Medical research rebuilt_retooled_and_rebooted
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Medical device startup Scanadu conducted an innovative clinical study called SCOUT to test a new consumer health product. By rebuilding the clinical study process and retooling it for modern technology, Scanadu was able to reboot traditional medical research. The SCOUT study enrolled over 75% of backers in the US and had an unprecedented enrollment rate for a medical device study, showing that empowering participants and using today's technologies can revolutionize clinical research.
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The Internet of Things (IoT) and Apple Watch dominated headlines in 2015. Patients are tracking more of their own health information with wearables, and expectations are changing for how to interact with caregivers. Take an inside look at how technology is affecting patient care settings, particularly the exam room. Learn how physicians are utilizing wearables to advance medical care and engage with today's connected patients. Originally presented at the 2015 Health Care Internet Conference (HCIC).
Are we ready for disruption in Translational Research through Digital Medicine?
Are we ready for disruption in Translational Research through Digital Medicine?Ashish Atreja, MD, MPH
This is the slide deck that was presented at Translational Science 2016. Touches upon evidence generation as one of the most desired but expensive process in medical science. Provides examples of how Social Media, medical apps, quantified self movement are leading to patient generated data that can disrupt evidence generation process. Technologies disrupting healthcare (webinar)
Google, IBM, 23andMe, Medisafe, PillPack, and wearable technologies like the Apple Watch are disrupting healthcare through data collection and analysis. These technologies have the potential to develop new diagnostics and treatments through aggregating medical records, genetic data, activity data, and other health information. For example, Medisafe and PillPack use digital tools to help patients better manage medication adherence, which could help address issues like half of Americans not taking their medications properly. Overall, emerging technologies are leveraging vast amounts of health data to drive innovations that may transform disease prevention and treatment.
Mobile-Digital-Health-FINAL
The document summarizes discussions and presentations from the annual USC Body Computing Conference, which brings together leaders in medicine, technology, and healthcare to discuss advances in wireless medical solutions and mobile health. Key topics included using genomic data and mobile sensors to personalize cancer care and chronic disease management, monitoring health indicators remotely, and regulatory issues around mobile health apps and medical devices. Presenters demonstrated technologies for monitoring athletes and drivers' vital signs, and providing affordable healthcare access in developing nations.
2015 Health Trends
2015 Health Trends: New challenges for a changing industry
In the second of their 4-part annual trend report series, GSW takes a closer look at healthcare. From evolutions in doctor-patient relationships to strategies in benefit design to the changing mind-set of physicians, a new landscape takes shape.
The integration of mobile and medical technologies
The document discusses the integration of mobile technologies and medical applications. It notes that trends like an aging population and increased chronic diseases are driving convergence between consumer mobile devices and medical applications. Smartphone usage and capabilities have grown dramatically in recent years. The document outlines how mobile technologies can help improve chronic disease management and shift healthcare delivery to the home. It covers regulatory issues for medical mobile apps and examples of integrated medical devices and apps. The future may include more integrated medical-consumer devices and sensors, as well as medical tricorder-like devices.
3 Digital Healthcare Trends That We Can Expect to See More of in 2017
Clinical trials will increasingly utilize medical devices and digital monitoring of patients to gather health data in real time, allowing researchers to reach conclusions more quickly compared to periodic patient visits. Wearable devices that monitor health metrics like vital signs will become more common, sending steady streams of data to healthcare providers for remote patient monitoring. Consumers are also adopting more digital health tools to self-monitor conditions, with over half of consumers now using at least three digital health technologies, up significantly from the previous year.
Trends brief: Quantified self & Wearable Technologies
The document discusses the quantified self movement and wearable technology trends in health. It describes how quantified self uses technology to collect personal data on inputs, states, and performance to achieve self-improvement goals. Wearables are a new technology category resulting from trends in mobile devices, augmented reality, the Internet of Things, and big data. The document outlines key drivers of wearable adoption including accelerating technology, government policies, consumerization of healthcare, increasing chronic conditions, and an aging population. It explores applications of wearables and quantified self across areas like biosensors, augmented perception, environmental sensing, personal data aggregation, and health data systems.
Digital Health: Managing Patients and disease
Digital and technological advancements and how they have impacted health. From data, IoT & wearables, 3D printing, personalized medicine, all of these trends can be levers to help with demographic shifts, increased access to healthcare and rising costs.
Patient engagement in pharmacovigilance
Spontaneous adverse event reporting to the US FDA was encouraged using an easy-to-use Web and mobile app along with engagement of a Facebook patient group, specifically for Essure, a hysteroscopic sterilization device. A total of 1349 valid reports were received through the app over approximately 19 months, equivalent to 15 times more reports than through traditional channels, with high completeness scores. The reports were characterized including symptoms and outcomes reported, and the motivations and incentives in this engagement model for pharmacovigilance are discussed.
Healthcare2.0 Turning Hell care into healthcare
The healthcare industry is a perfect candidate for disruptive technology. Social media, cloud computing and mobile devices lead the way. However the transformation is not without its risks. This presentation looks at the top security risks of these technologies and how vendors can address them to increase adoption.
ai in clinical trails.pptx
The document discusses how artificial intelligence can be applied in clinical trials to improve efficiency and outcomes. It provides examples of how AI is currently used across different stages of drug development, from data aggregation and analysis to patient recruitment and monitoring. The use of AI and machine learning applied to real-world data is highlighted as a way to better understand diseases, select appropriate patients and sites, and design more effective clinical trial processes and studies. Case studies are presented showing how several companies are already using AI to match patients to suitable trials, analyze cancer patient data to identify eligibility, and create more personalized treatments.
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Clinical Research Coordinator (CRC) is a specialized research person working with and under the direction of the Principal Investigator .While the Principal Investigator(PI) is primarily responsible for the overall designing, conducting, and management of the clinical trial, the CRC supports, and coordinates the regular clinical trial activities and plays a crucial role in the conduct of the study. By doing these duties, the CRC works with the PI, sponsor ,department, and institution to support and provide guidance on every related aspects of the study.
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Pharmacists around the world are playing immense roles in the growth of Clinical Research. Some does contribute as a part of their profession and a few are passionate about their behind the scenes role.
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Medical research rebuilt_retooled_and_rebooted
- 1. Medical Research: Rebuilt, Retooled and Rebooted
- 2. Medical Research: Rebuilt, Retooled and Rebooted An early stage mobile medical device company developing a human-centered suite of consumer products using science and technology to empower everyday people to monitor and better understand their own health— anytime, anywhere.
- 3. In March 2015, BLOOMBERG BUSINESS reported that Stanford University scientists were stunned when they awoke Tuesday 10 March to find that 11,000 people had signed up for a cardiovascular study using Apple Inc.’s ResearchKit within less than 24 hours, after the iPhone tool was introduced.
- 4. Rebuilt At Scanadu, data collection and clinical studies are key to the development and deployment of medical devices. And as a startup developing the next generation of medical devices for consumers, they had to innovate the clinical study process, while defying the traditional assumptions related to a clinical study.
- 5. Retooled All platforms were HIPAA-compliant, all content was Institutional Review Board (IRB) approved and an electronic informed consent form was used. More than 75% of all backers based in the US signed up for the study, and in the latest survey more than 90% of them expressed that they would be willing to participate in such a study again.
- 6. Rebooted The SCOUT study has an unequaled enrollment rate for a medical device, and while there were challenges, this success is due to the transparency of the process, the incredible engagement from the participants, and the full use of today’s technology . The Clinical Research review by CRB Solutions is sufficient to make you consider and take up a career in this field.
- 7. Thank You !!