Healthcare costs continue to rise, clinicians are overworked, and patient data privacy, security, and compliance are ongoing concerns. With limited budgets and shrinking margins, healthcare organizations must find new ways to improve operational efficiency while meeting—or exceeding—the highest standards of patient care. According to a Deloitte 2019 Global Healthcare Outlook report, expenditures on healthcare services are expected to increase at an annual rate of 5.4% between 2017 and 2022—from $7.7 trillion to $10 trillion.
Healthcare organizations are looking to AI to improve efficiencies and reduce costs. From medical imaging to robot-assisted surgery to drug discovery, AI is getting better and more sophisticated at doing what humans do—and doing it more accurately, faster, and at lower cost. According to the Accenture report “Artificial Intelligence (AI): Healthcare’s New Nervous System,” by 2026 AI is expected to create up to $150 billion in annual savings for the healthcare industry.
With the growing focus on early intervention, preventive healthcare, and digital transformation, healthcare organizations are increasing their adoption of medical imaging technologies. Advances in these technologies, including 3D and 4D capabilities, real-time analytics, and processing accelerated by graphics processing units (GPUs), give radiologists powerful tools to make faster and more accurate diagnoses and help to prevent radiologist burnout.
Many cancers start with changes so small that no human can detect them, even with current medical imaging technology. However, AI programs can be trained with deep learning to see the very earliest changes in cell structure that typically develop into cancerous cells. These programs can alert oncologists, who can then guide patient care protocols with greater accuracy and effectiveness. For example, the use of AI is reducing diagnostic errors in breast cancer detection by 85%.
Modern imaging technologies generate an overwhelming amount of information that can be difficult and time consuming for radiologists to process manually. Specialized AI applications can support radiologists and prevent burnout by “triaging” stacks of images. By quickly sorting out normal images and flagging exceptions, the radiologist can spot the images that show anomalies or indicators of disease and focus on diagnosing and treating the disease instead of screening images. For example, AI enables MRIs to accelerate image reconstruction by 100 times, and with 5 times greater accuracy.
To learn more, go to www.netapp.com/ai.
Mike McNamara is a senior leader of product and solution marketing at NetApp with 25 years of data management and data storage marketing experience. Before joining NetApp over 10 years ago, Mike worked at Adaptec, EMC and HP. Mike was a key team leader driving the launch of the industry’s first cloud-connected AI/ML solution (NetApp), unified scale-out and hybrid cloud storage system and software (NetApp), iSCSI and SAS storage system and software (Adaptec), and Fibre Channel storage system (EMC CLARiiON). In addition to his past role as marketing chairperson for the Fibre Channel Industry Association, he is a member of the Ethernet Technology Summit Conference Advisory Board, a member of the Ethernet Alliance, a regular contributor to industry journals, and a frequent speaker at events. Mike also published a book through FriesenPress titled "Scale-Out Storage - The Next Frontier in Enterprise Data Management", and was listed as a top 50 B2B product marketer to watch by Kapos.
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