Top 6 Healthcare Technology Trends of 2024

The medical clinic of today is an entirely different world from the paper-filled past of the early 2000s. As the volume of medical knowledge grew tremendously over the past two decades, so did the number of patients and the complexity of their medical needs. Clinicians are now presented with the challenge of meeting this growing demand while also balancing administrative tasks and while maintaining a reasonable work schedule. As of 2022, around 93% of physicians consider digital health tools to be an advantage in their practice, citing improved clinical outcomes and work efficiency as primary factors for adoption.

These technological advancements can be broadly categorized into two groups: “core” technologies that form the foundation of IT infrastructure, and “auxiliary” technologies that enhance specific aspects of healthcare delivery. Below, I will dive into the major players in the field of digital healthcare tools and discuss how they are contributing to maximizing efficiency.

Core Technolgy Players:

1. Electronic Health Records (EHR)

Electronic Health/Medical Records (or EMRs/EHRs) have led the charge towards maximizing efficiency in the clinic. According to the Office of the National Coordinator for Health Information Technology, 78% of clinics and 96% of hospitals have adopted an electronic medical record provider as of 2021, up significantly from the initial values seen in 2007 of 34% and 28% for clinics and hospitals, respectively. EHRs ability to quickly pull up patient information, place orders, and manage appointments significantly reduces administrative work which was unavoidable on paper-based systems.

2. Telemedicine Platforms

Similarly, the impact of the COVID-19 pandemic led to the rapid implementation of telemedicine, which streamlined patient interactions and gave physicians an extra tool to provide rapid, low-complexity encounters. A recent AMA report shows nearly 78% of American clinicians now employ telemedicine in their practices. This technology allows physicians to care for patients unable to commute to the office, whether they are too sick or too busy, thereby reducing a major barrier to healthcare access. In addition, telemedicine has allowed for a reduction in no-show rates, with one study demonstrating telemedicine rates of 12% for virtual visits, compared to 25% for in-person rates.

3. PACS for Medical Imaging

Picture Archiving And Communication Systems (PACS) for Medical Imaging has become essential for storing, displaying, and sharing digital medical images such as MRI, X-rays, and CT scans. Widely adopted by hospitals and clinics in the early 21st century, PACS has significantly enhanced the management and transfer of large amounts of imaging data. As shown in a number of studies, PACS has shown to have many positive effects on their clinical users, primarily through facilitation of external communication and service quality and has improved diagnostic abilities across the different healthcare settings.

While core technologies have transformed the basic infrastructure of healthcare, auxiliary technologies have assisted in addressing specific challenges, further enhancing efficiency.

Auxiliary Technology Players:

4. Clinical Decision Support

UptoDate, BMJ Best Practice, and Dynamed represent the top three clinical decision support tools in the current market. These services have cemented themselves as “Google for Doctors”, providing clinicians with an easily searchable database of clinically corroborated decision algorithms, treatment options, and diagnostic tips for any documented medical condition. The use of clinical support tools, such as the ones above, have led to tangible improvements in patient outcomes, with one study demonstrating significantly shortened hospital stays when using up to date for decision support and a statistically significant decreased mortality rate on the conditions assessed. Even in outpatient settings, having nearly limitless medical knowledge one quick keyword search away has proven instrumental in ensuring all patient concerns are addressed, no matter how obscure.

5. AI-Powered Diagnostic Tools

AI-based programs represent the newest addition to the clinical toolkit. A 2024 AMA survey showed that 38% of clinicians were employing some form of AI assistance in the clinic. New AI applications run the gamut from translation services, documentation, and even augmenting diagnostic algorithms for early-stage cancer diagnosis. Unlike prior advancements in medical tech, AI is unique in its ability to rapidly evolve through complex neural networks and language learning models, quickly adapting to new issues as they arise. When every minute spent with a patient counts, having a novel and versatile assistant can be essential to ensure top-notch efficiency. In one Nature study, AI-based algorithms were shown to increase compliance of infection control measures from 54% to 100%, were able to predict the correct therapeutic dose of Warfarin on a patient-specific basis with an accuracy of 83%, and rule-out deep venous thromboembolisms without ultrasound in 38% of patients with a false negative rate of only 0.2%.

6. AI Summarization Tools

If you ask any clinician what the most tedious, time-consuming aspect of their day-to-day lives is, the vast majority will point toward chart reviews and writing medical notes. With new advancements in large language models, AI-powered summarization tools, such as those offered by Abstractive Health, can be used to solve this problem. Abstractive Health’s AI summary assistant seamlessly integrates into the top ten EHR systems and employs a proprietary language learning model to compile patient data, no matter how extensive or complex, into an easy-to-digest clinical summary. Unlike other AI products currently in the market, the AI summary assistant is bolstered by continuous performance monitoring to generate reliability scores in real-time, ensuring its outputs are both useful and reliable. Physical documents can also be directly uploaded and summarized, speeding up chart preparation for new patients and digitizing what is left of paper records. With Abstractive Health, the tedious process of chart-digging is minimized, allowing clinicians to focus more on building quality relationships with their patients rather than being submerged in their medical records.

As healthcare continues to evolve and patient encounters trend towards more complex cases, clinicians are well-equipped with the tools needed to ensure excellence in patient care.
From foundational core technologies to supplementary auxiliary tools, these advancements are helping to reshape the way healthcare is run.