distinct needs and objectives. To address this diversity, Healthcare Software Development offers tailor-made solutions that align perfectly with each organization's specific requirements.
From small clinics to large hospital networks, these customized applications are designed to meet the unique challenges of each setting. They can be adapted to manage electronic health records.
Data Security and Compliance
In the realm of healthcare, data security and compliance with healthcare regulations are of paramount importance. Healthcare Software Development ensures that all patient data is handled with the utmost care and is protected from breaches.
These solutions adhere to strict healthcare regulations, including the Health Insurance Portability and Accountability Act (HIPAA) in the United States. Robust encryption, secure data storage, and stringent access controls are implemented to safeguard sensitive patient information.
Pharma must change the ways it deals with physicians and patients. These three digital health technology companies will revolutionize the way Pharma does business.
The document discusses the rise of digital physician key opinion leaders (KOLs) as a new paradigm in healthcare. Digital KOLs are physician experts who are also leaders in social media and champions of patient engagement and digital tools. They serve as advisors to digital health companies, help design medical apps and mobile clinical trials, and disseminate health information via social media to both professionals and patients. The digital age requires a new approach from the pharmaceutical industry, and digital physician KOLs can help drive this transition by promoting digital interactions and partnerships.
This is a presentation from 2011 highlighting the possibilities of IT in private cardiology practice. It is of historical value but touches on early fundamental concepts of digitalization of a private practice in the field of cardiology.
From the Archives, 2008:Clinical and Economic Advantages Implantable Defibril...David Lee Scher, MD
This presentation from 2008 discusses the most early recognized merits of remote patient monitoring as it pertained to implantable defibrillators. It was prsented at the European Cardiac Arrhythmia Society Annual Congress. These advantages of RPM can be extended to monitoring of other conditions today.
Health Data Exchange:. Still a Pipe Dream? A Presentation from 2009David Lee Scher, MD
This presentation discussing interoperability was given at the European Society of Cardiology in 2009.This remains an important topic for healthcare worldwide. Addendum: All names shown are fictitious and not real patients.
Talk at Heart Rhythm Society's 2013 annual Sessions discussing why and how patients will be able to obtain data from their implantable cardiac devices.
This document discusses medical apps and their use in clinical practice. It describes how wireless sensors, genomics, mobile connectivity and other digital technologies are converging into individualized medicine. It notes that patients want apps that provide access to test results and health records via mobile devices. The document outlines pitfalls in medical app design and barriers to adoption from both physician and patient perspectives. It then describes Happtique's new app certification program, which establishes standards for app safety, operability, privacy and content.
Chair, Benjamin M. Greenberg, MD, MHS, discusses neuromyelitis optica spectrum disorder in this CME activity titled “Mastering Diagnosis and Navigating the Sea of Targeted Treatments in NMOSD: Practical Guidance on Optimizing Patient Care.” For the full presentation, downloadable Practice Aids, and complete CME information, and to apply for credit, please visit us at https://bit.ly/4av12w4. CME credit will be available until June 27, 2025.
Hemodialysis: Chapter 8, Complications During Hemodialysis, Part 3 - Dr.GawadNephroTube - Dr.Gawad
- Video recording of this lecture in English language: https://youtu.be/pCU7Plqbo-E
- Video recording of this lecture in Arabic language: https://youtu.be/kbDs1uaeyyo
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
- Link to NephroTube website: www.NephroTube.com
- Link to NephroTube social media accounts: https://nephrotube.blogspot.com/p/join-nephrotube-on-social-media.html
Why Does Seminal Vesiculitis Causes Jelly-like Sperm.pptxAmandaChou9
Seminal vesiculitis can cause jelly-like sperm. Fortunately, herbal medicine Diuretic and Anti-inflammatory Pill can eliminate symptoms and cure the disease.
Pharmacotherapy of Asthma and Chronic Obstructive Pulmonary Disease (COPD)HRITHIK DEY
This PowerPoint presentation provides an in-depth overview of the pharmacotherapy approaches for managing asthma and Chronic Obstructive Pulmonary Disease (COPD). It covers the pathophysiology of these respiratory conditions, the various classes of medications used, their mechanisms of action, indications, side effects, and the latest treatment guidelines. Designed for students, healthcare professionals, and anyone interested in respiratory pharmacology, this presentation offers a comprehensive understanding of current therapeutic strategies and advancements in the field.
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Chair and Presenter, Stephen V. Liu, MD, Benjamin Levy, MD, Jessica J. Lin, MD, and Prof. Solange Peters, MD, PhD, discuss NSCLC in this CME/MOC/NCPD/AAPA/IPCE activity titled “Decoding Biomarker Testing and Targeted Therapy in NSCLC: The Complete Guide for 2024.” For the full presentation, downloadable Practice Aids, and complete CME/MOC/NCPD/AAPA/IPCE information, and to apply for credit, please visit us at https://bit.ly/4bBb8fi. CME/MOC/NCPD/AAPA/IPCE credit will be available until July 1, 2025.
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Coronary Circulation and Ischemic Heart Disease_AntiCopy.pdfMedicoseAcademics
In this lecture, we delve into the intricate anatomy and physiology of the coronary blood supply, a crucial aspect of cardiac function. We begin by examining the physiological anatomy of the coronary arteries, which lie on the heart's surface and penetrate the cardiac muscle mass to supply essential nutrients. Notably, only the innermost layer of the endocardial surface receives direct nourishment from the blood within the cardiac chambers.
We then explore the specifics of coronary circulation, including the dynamics of blood flow at rest and during strenuous activity. The impact of cardiac muscle compression on coronary blood flow, particularly during systole and diastole, is discussed, highlighting why this phenomenon is more pronounced in the left ventricle than the right.
Regulation of coronary circulation is a complex process influenced by autonomic and local metabolic factors. We discuss the roles of sympathetic and parasympathetic nerves, emphasizing the dominance of local metabolic factors such as hypoxia and adenosine in coronary vasodilation. Concepts like autoregulation, active hyperemia, and reactive hyperemia are explained to illustrate how the heart adjusts blood flow to meet varying oxygen demands.
Ischemic heart disease is a major focus, with an exploration of acute coronary artery occlusion, myocardial infarction, and subsequent physiological changes. The lecture covers the progression from acute occlusion to infarction, the body's compensatory mechanisms, and the potential complications leading to death, such as cardiac failure, pulmonary edema, fibrillation, and cardiac rupture.
We also examine coronary steal syndrome, a condition where increased cardiac activity diverts blood flow away from ischemic areas, exacerbating the condition. The long-term impact of myocardial infarction on cardiac reserve is discussed, showing how the heart's capacity to handle increased workloads is significantly reduced.
Angina pectoris, a common manifestation of ischemic heart disease, is analyzed in terms of its causes, presentation, and referred pain patterns. We identify factors that exacerbate anginal pain and discuss both medical and surgical treatment options.
Finally, the lecture includes a case study to apply theoretical knowledge to a practical scenario, helping students understand the real-world implications of coronary circulation and ischemic heart disease. The role of biochemical factors in cardiac pain and the interpretation of ECG changes in myocardial infarction are also covered.
Ontotext’s Clinical Trials Eligibility Design Assistant helps with one of the most challenging tasks in study design: selecting the proper patient population.
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Mobile Health Technologies: Future Tools of Healthcare
1. Mobile Health Technologies: Future Tools of
Healthcare
David Lee Scher, MD, FACP, FACC, FHRS
Clinical Associate Professor of Medicine
the Pennsylvania State College of Medicine
Director, DLS Healthcare Consulting, LLC
Blog: davidleescher.com
@dlschermd
2. “The most valuable commodity that I know of is
information”. –Gordon Gekko
4. What is mHealth?
Diverse application of wireless and mobile
technologies designed to improve health
research, health care services and health
outcomes .
5. Why is mHealth Good for Patients?
•
•
•
•
•
•
•
SOMETHING MUST BE DONE to IMPROVE HEALTHCARE
Promotes patient engagement (self-management)
Provides educational resources
Improves doctor-patient relationship
Supports caregivers’ mission
Creates personalization of healthcare -> ?better outcome
Convergence of many technologies -> simplification,
convenience
6. Barriers to Adoption of mHealth
• Nebulous regulatory guidance
• Lack of reliability, security/privacy
• Lack of mobile strategy by providers (BYOB, M2M
integration), payers
• Lack of smart phones by older, chronically ill pts
• Lack of business models
• Lack of proven ROI (except RPM)
8. Genomics
• Digitization of a person’s genetics: available
for <$2000 and sent to your smart phone.
• Personalized medicine:
– patient susceptibility to specific treatments.
– Predict susceptibility to specific diseases.
– Pool data => population studies.
9. Genomics
• Challenges:
– Most genetic predispositions require
environmental influences.
– Associated counseling needed.
– Genetics may change over time.
– Risks may change over time.
– Many diseases not mapped.
– Most physicians not prepared to address.
10. Benefits of Genomics
• Gives patients vision of future-> personalized life,
treatment, family planning decisions.
• Crowdsourced clinical studies: ?less bias, better
compliance (23andME, PatientsLikeMe).
• More comprehensive understanding of cancer, other
complex diseases.
• Faster way to treatments of orphan diseases.
12. Advantages of Mobile Clinical Trials
•
•
•
•
Recruitment of patients via social media
Instantaneous AE reporting
Bidirectional interactions eliminate visits
Easier communications among
centers/sponsors/reg bodies
• Facilitates medication adherence (reminders, pill
sensors)
• More efficient data collection, reporting, auditing
• NO MORE FAXES!
18. Mobile Medical Application (Mobile
Medical App)
A “mobile medical app” is a mobile app that
meets the definition of device in section
201(h) of the Federal Food, Drug, and
Cosmetic Act (FD&C Act)4; and either is
intended:
• to be used as an accessory to a regulated
medical device; or
• to transform a mobile platform into a
regulated medical device.
20. Facts About Health Apps*
• 97,000 mHealth applications are listed on 62
full catalog app stores.
• 15% are designed for healthcare professionals
(CME, RPM, healthcare mgt).
• 42% of apps: Paid business model.
• Top 10 mHealth apps generate 4 million free
and 300,000 paid downloads per day.
*Research2guidance, 3/13
21. Which Mobile Capabilities Patients
Want Their Doctor to Have
• 42%: An app to see their test results.
• 33%: Remote monitoring devices.
• 30%: Access to patient health records via
mobile device.
• 13%: Didn’t think apps would help improve
care at all.
Source: 2012 Ruder Finn mHealth Report
23. Certification Program
David Lee Scher, MD, Chair
Cardiologist and Mobile Health
Authority
Franklin A. Shaffer, EdD, RN,
FAAN
BLUE RIBBON PANEL
Set Standards for App Certification
APP CERTIFICATION
REVIEW BOARD
Head of the Nursing Advisory
Council
Shuvo Roy, PhD
Leading biomedical scientist and
researcher
Dave deBronkart
Implement Program and Oversee Reviewers
NURSE
REVIEWERS
PHYSICIAN
REVIEWERS
OTHER
PROVIDER
REVIEWERS
Review Apps
ePatient Dave
Leading Patient Advocate
23
24. Problems With mHealth’s Clinical Evidence
• Not readily available—some in peer-reviewed
literature, but much in blogs, presentations,
and other sources.
• • Poor accepted by journals: confusion about
whether mHealth is a “health” or “IT”
intervention.
• • Usually small studies
• • The evidence base is growing rapidly and it
is difficult for individuals to keep up-to-date
25. Challenges for mHealth
• Ministries of Health, institutions and donors
unable to make informed decisions re:
commercial and research investments.
• Implementers unsure re: best solutions to
maximize effectiveness and produce the
highest health impact
• Researchers have difficulty knowing where to
focus their research efforts
36. Five Pitfalls of Designing a Medical App
• The motivation for the app development is
misguided
• Lack of clinician involvement
• Poor attention to usability
• Not knowing the healthcare landscape
• Not building to regulatory specifications
http://davidleescher.com/2013/01/31/five-pitfalls-ofdesigning-a-medical-app/
37. Mobile Strategy Considerations
• Who is the customer?
–
–
–
–
–
Provider?
Patient?
Caregiver?
Partnering verticals
All of above!
• In-house or outsource?
• Potential partners: IT (EHRs, portals, analytics,
app developers), OPCs, MDM companies,
professional societies, advocacy gps.
38. The Future of Medical Apps
• Final Guidance just release by the FDA
• More apps developed by professional medical
societies
• App formularies for hospitals and payers
• Prescribing of apps by providers
• Integration of apps into patient portals and EHRs
• App development by Pharma/Med Dev
companies for disease management
39. The Future of Medical Apps
• New HIPPA rules will affect apps
• Clinical effectiveness studies need done
• More apps for the diagnosis and treatment of
specific disease states
• Movement towards mobile by older people
41. Social is Mobile
• Five Benefits of online patient communities:
– Provide education
– Provide emotional support
– Pipelines to resources
– Provide tools and info to caregivers
– Provide forum for patients and providers to
interact
– Better than in person support groups
42. Why Physicians Need to be in Social Media
•
•
•
•
It’s where the patients are
It’s where hospital systems are
It’s a venue for humanistic communication
It makes for useful interactions with
colleagues and vendors
• It’s not mandated
47. “If you ask me a question I don’t know, I’m
not going to answer”
------Yogi Berra
Editor's Notes
IMPORTANT TO CHANGEChange wording on my picwe removed the wording under blue ribbon panel as we can talk it throughDavid wants 4 categories of reviews Patient Advocate Reviewers, Nurse Reviewrs, Physician Reviewers and Other Provider Reviewers. Remove the reverse Red Crosses (too busy)Also—the apps that are showing in the bottom square make it look like we have certified Epocrates and others. We think that you can show certified or tablet without giving away promotion to apps that may not be certified.