Study Finds ‘Alarming’ Fast Food Side Effects

Critics of the fast food industry have long warned about the perils of our addiction to processed food. But there might be some new powerful ammunition for those who could do without the food the fast food industry serves...

Spotlight

SS&C Technologies

SS&C is a global provider of investment and financial software-enabled services and software for the global financial services and healthcare industries. Founded in 1986, SS&C is headquartered in Windsor, Connecticut and has offices around the world. Some 18,000 financial services and healthcare organizations, from the world's largest institutions to local firms, manage and account for their investments using SS&C's products and services. Additional information about SS&C is available at www.ssctech.com.

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Digital Healthcare

Transforming Digital Healthcare Software through AI-Enhanced UX Testing

Article | November 29, 2023

Embracing the AI Revolution: Transforming Digital Healthcare Software through AI-Enhanced UX Testing The wave of demographic change sweeping the United States presents an urgent call to action for healthcare providers. According to the US Census Bureau, adults over 65 will account for a quarter of the US population by 2060, signaling a drastic shift in healthcare delivery needs. More than half a million of this demographic will be centenarians, accentuating the need for digital experiences tailored to seniors' unique needs. Despite the rapid advancement of digital health technologies, research indicates that many senior citizens struggle to adapt. A recent study reported that 40% of adults over 65 believe their telemedicine visit was inferior to traditional in-person care, with a meager 5% finding it superior. The promise of convenience delivered by digital health is often overshadowed by the frustration associated with technical difficulties. An astounding 75% of senior citizens admit they need assistance when using new electronic devices. Let's consider the patient portal app, a common touchpoint in the digital health journey. Despite its apparent simplicity, seniors find processes like logging in troublesome due to issues like forgotten passwords, technical bugs, or content readability. This scenario underlines the crucial need for comprehensive User Experience (UX) testing to eliminate these barriers and provide a seamless digital health experience. The Complex Landscape of Healthcare UX Testing The complexity of UX testing in healthcare has been exacerbated by the interplay of multiple modules, services, platforms, and vendors. Take Electronic Medical Record (EMR) systems, for instance, which undergo frequent updates, each one potentially impacting the system as a whole. Traditional manual testing methodologies are proving to be time-consuming and costly. Though automation has revolutionized sectors from automotive to finance, the healthcare industry appears to be lagging. A study by the Health Information and Management Systems Society (HIMSS) reveals that a mere 15% of healthcare providers have adopted modern test automation platforms. Meanwhile, a significant 41% still rely on manual testing. As EMR systems grow increasingly complex and customized, this over-reliance on manual testing poses daunting challenges. The gravity of this issue is amplified by a startling revelation from the HIMSS study - only 6% of healthcare executive leaders express confidence in their organizations' testing practices. In an increasingly digitized healthcare environment, such a low level of assurance raises substantial concerns about patient safety. Although 75% of the surveyed providers have invested in software testing to safeguard their bottom lines, nearly two-thirds confess feeling inadequately resourced in terms of time, money, and talent to meet future testing requirements. As the list of testing demands grows, QA teams are frequently stretched thin, leaving many potential user journey scenarios untested. The Power of AI in UX Testing for Better Patient Outcomes AI technologies hold the potential to revolutionize UX testing in healthcare. The modern healthcare application is a labyrinth of potential user journeys - a typical mobile application model can yield over 9 billion separate scenarios. To effectively navigate this colossal testing landscape, test automation tools employing Machine Learning (ML) algorithms are critical. By analyzing historical patterns, prioritized cases, and real-user insights, ML algorithms can auto-generate test cases and meticulously scrutinize each user interaction. This approach ensures an optimal digital experience and robust coverage of potential issues. The HIMSS study also provides a glimmer of hope, revealing that nearly 80% of healthcare providers plan to adopt real-time testing analytics for quality assurance. AI's role becomes pivotal in augmenting the capacity of software testing teams in this scenario. By leveraging historical patterns and prioritizing test cases, ML-powered testing tools can automate crucial tests across various platforms, devices, and operating systems. This symbiosis of human expertise and AI not only bolsters productivity but enables comprehensive testing coverage within tight time constraints. The Future of Healthcare Software UX Testing The path to perfecting a patient’s digital journey is fraught with challenges. Healthcare organizations venturing into automated software testing or contemplating in-house tool replacement must stay abreast of evolving healthcare testing requirements. This understanding is key when evaluating automation vendors against the backdrop of regulatory standards. Opting for a technology-agnostic solution ensures extensive test coverage, boosts efficiency, and guarantees longevity as technologies advance. Introducing your software QA teams to user-friendly, low/no-code test automation tools can simplify the onboarding process and fosters better collaboration with Dev teams and business testers. As we stand at the precipice of this transformative period in healthcare, it's clear that the AI revolution holds the key to unlocking the future of digital healthcare UX testing. By harnessing AI's potential, healthcare providers can ensure a user-friendly, seamless digital experience for the fastest-growing demographic, setting new industry standards in the process.

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Health Technology

Virtual Reality in Healthcare: Transforming the Future of Healthcare

Article | September 12, 2023

Virtual reality (VR), the new technological advancement, is set to transform practices in the healthcare industry. According to Statista, it is estimated that, by 2022, the second largest market share of VR will be from the healthcare industry. Virtual reality in healthcare operates in various divisions to offer a greater quality of patient care and performance of medical professionals. For the health and healthcare industry, from the clinical process to the user, VR has a multitude of applications such as tutoring future doctors, generating new life-saving routines, etc. Virtual reality in healthcare can confront the challenges in the industry, including efficiently handling huge healthcare databases, training and development of medical professionals, patient engagement, disease awareness, medical marketing, patient treatment, etc. Virtual reality in the healthcare market, according to a report from Reports and Data, is expected to reach USD 8.03 billion by 2027 from USD 2.06 billion in 2019. This article discusses how virtual reality in healthcare is going to transform the industry by applying it in various divisions such as medical training, patient treatment, patient engagement, disease awareness, and medical marketing. Virtual Reality in Healthcare Training VR in healthcare can transport you to areas, inside of the human body, that otherwise would be impossible to access and view. Medical students currently use cadavers to learn, but cadavers do not react the same way live patients do. Also, cadavers are very difficult to get hold of. When VR is used in healthcare training, students can view even minute detail of all parts of the body. This view is possible in stunning 360° CGI reconstruction and creates training scenarios, which would replicate real surgical procedures. Virtual Reality in healthcare can be used to deliver high-quality surgical training. Using virtual reality, 4K 360° video of real-life surgery is filmed from multiple angles. Then it is combined with CGI models of the anatomy, which is being operated. This advanced use of virtual reality in healthcare provides medical students with an interactive and immersive training experience. Treatment Patient Education The ability of virtual reality in healthcare to see inside of the human body is useful for both doctors and patients. With the help of VR, doctors can take patients through their surgical plan. This is made possible by a virtual view of the anatomy and pathology of patients through a patient-specific 360° VR reconstruction. The result of this is an enhanced understanding of the treatment for patients and higher patient satisfaction. Robotic Surgery Robotic surgery is a recent innovation. A robotic device, such as a robotic arm, is used in a robotic surgery while being controlled by a human surgeon. This utilization of virtual reality in healthcare makes sure of fewer or no risk of complications in surgeries. This also makes the surgeon finish the surgery procedure faster with greater accuracy. The robotic devices are accurate with reduced blood loss, smaller incisions, and faster recovery. Mental Health and Psychological Therapy The unique ability of virtual reality technology to take you anywhere virtually can be utilized to create a powerful virtual reality simulation in healthcare of various scenarios in which psychological issues occur. This eliminates the necessity of a therapist accompanying patients to various scenarios such as a tall building or a crowded shopping center to provide proper counseling. These scenarios can be easily created with virtual reality technology in healthcare. Virtual reality in healthcare market has also been used to help autistic children in the classroom, curb memory loss, and gather data for dementia research. Pain Management and Physical Therapy Apart from psychological issues, the healing capabilities of VR are also used in pain management and physical treatment. According to a study by the UW Harborview Burn Centre and the University of Washington Seattle, a full VR immersion acted as a distraction for patients, who were undergoing physical therapy after a skin graft. This distraction subsequently reduced their feeling of pain. Virtual reality in healthcare is also found to be effective in reducing recovery time in physical therapy. Patients performing their daily exercises in a virtual environment, find the task to be more fun than usual. It also keeps the patients focused and helps them keep their spirits up and recover sooner. Patient Engagement With the help of virtual reality in healthcare, patients can experience a virtual tour of the inside of their bodies before surgeries. This is a 360-degree, three-dimensional (3D) tour. This enables patients to know their body, anatomy, and pathology, before the surgical procedures. Virtual Reality Medical Visualization platform is developed for the tour. These advancements with virtual reality in healthcare engage patients thoroughly, which reduces tension and lead to a speedy recovery. Medical Marketing The most popular and initial application of Virtual reality was marketing. Still, it continues to be one of the most effective and powerful marketing tools. The ability to use VR to project the future of healthcare is the most powerful tactic in healthcare marketing. With Virtual reality in healthcare, one of the most powerful tactics that you can have to market in the industry is to show people what changes they can expect when they start or stop exercising, lose or gain weight, the progress they make through cancer treatments, etc. As the possibilities of virtual reality in healthcare are endless, healthcare professionals and providers can attract more patients, doctors with high caliber, and nursing staff to your facilities. When those are in short supply, virtual reality in healthcare can be used as an excellent healthcare marketing tool to ensure expected results. Disease Awareness AbbVie, a pharmaceutical research & development company, created an experience to educate medical professionals and raise awareness among them regarding the daily struggle Parkinson’s disease patients undergo. The experience was demonstrated at a pharmaceutical industry trade show. People put on a headset and experienced how Parkinson’s sufferers navigate a virtual supermarket, meeting with difficult moments when they come in contact with other people. Such experiences with virtual reality in healthcare help raise awareness for various diseases among professionals and patients. Virtual reality presentations can be conducted to raise awareness of certain diseases. The Future of Virtual Reality in Healthcare A lot of applications of virtual reality in healthcare are in their nascent stage. In the coming years, virtual reality will be used more in healthcare, which will improve the effectiveness and accuracy of present procedures. It will also enhance the various human capabilities, for both patients and medical professionals. Virtual reality in healthcare has huge potential, but only limited by the ingenuity and creativity of people who create and apply the technology. VR will surely transform medical training, physical and psychological therapies, rehabilitation, mental health treatments, and patient engagement, among others. Virtual reality in healthcare holds the power to transform the way doctors are trained and treatment is provided to patients. According to reports from various market research companies, especially research done by Grand View Research, predict that, by 2025, virtual reality in the healthcare market will grow to a whopping US$5.1 billion. The major driving forces behind this growth are Rapid technological advancements in the healthcare industry and driving demand for rehabilitation and simulation training. Frequently asked questions How is virtual reality used in healthcare? In healthcare, virtual reality is used in treatment, training, and to raise awareness among medical professionals and patients regarding various diseases. Patients and doctors are made to view the inside of the human body using virtual reality. Where is virtual reality used in healthcare? Virtual reality is used in various sectors of healthcare to deliver high quality patient care. Treatment with the assistance of virtual reality also increases the efficiency of medical professionals. Virtual treating is applied in all aspects of medical treatment. What are the benefits of virtual reality? Virtual reality in healthcare saves both, the time and money of healthcare providers. It also makes the work of medical professionals more convenient. It eliminates unnecessary travel for treatments by making appropriate decisions. How virtual reality is changing healthcare? Virtual reality is changing the healthcare by providing different advanced ways of treatments, especially for physical and psychological therapy, surgeries, pain management, and stress management and by assisting the rehabilitation process effectively.

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Health Technology, AI

Healthcare Marketing Tips for 2021

Article | July 18, 2023

2020 was very challenging for those working in the healthcare sector. As Covid-19 is looking unlikely to go away anytime soon, healthcare marketing strategy is crucial in 2021. Do you know that one in every 20 Google searches is health-related? Also, almost 90% of 18-24-year-olds trust the health information they get on social media channels. Consultations and appointments are being carried out online. Information on all medical things is available digitally and things in the medical industry are changing rapidly. Updating yourself and adapting healthcare marketing trends is more than a necessity. This blog provides some of the useful healthcare marketing tips for you in 2021 in light of Covid-19. These tips will help you stay ahead of the competition in these chaotic times. Be Aware of the Covid-19 Impact on Healthcare Marketing Due to the unexpected effect Covid-19 had in the healthcare sector, healthcare marketers have to integrate the latest healthcare marketing trends in 2021 in their campaigns. Here are some tips: Demand for Healthcare Information There is a huge demand for healthcare information, especially related to the pandemic. Engaging people with relevant informational and educational content is crucial. This content can be made on handwashing, mental health, being safe, staying healthy at home, etc. Reputation is Key The key to healthcare marketing is reputation building. Encourage and make patients leave positive feedback online. Learn and improve if you get any negative feedback. Almost 90% of patients use online reviews before consultation or booking an appointment. So, it is vital to have a safe and robust reputation in 2021. Be Transparent Being transparent, you can become a trusted source of information. You can achieve it by keeping your patients updated on any scaling back of operations and policy changes. Answering the queries of patients online will also increase your reputation. Invest in SEO The demand for relevant user-generated content and organic searches has not gone away during the pandemic, it has just shifted. Many businesses reacted to the pandemic by pausing marketing campaigns. In 2021, you will have to keep adapting to the new normal in your healthcare marketing. Since the pandemic outbreak, most consumers are using search engines to look up symptoms, checking reviews of various healthcare providers, and making appointments. Here are some tips for ranking highly on search engines in 2021: Link Building Linking the business website with other quality websites of the same category will increase your reputation and rankings on search engines. Mobile optimization Mobile optimization of your healthcare business website is essential in healthcare marketing. It is more important than ever in 2021 to stay connected with your patients on the go. So, if your website is not mobile-friendly, you will miss out on a massive number of patients, especially during this pandemic time. Blogs Another essential thing in healthcare marketing is to create engaging and relevant content for your potential clients. Engaging, informational, and educational blogs will increase your online visibility in the healthcare industry and rankings in the search engines. Local SEO People searching for something, including healthcare providers, ‘near me’ is a trend. Optimizing your healthcare marketing content and being visible on Google My Business platforms will help you get ranked in search engine result pages. Create a Seamless Patient Experience The global pandemic has drastically changed the way the world works during 2020. These practices expect to be with us in 2021, too, perhaps even beyond. Therefore, the patient experience also has changed hugely. The pandemic has brought out new customs like online appointments due to recent social distance and other safety measures. As an effective healthcare marketing practice, it is essential to communicate with your patients in time to make any changes to your healthcare procedures. Update your website Ensure you update all the essential information about scheduling, appointments, new procedures, and phone consultations clearly on your business website. You can even add a Covid-19 section with FAQs on your website. FAQs can be about what patients can expect and how you are operating safely. Personalize email and text notifications Sending out new safety protocols, appointment reminders, and any changes to your policy via email or text is the best way to communicate with your patients. It can be an effective way of healthcare marketing during the pandemic. It will also ensure that you do not leave out any patients. Mobile app experience Creating an app for your healthcare business will provide your patients with an excellent customer experience. It allows patients to see test results, schedule appointments, chat with consultants, and upload images. Moreover, it will be a great healthcare marketing initiative as it will be valuable in the future of healthcare marketing too. Update your social media Updating your social media channels regularly with how you are operating during the pandemic will create a clear communication channel with your patients. Healthcare content is key Creating reliable, educational, and informative content for meeting user demand is critical for healthcare marketing in 2021. The best way to engage and inform patients is through video content. Video content is also easily accessible for potential customers to consume. It can be in the form of explaining a healthcare issue, what to expect at your appointment, or a Q&A with an expert. Educational, informative, and engaging video creation and distributing it in various channels can be an effective healthcare marketing tactic in 2021. You can also publish statistics, studies, blogs, and news articles to project yourself as an expert in the healthcare industry. Healthcare marketing is all about building a strong reputation and driving up potential customer engagement. The priority in 2021 is to stay on top of your healthcare marketing. We at Media 7 offer bespoke services for the healthcare industry. We generate leads, convert them, and make them your happy customers forever. To know more, visit Media 7 website. Frequently Asked Questions How does social media help in healthcare marketing? Social media is a practical means to establish and manage public awareness and reputation. As part of an overall healthcare marketing plan, social media helps healthcare marketers interact with the public to attract new patients. How do you create a successful healthcare marketing strategy? The first step in creating a successful healthcare marketing strategy is to understand your target audience. After understanding the audience, you can have a step-by-step online marketing process, such as building a website, making your presence on social media, etc. What are the benefits of healthcare marketing? Some of the benefits and advantages of healthcare marketing are improved competitive advantage, networking, visibility, absence of misinformation, creating, communicating, and providing value. It also helps in building up a sustainable relationship with patients.

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Health Technology, Digital Healthcare

Exploring EHR Trends: A Path to Healthcare Transformation

Article | August 16, 2023

Explore the evolution of healthcare by diving deep into these EHR trends, as they pave the way for the future of EHR. Embrace cutting-edge solutions to enhance patient care and optimize operations. 1. Introduction 2. Significance of EHR Trends 3. Top 10 EHR Trends Shaping the Healthcare Industry 3.1 EHR Interoperability 3.2 Patient-reported Outcome 3.3 Patient Portals 3.4 Generative AI 3.5 Cloud-based EHR 3.6 Voice-enabled EHRs 3.7 Predictive Analytics 3.8 Robotic Process Automation 3.9 Telehealth-EHR Integration 3.10 Blockchain for EHR Data Integrity 4. Future Scope 1. Introduction Electronic health records (EHRs) have transformed the medical industry by revolutionizing how medical information is recorded, accessed, and utilized. This article focuses on the EHR trends and innovations that have reshaped the healthcare field, paving the way for a more efficient and patient-centric future.From enhanced interoperability to cutting-edge technologies, professionals can unravel the key trends propelling future of EHR toward a new era of healthcare delivery. 2. Significance of EHR Trends The importance of EHR software technology trends is highlighted by their transformative influence on the healthcare sector. This transformation was further expedited by the impact of the COVID-19 pandemic, which played a critical role in the increased adoption of telehealth services. As the pandemic necessitated alternatives to in-person visits, the demand for efficient and remote medical services surged, propelling telehealth to the forefront. Yet, looking beyond pandemic responses, the ongoing adoption of EHR trends in healthcare can significantly reshape how healthcare functions. Embracing these EHR trends enhances efficiency, facilitates personalized care, improves data exchange, drives data-driven insights, and empowers patient engagement. Irrespective of global events, it remains essential for healthcare facilities to stay abreast of these trends to remain adaptable and deliver optimized care, ultimately benefiting both providers and patients. 3. Top 10 EHR Trends Shaping the Healthcare Industry Recognizing significant industry trends becomes crucial in a field that is constantly subject to technological advancement and global change. From adopting advanced technologies to prioritizing sustainability and customer-centric approaches, these EHR trends hold the power to bring about significant transformations across the healthcare sector. 3.1 EHR Interoperability EMRs face a notable limitation in their ability to integrate with other systems, whereas EHRs offer robust interoperability, enabling seamless data exchange among healthcare facilities. As the demand for interoperability grows, the distinction between EMRs and EHRs becomes increasingly blurred, with vendors referring to products as EMRs that closely resemble what was initially known as EHRs. In response to this trend, developers and IT specialists continually update EHR systems to comply with interoperability policies, making EHRs more appealing for organizations seeking comprehensive and connected healthcare records. 3.2 Patient-reported Outcome Patient-reported outcome or PRO EHR integration involves incorporating patient-reported outcome measures into electronic health record systems. PROs gather information directly from patient records about their health status, symptoms, and quality of life. These insights provide valuable subjective data for healthcare providers. For orthopedic patients at the clinic, completing surveys on their smartphones via a mobile link is easy. Clinicians can access patient responses during or after appointments to offer tailored care recommendations based on survey readings. Access to patient-reported outcome data empowers clinicians to deliver patient-centered care, fostering greater patient involvement in their treatment journey. 3.3 Patient Portals Patient portals in EHRs are pivotal in modern healthcare practices as the industry embraces digital transformation. Patient portals within EHR systems are crucial to empowering individuals and facilitating communication between patients and healthcare professionals. These portals enable patients to access their personal health information securely. Patients can schedule appointments, ask questions, and even have virtual consultations, making healthcare more accessible and patient-centered. With improved communication and engagement, patient portals bridge the gap between individuals and healthcare professionals. 3.4 Generative AI Integrating generative AI tools with Electronic Health Record systems holds immense promise for advancing healthcare industry. Generative AI can significantly enhance EHR software precision and overall technology, resulting in streamlined daily workflows and enabling healthcare providers to prioritize patient care. By utilizing patterns and structures from existing data to create new content resembling the training data, generative AI brings valuable improvements to EHR systems. These benefits include efficiently filling in missing data, enhancing clinical decision support, automating documentation and coding processes, and ensuring billing accuracy, thereby alleviating the burden on healthcare providers. 3.5 Cloud-based EHR Cloud computing is gaining traction as medical organizations explore the benefits of outsourcing administrative and clinical services, including medical billing, reporting, lab integration, and more. With the increasing adoption of EHR systems, the advantages of easy access to patient data have become crucial. As the patient population continues to grow, the complexity of data rises, demanding solutions that ensure secure storage and accessibility. Embracing cloud-based infrastructure becomes imperative in this scenario, granting healthcare professionals the flexibility to access data using tablets or smartphones safely. This integration empowers clinicians to enhance their productivity in the clinical environment, laying the groundwork for long-term success by offering mobility solutions that cater to evolving healthcare demands. 3.6 Voice-enabled EHRs Integrating voice recognition technology with EHR systems is a significant advancement for clinicians. By allowing hands-free input of information and patient data, voice recognition technology reduces inaccuracies and speeds up information recording. Additionally, with the support of AI, EHRs equipped with voice recognition can assist doctors in recognizing historical patient trends and making accurate diagnoses. As companies strive to incorporate AI into EHRs through voice-enabled technology, physicians can effortlessly access patient data and inquire about specific health parameters, such as the last recorded iron levels from a blood test. This streamlined approach improves efficiency and enhances the overall healthcare experience and decision-making process. 3.7 Predictive Analytics Predictive analytics applications have become a significant driving force within the healthcare industry, yielding profound impacts on diverse areas, including cancer treatments and emergency staffing optimization. As the field continues to evolve, the adoption of predictive analytics technology is expected to expand further. Specialized healthcare app development services utilize AI-powered analytic methods, such as statistics, data mining, and modeling, in conjunction with AI capabilities to offer clinical outcome predictions based on real-time device data and electronic health records. This integration aims to elevate the patient experience and improve care delivery, equipping healthcare professionals with valuable insights to make more informed and proactive care decisions. 3.8 Robotic Process Automation Robotic Process Automation (RPA) is driving the expansion of the automated data capture market for electronic health records worldwide, owing to its ability to enhance workflows and ensure increased accuracy. By automating data capture through robot-based processes, RPA eliminates the need for manual data entry, leading to improved precision. In the healthcare industry, RPA serves as an effective technique to address EHR flaws without requiring a complete system redesign, permitting the utilization of digital labor to preserve efficient processes while resolving underlying issues. By employing system algorithms and programs, RPAs efficiently automate tasks typically carried out by human resources, accelerating the digitization of medical facilities and promptly addressing imperfections. 3.9 Telehealth-EHR Integration Integrating EHR systems with telehealth platforms revolutionizes healthcare by facilitating remote care and streamlining clinical workflows. This alliance will enable medical organizations to deliver high-quality patient care from a distance while ensuring the swift and secure transfer of patient information between systems and interfaces. The combined power of telehealth and EMR systems enhances virtual care activities, automates data entries, and synchronizes insurance information in a single window, thus optimizing efficiency and productivity for healthcare providers and their staff. Moreover, this integration strengthens patient-physician engagement and fosters seamless collaboration among healthcare teams. 3.10 Blockchain for EHR Data Integrity While blockchain technology gained prominence through its association with cryptocurrency, its application in healthcare is steadily gaining momentum. By utilizing cryptography, blockchain ensures the utmost security and integrity of EHR data, limiting access to authorized individuals only. In healthcare, blockchain brings value, from validating clinical trials and verifying claim results to monitoring medicine distribution, authenticating prescriptions, and combating insurance fraud. Additionally, smart contracts leverage blockchain to automate actions based on predetermined outcomes, reducing the need for extensive human involvement. Although the adoption of blockchain in healthcare technology is still in its early stages, several EHR systems have already incorporated it to enhance security, scalability, and confidentiality measures. 4. Future Scope The convergence of IoT devices and big data technology is set to revolutionize the healthcare experience, offering unprecedented digitization and patient engagement. The disruptions brought on by the COVID-19 pandemic have underscored the need for healthcare institutions to adapt and embrace technological advancements. Careful selection of the right EHR system is crucial for healthcare organizations, and a structured approach that involves key stakeholders, requirements definition, vendor evaluation, and implementation planning is essential for successful EHR implementations. The ultimate goal remains to enhance patient care, streamline workflows, and achieve operational efficiencies. While EHRs have already made significant strides in the industry, the future of electronic health records holds even more excellent benefits and technological impact, with healthcare mobile app developers playing a vital role in the value-based healthcare model and preparing for EHR optimization.

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Spotlight

SS&C Technologies

SS&C is a global provider of investment and financial software-enabled services and software for the global financial services and healthcare industries. Founded in 1986, SS&C is headquartered in Windsor, Connecticut and has offices around the world. Some 18,000 financial services and healthcare organizations, from the world's largest institutions to local firms, manage and account for their investments using SS&C's products and services. Additional information about SS&C is available at www.ssctech.com.

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Fitbit launched a large-scale study to validate its technology to detect atrial fibrillation

Fitbit | May 07, 2020

Fitbit launched a sweeping heart study on Wednesday aimed at exploring whether its devices can detect atrial fibrillation. The company's focus on health care, along with its work in clinical trials to alert users to conditions like hypertension and sleep apnea. Fitbit's strategy is to make easy-to-use health tools that detect a range of conditions more accessible to the general population. Wearables giant Fitbit launched a sweeping heart study on Wednesday aimed at exploring whether its devices can detect atrial fibrillation. It's part of Fitbit's broader ambitions in healthcare to use its wearable technology for preventive health to reduce the risk of life-threatening events like stroke by detecting problems earlier. With the launch of the heart study, Fitbit is chasing down competitor Apple which received FDA clearance in 2018 for its ECG feature and more recently launched a study with Johnson & Johnson to explore whether its own wearables can detect Afib. "Wearable data and the kinds of information wearable data can provide will serve as another tier in the healthcare system," Eric Friedman, Fitbit co-founder and chief technology officer told FierceHealthcare. Read More: DOXIMITY LAUNCHES DOXIMITY DIALER VIDEO- A FREE TELEHEALTH APP FOR PROVIDERS The company's focus on health care, along with its work in clinical trials to alert users to conditions like hypertension and sleep apnea, makes it clear that it wants to pivot its wearables from just fun accessories to health devices. Fitbit’s user-generated health data, combined with the company’s analytics, can provide an "early warning sign" to users about potential problems like irregular heart rhythms suggestive of atrial fibrillation (Afib), Friedman said. "It could serve as a 'check engine light' to help get that person to the appropriate level of care, and that could be, at first, a telehealth physician or a personal health coach. That's another layer in the healthcare system. Fitbit devices will be a "Minute Clinic' on your wrist before you have to go see a physician," he said. Fitbit's strategy is to make easy-to-use health tools that detect a range of conditions more accessible to the general population, according to the company. Until recently, tools for detecting AFib had a number of limitations and were only accessible if you visited a doctor, My hope is that advancing research on innovative and accessible technology, like Fitbit devices, will lead to more tools that help improve health outcomes and reduce the impact of AFib on a large scale. - Steven Lubitz, M.D., principal investigator of the Fitbit Heart Study Fitbit launched in 2007 and now has close to 30 million active users. In November, tech giant Google announced plans to buy the company for $2.1 billion, but that deal still needs to be approved by regulators. Scripps Research Institute and Stanford Medicine are collaborating with Fitbit on research aimed at using Fitbit data to help detect, track and contain infectious diseases like COVID-19. The two studies are examples of where Fitbit can fit in healthcare, Friedman said. The heart study looks at individual wearable data to detect heart health trends and the second study looks at population-level wearable data—including heart rate, sleep, and activity levels—to try to detect the early onset of a virus. "We're not trying to replace the healthcare system. Doctors and clinicians are dealing with acute healthcare issues and they don't have the bandwidth to look at longitudinal trends," Friedman said. "Where Fitbit wants to play and where we have value is that all-day, continuous health monitoring and guidance to help users stay healthy and manage their health conditions." Focus on heart health The Fitbit Heart Study aims to enroll hundreds of thousands of people, and its results will support the company’s regulatory submissions globally. To track heart rate, Fitbit’s devices use photoplethysmography (PPG) technology to measure the rate of blood flow directly from a user’s wrist. Theoretically, these measurements can be used to determine a user’s heart rhythm, which Fitbit’s algorithm will analyze for irregularities in the Fitbit Heart Study. Study participants who receive a notification about an irregular heart rhythm will be connected with a doctor for a virtual appointment at no cost and may receive a free electrocardiogram (ECG) patch in the mail to confirm the notification. One of the goals of the study is to understand how wearable data and virtual care can be used as a model of healthcare that does not involve in-person care, according to Tony Faranesh, senior research scientist at Fitbit. This model of care can be used to both offload the in-person care so the healthcare system can focus on more complicated, more acute health issues, and it's also a way of empowering and educating users about their own health and enabling them to make positive changes before they see a doctor. - Tony Faranesh, senior research scientist at Fitbit. AFib affects nearly 33.5 million people globally and patients with Afib have five times higher risk of stroke. But it also can be difficult to detect. Fitbit wearables have the potential to accelerate Afib detection because the devices provide 24/7 heart rate tracking. This enables long-term heart rhythm assessment, including when users are asleep. The optimal way to identify irregular rhythm through heart rate tracking technology is to screen when the body is at rest, according to the company. "We have the opportunity to develop and provide access to technology that may be able to improve public health and save lives," Friedman said. Fitbit also is pursuing approval from the U.S. Food and Drug Administration and other global regulatory authorities for its Afib detection software. Read More: HOSPITAL AND PROVIDER GROUPS CHEER NEW CMS FLEXIBILITY ON TELEHEALTH, CAPACITY AND ACO LOSSES Fitbit inked a multiyear partnership with pharmaceutical giants Bristol Myers Squibb and Pfizer last year to develop programs to identify and support people found to be at increased risk for stroke. Those programs will be implemented following FDA clearance for Fitbit's Afib detection software. Fitbit completed a clinical trial of its new ECG feature for spot detection of AFib and plans to seek review by the FDA and global regulatory authorities. About Fitbit We're a passionate team dedicated to health and fitness who are building products that help transform people's lives. While health can be serious business, we feel it doesn't have to be. We believe you're more likely to reach your goals if you're encouraged to have fun, smile, and feel empowered along the way.

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Clinical study matchmaking startup emerges from Shark Tank with a deal from Mark Cuban

DNAsimple | November 14, 2017

A healthcare entrepreneur with a business that seeks to make clinical recruitment easier by matching up DNA donors with medical study researchers in exchange for $50 per study for participants pitched to the investors on ABC’s Shark Tank TV program.

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VA scores favorably in RAND health care study

July 18, 2016

The embattled Veterans Affairs health care system generally performs better than or similar to other health care systems for providing safe and effective care to patients, according to a new RAND Corporation study. The VA, under fire for long wait times, often (but not always) performs better than or similarly to other systems of care for patient safety and effectiveness of care. More studies are needed, particularly looking at timeliness, equity, efficiency, and patient "centeredness." the report concludes.

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Fitbit launched a large-scale study to validate its technology to detect atrial fibrillation

Fitbit | May 07, 2020

Fitbit launched a sweeping heart study on Wednesday aimed at exploring whether its devices can detect atrial fibrillation. The company's focus on health care, along with its work in clinical trials to alert users to conditions like hypertension and sleep apnea. Fitbit's strategy is to make easy-to-use health tools that detect a range of conditions more accessible to the general population. Wearables giant Fitbit launched a sweeping heart study on Wednesday aimed at exploring whether its devices can detect atrial fibrillation. It's part of Fitbit's broader ambitions in healthcare to use its wearable technology for preventive health to reduce the risk of life-threatening events like stroke by detecting problems earlier. With the launch of the heart study, Fitbit is chasing down competitor Apple which received FDA clearance in 2018 for its ECG feature and more recently launched a study with Johnson & Johnson to explore whether its own wearables can detect Afib. "Wearable data and the kinds of information wearable data can provide will serve as another tier in the healthcare system," Eric Friedman, Fitbit co-founder and chief technology officer told FierceHealthcare. Read More: DOXIMITY LAUNCHES DOXIMITY DIALER VIDEO- A FREE TELEHEALTH APP FOR PROVIDERS The company's focus on health care, along with its work in clinical trials to alert users to conditions like hypertension and sleep apnea, makes it clear that it wants to pivot its wearables from just fun accessories to health devices. Fitbit’s user-generated health data, combined with the company’s analytics, can provide an "early warning sign" to users about potential problems like irregular heart rhythms suggestive of atrial fibrillation (Afib), Friedman said. "It could serve as a 'check engine light' to help get that person to the appropriate level of care, and that could be, at first, a telehealth physician or a personal health coach. That's another layer in the healthcare system. Fitbit devices will be a "Minute Clinic' on your wrist before you have to go see a physician," he said. Fitbit's strategy is to make easy-to-use health tools that detect a range of conditions more accessible to the general population, according to the company. Until recently, tools for detecting AFib had a number of limitations and were only accessible if you visited a doctor, My hope is that advancing research on innovative and accessible technology, like Fitbit devices, will lead to more tools that help improve health outcomes and reduce the impact of AFib on a large scale. - Steven Lubitz, M.D., principal investigator of the Fitbit Heart Study Fitbit launched in 2007 and now has close to 30 million active users. In November, tech giant Google announced plans to buy the company for $2.1 billion, but that deal still needs to be approved by regulators. Scripps Research Institute and Stanford Medicine are collaborating with Fitbit on research aimed at using Fitbit data to help detect, track and contain infectious diseases like COVID-19. The two studies are examples of where Fitbit can fit in healthcare, Friedman said. The heart study looks at individual wearable data to detect heart health trends and the second study looks at population-level wearable data—including heart rate, sleep, and activity levels—to try to detect the early onset of a virus. "We're not trying to replace the healthcare system. Doctors and clinicians are dealing with acute healthcare issues and they don't have the bandwidth to look at longitudinal trends," Friedman said. "Where Fitbit wants to play and where we have value is that all-day, continuous health monitoring and guidance to help users stay healthy and manage their health conditions." Focus on heart health The Fitbit Heart Study aims to enroll hundreds of thousands of people, and its results will support the company’s regulatory submissions globally. To track heart rate, Fitbit’s devices use photoplethysmography (PPG) technology to measure the rate of blood flow directly from a user’s wrist. Theoretically, these measurements can be used to determine a user’s heart rhythm, which Fitbit’s algorithm will analyze for irregularities in the Fitbit Heart Study. Study participants who receive a notification about an irregular heart rhythm will be connected with a doctor for a virtual appointment at no cost and may receive a free electrocardiogram (ECG) patch in the mail to confirm the notification. One of the goals of the study is to understand how wearable data and virtual care can be used as a model of healthcare that does not involve in-person care, according to Tony Faranesh, senior research scientist at Fitbit. This model of care can be used to both offload the in-person care so the healthcare system can focus on more complicated, more acute health issues, and it's also a way of empowering and educating users about their own health and enabling them to make positive changes before they see a doctor. - Tony Faranesh, senior research scientist at Fitbit. AFib affects nearly 33.5 million people globally and patients with Afib have five times higher risk of stroke. But it also can be difficult to detect. Fitbit wearables have the potential to accelerate Afib detection because the devices provide 24/7 heart rate tracking. This enables long-term heart rhythm assessment, including when users are asleep. The optimal way to identify irregular rhythm through heart rate tracking technology is to screen when the body is at rest, according to the company. "We have the opportunity to develop and provide access to technology that may be able to improve public health and save lives," Friedman said. Fitbit also is pursuing approval from the U.S. Food and Drug Administration and other global regulatory authorities for its Afib detection software. Read More: HOSPITAL AND PROVIDER GROUPS CHEER NEW CMS FLEXIBILITY ON TELEHEALTH, CAPACITY AND ACO LOSSES Fitbit inked a multiyear partnership with pharmaceutical giants Bristol Myers Squibb and Pfizer last year to develop programs to identify and support people found to be at increased risk for stroke. Those programs will be implemented following FDA clearance for Fitbit's Afib detection software. Fitbit completed a clinical trial of its new ECG feature for spot detection of AFib and plans to seek review by the FDA and global regulatory authorities. About Fitbit We're a passionate team dedicated to health and fitness who are building products that help transform people's lives. While health can be serious business, we feel it doesn't have to be. We believe you're more likely to reach your goals if you're encouraged to have fun, smile, and feel empowered along the way.

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Clinical study matchmaking startup emerges from Shark Tank with a deal from Mark Cuban

DNAsimple | November 14, 2017

A healthcare entrepreneur with a business that seeks to make clinical recruitment easier by matching up DNA donors with medical study researchers in exchange for $50 per study for participants pitched to the investors on ABC’s Shark Tank TV program.

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VA scores favorably in RAND health care study

July 18, 2016

The embattled Veterans Affairs health care system generally performs better than or similar to other health care systems for providing safe and effective care to patients, according to a new RAND Corporation study. The VA, under fire for long wait times, often (but not always) performs better than or similarly to other systems of care for patient safety and effectiveness of care. More studies are needed, particularly looking at timeliness, equity, efficiency, and patient "centeredness." the report concludes.

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