Long-term AIDS Survivor from Gulfport Walks to Remember

Health Technology, AI

Article | July 18, 2023

Yes, empathy has become a fad. Connecting to another human is actually something cool kids do now. If a brand doesn’t have an impact model that includes a practical social issue, consumers tend to not take that brand seriously. In this case, empathy needs to be revisited beyond the trend itself for these strategies to have real, lasting impact. Practical strategies around compassion meanwhile have similarly become an intrinsic part of social impact organisations. They have become so commonplace that prosocial behaviour has strayed into a kind of tokenism. It is common for instance for consumers to donate their hard-earned money to companies who focus their energies on trying to alleviate real-world issues. The question then is whether this proxy for compassion isn’t in fact watering down human connections, as well as our positive impact on the issues business and organisations seek to solve with our help. Postmodern behavioral science If it is, then we must understand why and how to change that. This is where postmodern behavioral science provides a possible better alternative to social impact strategies. Postmodern behavioral science suggests that the current approach to understanding human behaviour lacks even a rudimentary understanding of empathy, defined in the area of social impact as a discursive strategy that allows us to feel what the group we are trying to help is feeling. Of course, compassion has very close ties with empathy. Empathy is an innate ability we all have, one that we can learn to develop and fine-tune over time. It is our emotional connection to another human, though one that lies beyond our own ego. It takes the perspective of the person who is struggling and seeks to understand their life, their struggle, and their worldview. It also resolves to value and validate their perspective and experience — something that donating money to a social impact cause does not. In its broader definition, empathy is a shared interpersonal experience which is implicated in many aspects of social cognition, notably prosocial behavior, morality, and the regulation of aggression. Empathy has a host of positive after-effects when applied as an interpersonal experience. If a social impact organisation is preoccupied with raising capital, then it is likely to disregard the practical worth of empathy for those who truly want to achieve its mission. Immersive empathy One way that behavioral science can contribute is to utilise tools that can help augment the experience of those in need for those needing to understand those needs. Both AR and VR can help people visualise and follow the stories of those who require compassion. These create virtual environments for partners, governments, and consumers to experience with the people they seek to help. But of course, much of human behaviour is geared toward seeking pleasant experiences and avoiding unnecessary pain. Our in-built hedonic valuation systems guide decisions towards and away from experiences according to our survival instincts. This is precisely why business owners who want to encourage empathy in their customers go the easy route, but should seek a more participatory frameworks to inspire and provide experiences for those on board with a social mission. Then there are issues like financial literacy in underserved populations, access to clean water, education for women and girls, and environmental conservation, to name a few of the problems that social impact companies are attempting to tackle. If a company is trying to tackle an issue such as access to clean water, then rather than start there, it should first ask exactly how this issue arose and developed. It should question the beliefs that underpin this chronic social inequality, those that inform policies, practices, cultural taboos, and beliefs about water and people’s access to it. To simply respond to an issue in its developed form is to leave it unfixed. We must be willing to reverse engineer the origins of that issue that got us to where we are. In other words, human behaviour is not the only component to consider in this. The main behavioral framework public servants should take with them is to develop a nudge unit solely based on the relationship between behavioural science and technology. This is mainly because technology is an inevitable part of how we now relate to one another. Immersive Compassion meanwhile should embrace tools like AR/VR that seek to create empathetic environments and valuable impact longevity. To fully embrace empathy as an organisation is to create relevant and rigorous responses that go as far as to alter the infrastructure of its target goals. Optimising social impact comes down to optimising human experience.

Health Technology, Digital Healthcare

Article | July 14, 2023

Electronic medical records (EMR) conferences are vital for professionals who wish to stay updated on latest healthcare innovations. Join industry experts to tackle challenges and seize opportunities. Electronic medical records (EMR) are digital versions of patients’ medical information. These can be managed, accessed, and shared by authorized healthcare providers within a single healthcare organization. Staying informed with the latest updates on EMR conferences is crucial for healthcare providers, administrators, and IT professionals responsible for implementing and maintaining these systems. Attending these conferences offers the opportunity to keep up with the latest trends and technologies, network with experts, earn continuing education credits, and enhance professional development in the rapidly-evolving healthcare landscape. Explore the EMR conference schedule and highlights for the healthcare industry, featuring the best EMR conferences for medical professionals with a focus on digital health, electronic patient records, and other notable advancements. Attend these top events to stay informed and connect with industry experts: 1.MedInfo 2023 July 8 to 12 | Sydney MedInfo, a health informatics event with the theme ‘The Future is Accessible’, will take place at the International Convention Centre (ICC). The conference aims to explore digital healthcare beyond borders and will feature 700 keynote speakers addressing over 3,000 delegates from more than 50 countries. The event will cover a diverse range of topics, with particular emphasis on nursing and digital health. 2.e-Health 2023 Conference and Tradeshow May 28 to 30 | Toronto e-Health, a premier event for Canadian digital health professionals, will be held at Beanfield Centre. Committed to making a difference in health and healthcare delivery, this annual conference & tradeshow has remained a vital epicenter of digital health discussion and debate since 2000, attracting a diverse line-up of in-demand speakers, expert panelists, presenters, and leading-edge exhibitors. Attendees can expect a wonderful platform to learn, connect, and engage with peers both nationally and globally, along with networking and knowledge-sharing opportunities. 3. Digital Healthcare World Congress 2023 May 23-24 | London Digital Health World Congress 2023, slated to take place at Kensington Conference & Event Centre, will feature discussions on various medical and mobile technologies such as e-health, m-health, telehealth, telemedicine, genomics, biotech, life sciences, healthtech, genetics, pharma, and healthcare IT. This event will be crucial for healthcare professionals looking to gain insights into the latest developments in electronic medical records. 4. 11th International Conference on Internal Medicine & Patient Care July 20-21 | Florida The conference aims to explore the latest developments and advancements in the field of internal medicine through the theme of ‘Current Research and Advances in Internal Medicine’. It will cover topics such as dermatology, cosmeceuticals, and laser treatments, with a significant scientific session on ‘Electronic Medical Record and Disease Management’. Attendees can take advantage of opportunities to present their research, learn about career development, and gain insights into the latest tools & technologies. The conference promotes collaboration among young researchers and offers a chance to interact with peers and established leaders globally. 5. openEHR Conference June 6 | Barcelona openEHR aims to bring together healthcare professionals, medical informatics experts, care providers, researchers, authorities, regulators, and service providers. The event's theme 'No time to waste: building the lifelong, patient-centric EHR,' emphasizes raising awareness about the current state of semantic interoperability in healthcare. The objective is to enable different healthcare systems and applications to share and utilize patient data seamlessly and accurately, irrespective of the technology used, to create patient-centric electronic records that can be accessed and used throughout a patient's lifetime. 6. Oracle Health Conference September 18-20 | Las Vegas Attend the Oracle Health Conference to discover how Oracle Health is revolutionizing healthcare technology. Formerly known as the Oracle Cerner Health Conference, this event features innovative product demos, education sessions on industry challenges, and networking opportunities with like-minded peers. Gain insights into how technology can improve patient outcomes, enhance clinical efficiency, and drive innovation in healthcare organizations. 7. Electronic Medical Records Boot Camp August 21-22 | Virtual The upcoming Electronic Medical Records Boot Camp invites attendees to gain valuable insights into biostatistical methods for analyzing EMR data. This intensive two-day program features seminars and hands-on analytical sessions, providing attendees with an overview of electronic health data opportunities, statistical challenges, and the latest techniques related to electronic medical records. The program aims to help attendees leverage electronic medical records for better healthcare outcomes. 8. The Healthcare Innovation Congress June 20 – 22, 2023 | Washington, DC The Healthcare Innovation Congress (thINc360), formerly known as The World Health Congress, aims to bring together executives from a wide range of healthcare sectors. Over the course of three days, the conference will offer tailored educational experiences specifically designed for executives representing healthcare professionals, health plans, and hospitals. 9. Digital Health Transformation Summit 2023 May 22-24 | Chicago This event aims to highlight how innovation is driving change across the healthcare industry, leading to gains in quality, affordability, accessibility, and sustainability. The panel of Modern Healthcare's Top 25 Innovators will discuss the latest innovative projects, products, and developments in healthcare, including the use of AI to leverage the abundance of patient data from EHRs and digital tools for improved diagnoses, treatments, and disease prevention. 10. World Medical Innovation Forum June 12-14 | Boston World Medical Innovation Forum (WMIF) is a global event that brings together leaders in healthcare investment, technology, manufacturing, and regulation at Westin Boston Seaport District. The forum, presented by Mass General Brigham and Bank of America, aims to advance patient-benefitting technologies by exploring the promise of new patient care and addressing the challenges to their development and investment. The ultimate goal is to find solutions to medical, operational, and economic challenges to benefit patients, providers, and healthcare organizations at the earliest feasible time. 11. Bits & Pretzels Healthtech June 20-21 |Munich Conference will focus on technology-driven healthcare innovation and its potential to enhance patient outcomes. The conference will explore the patient journey from prevention to aftercare, with a focus on technology's role in driving innovation. Attendees will examine how new technologies such as AI, bio 2.0, and IoT ingestible can improve healthcare delivery. 12. IHI Patient Safety Congress May 22-24 | Maryland Organized by the Institute for Healthcare Improvement (IHI), the event, which will take place at National Harbor, aims to bring individuals together who are passionate about ensuring safe and equitable care for patients in all settings, including hospitals, outpatient facilities, and homes. It will feature engaging speakers who will share their vision for smarter, safer care, and attendees will have access to practical workshops, which will provide real-world insights that can be implemented within their organizations. This event is a must-attend for anyone interested in shaping the future of patient safety. 13. Intelligent Health Conference 2023 June 14 | Pilestredet The Intelligent Health Conference 2023 is an event organized by Intelligent Health Initiative at OsloMet – Oslo Metropolitan University to provide an update on the latest developments & research in the field of digital health. The event will bring together experts & researchers in the field to discuss the use of digital technologies such as AI and wearable devices for improved health services. The conference will focus on various technologies that are becoming an integrated part of daily life, including mobile health and applications, electronic medical records, and telehealth as well as telemedicine. 14. HealthTech Innovation Days October 24-25 | Paris October 27 | Virtual The fifth edition of HealthTech Innovation Days (HTID) event, organized by the non-profit organization HealthTech Care and initiated by France Biotech, aims to facilitate faster delivery of innovative products to patients by providing a platform for European life sciences stakeholders. The HTID event provides various activities to facilitate the progress of innovation, such as the chance to engage with knowledgeable professionals, participate in panel discussions led by experts from around the world, and obtain valuable insights into critical subjects. 15. Digital Health Innovation Summit June 6-7, 2023 | California The 23rd rebranded edition of Digital Health Innovation Summit, organized by World BI, will take place at Hyatt Regency San Francisco Embarcadero Waterfront Hotel. The event aims to provide a unique opportunity for professionals in the pharma, healthcare, and medtech industries to connect with thought leaders, explore the latest trends in digital health technologies & advancements in electronic medical records, and gain valuable insights to enhance patient care. With the participation of clinicians, scientists, entrepreneurs, biomedical engineers, patient advocates, and top technology providers, this summit will serve as a crucial gathering for professionals driving innovation in healthcare. Wrapping Up Participating in electronic medical records conferences can facilitate professional development, accrue continuing education credits, and help individuals stay abreast of the rapidly-evolving healthcare landscape. EMR conferences frequently offer focused conference tracks or sessions dedicated to various EMR-related topics such as implementation, data analytics, interoperability, privacy and security, and patient engagement. Participating in these specialized tracks can provide attendees with a more targeted and comprehensive learning experience, and can contribute significantly to improving the quality of healthcare delivery, enhancing patient outcomes, and driving innovation in the healthcare industry.

Healthtech Security

Article | August 31, 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.

Article | December 15, 2020

As medical science has improved rapidly, life expectancy around the world also has risen. Still, as longevity increases, healthcare systems are facing a growing demand for advanced services, increased costs, and a struggling workforce to meet various requirements of patients. Demand is driven by many unstoppable forces: a shift in lifestyle choices, shifting patient expectations, population aging, and the never-ending cycle of innovation are a few among others. Challenges Faced by the Healthcare Industry According to Mckinsey, one in four people in North America and Europe will be over the age of 65 by 2050. This shows that, soon, the healthcare industry will have to deal with a larger number of patients with more complex requirements. Catering to these patients is expensive and requires health systems for providing long-term focused and proactive care. To remain sustainable, healthcare systems need major transformational and structural changes. The industry also needs a larger workforce because according to the World Health Organization (WHO), globally there is a shortfall of approximately 9.9 million nurses, physicians, and midwives. Apart from attracting, training, and retaining these healthcare professionals, you also have to ensure that their time and effort add value to patient care. Utilizing the solutions powered by modern technologies, such as Artificial Intelligence (AI) in the healthcare industry, will add perfection and more value to human efforts. AI in the healthcare industry has the potential required to transform and revolutionize healthcare by addressing the challenges in the industry mentioned earlier. AI can better the outcomes, improve efficiency, and augment productivity in healthcare delivery. This article takes an in-depth look at the impact of AI in healthcare. Impact of AI in the Healthcare Industry In the coming years, AI in the healthcare industry will improve the day-to-day life of healthcare practitioners, augment the patient experience, improve care delivery, and can even facilitate life-saving treatments and revolutionize the industry. Additionally, AI will improve population-health management, operations, and strengthen innovations. According to Statista, the global AI healthcare market will increase to more than US$28 billion by 2025. Here is a detailed look into the areas where and how AI in the healthcare industry will be impactful. Chronic Care Management Chronic diseases, such as cancer, diabetes, kidney diseases, are the leading cause of disability and death in the US and the main drivers of the country’s annual health cost. Effectively managing various chronic diseases is an overarching and long-term process. But with the help of the right tool, healthcare providers can meet the needs of these patients without delay. Artificial intelligence tools in the healthcare industry can help healthcare providers overcome the complexities of chronic disease management and make it more effective and provide quality treatment. AI in the healthcare industry is increasingly being leveraged by organizations to improve chronic disease management, enhance patient health, and drive down costs, which will also eventually result in data-driven and personalized care. AI in the healthcare industry is expected to move the industry toward proactive care delivery from a reactive one and lead the industry to provide more individualized treatments. This is just one of the ways AI in the medical industry is going to revolutionize chronic care management in hospitals. Care Delivery Artificial intelligence in the healthcare industry is changing the way care is delivered; it is expected to make healthcare more efficient, accurate, and accessible. Reducing costs and improving health outcomes are the values health systems and hospitals are trying to deliver to patients every day. Hospitals are increasingly incorporating technologies, which are powered by the use of AI in healthcare to meet the challenge. According to the American Hospital Association (AHA), AI in the healthcare industry has unlimited potential to solve most of the vexing challenges in the industry. They identify AI use cases in the healthcare industry in four broad areas, which are administrative, operational, financial, and clinical areas. Administrative Use Cases for AI in the Healthcare Industry • Admission procedures • Appointment scheduling • Customer service responses • Discharge instructions • Hiring and orientation protocols • Licensure verification • Patient check-in procedure • Prior authorizations • Quality measure reporting Operational Use Cases of AI in the Healthcare Industry • Inventory management • Materials management • Supply chain management • Facilities management Financial Use Cases for AI in the Healthcare Industry • Billing and collections • Claims management • Insurance eligibility verification • Revenue cycle management Clinical Use Cases of AI in the Healthcare Industry • Predictive technologies • Interventional technologies By incorporating and utilizing these scopes with AI in the healthcare industry, the industry can be transformed into a next-gen level in no time. It also allows healthcare practitioners to focus more on patients, which would eventually help in raising staff morale and improving retention. Clinical Decision Support Recent advancements in AI in the health industry are capable of enhancing the currently used clinical decision support (CDS) tools to have value-based imaging and to improve patient safety. According to the National Institute of Health (NIH), the synergy between CDS systems and AI in the healthcare industry will be able to: • Reduce friction in radiology workflows • Identify relevant imaging features easily • Generate structured data to develop machine learning algorithms • Enable an evolution toward decision support for a holistic patient perspective • Suggest imaging examinations in complex clinical scenarios • Assist in identifying appropriate imaging opportunities • Suggest appropriate individualized screening • Aid health practitioners to ensure continuity of care AI in the healthcare industry is competent in making CDS a next-gen one, enhancing the experiences of radiologists and providers, and improving patient care. Diagnostics Slowly but surely, AI is improving almost every aspect of human life with innovations and advancements. The latest is that AI in the healthcare industry is impending a revolution in medical diagnostics by providing accurate risk assessments, accelerating disease detection, and boosting hospital productivity. By automatically prioritizing urgent cases and accelerating reading time, image recognition AI enhances the workflow of radiologists. It even helps in the prevention of diseases by the early detection of diseases. In medical images such as x-rays, MRIs, and CT scans, AI-driven software can efficiently be used to accurately spot signs of many diseases, especially in detecting many chronic diseases such as cancer. According to the NIH, AI will be widely applied in the healthcare industry especially for various tasks such as patient engagement and adherence, diagnosis, and treatment recommendations. So, there is no doubt that AI in healthcare will revolutionize the diagnostic process in the approaching years by detecting diseases, classifying diseases, and improving the decision-making process. The application of AI in the healthcare industry will make people live longer. Triage and Diagnosis AI can be effectively used to automatically triage cases. AI algorithms will analyze the cases and forward cases to pathologists after determining the priority based on the probability of cases according to the criteria set by labs. This makes the workflow of pathologists easier and efficient. Through the process the algorithm will be able to: • Verify the digital images attached to the case belong to that case • Validate the tests ordered and match the specimen type • Identify cases marked as stat • Determine the cases, which can be positive or are most likely to be negative Moreover, AI technologies in the healthcare industry also can be effectively used to provide more accurate and faster diagnoses. This speeds up the entire process of triage and diagnosis and is expected to revolutionize the healthcare industry soon. The Future Outlook for AI in the Healthcare Industry Over the next few years, AI in the healthcare industry has the best opportunities in hybrid models to support clinicians in diagnosis, identifying risk factors, and in treatment planning. This scope will result in faster adoption of AI technology in healthcare, which will show measurable improvements in operational efficiency and patient outcomes. With a plethora of issues to overcome, which are driven by documented factors such as growing rates of chronic diseases and the aging population, it is obvious that the healthcare industry needs new innovative solutions. AI-powered solutions in the healthcare industry will achieve a clear impact on the global healthcare industry in a short time. Frequently Asked Questions Which is the best application of AI in the healthcare sector? Cognitive surgical robotics is the best application of AI in the healthcare sector as it helps practitioners collect data from real surgical processes, which would help in improving existing surgical approaches. Why is artificial intelligence important in healthcare? Artificial intelligence in healthcare is vital as it can help make decisions, analyze and manage data, and have conversations. So, AI will drastically change the everyday practices and roles of clinicians. When was AI-first used in healthcare? The term, Artificial intelligence (AI) was first described in 1950, but the limitations of the term prevented its acceptance. In the 2000s, these limitations were overcome and people started to accept the term.