AI can transcribe clinical notes, write mychart messages, interpret X-rays and … well, what else can do?
While AI is gaining popularity in the health care industry, the terms “ambient scribe” and “automated response in basketball” are mounted with. Recognition is well deserved – These tools have had enormous impacts on patients, doctors and health systems that facilitate care. But although these are common, they are not the only notable AI applications in health care.
Nowsweek Linked to health technology leaders to discover the unconventional AI tools that solve problems in the industry. Here are four of their stories.
Improvement of public health
Dr. Jude Kong grew up in Shiy, a small village in the northwest region of Cameroon. The nearest hospital was about four o’clock and had a doctor on the staff.
If someone was sick in the village, he was self-sufficient at the best of his abilities. If someone was dying, he should usually be transported to hospital because there were only two cars in the community. It was common for people to die during the trip, said Kong Nowsweek.
The women of the Kong community gathered to help his mother support him in school. He became the first in his village to frequent secondary school, then high school, then university. He had his first appointment with the doctor during his studies in Italy.
Now Kong is a professor and director of AI and the mathematical modeling laboratory at the University of Toronto. He also directs the Africa-Canada IA & Data Innovation consortium and the Global South ia for Pandemic & Epidemic preparation and the response network.
Collaborating with residents and governments, Kong uses AI to personalize proactive tools that can improve public health and access to care in communities like Shiy.
“With me, I always have my community, the dynamics, the way in which us allows us and the reason why we are authorized,” he said. “People tend to normalize this as a lifestyle, but in fact, it should not be the lifestyle, because I saw how things could be done.”
His work has helped communities around the world. An Ethiopia AI model can analyze photos to determine if a patient’s paralysis indicates polio. In Peru, a breathalyzer propelled by AI can diagnose respiratory diseases. In South Africa, an air quality monitoring tool uses AI to quantify greenhouse gas emissions around mines – community members can now prove that certain areas are dangerous and can use This data in court, said Kong.
These tools are not designed to be set up. They are built and trained to target specific problems for a specific group of people – problems and people that health systems often neglect, according to Kong. Its organizations include local communities and researchers from the conceptual phase to implementation, promoting confidence in new technology.
“When you bring people and they co-create [AI]You don’t need to sell them, “said Kong.” They adopt it. “”
Bring the “Symphony” to surgery
Dr. Robert Masson had always adopted a futuristic approach to his neurosurgery practice, innovating surgery procedures for the spine and incorporating robotics. But he noticed that most technological products focused on surgeons’ performance and capacities, neglecting the teams working alongside them.
He decided to change this with Exex, the IA company which he directs as CEO.
“We wanted to resolve the goal of something more macro,” said Masson Nowsweek. “We looked at the whole team and thought, how can we improve the symphony of surgery?”
There are thousands of tools and dozens of equipment in the operating room, but there are no control lists or databases in the sterile environment. Each little missed detail is a “expenditure, an interruption,” said Masson.
The EXEX AI tool aims to increase communication, clarity and orientation within the surgical suite – which, in turn, could relieve pressure to count on memory.
The product incorporates a language model with a computer vision model to answer questions from surgical teams during a procedure and help them orient themselves in the room. The system is linked to a spatial helmet composition application and can use the camera access functionality on Apple Vision Pro.
“The application running on the helmet has a complete spatial conscience in the room in real time, and it understands exactly where the user is and even knows what the user looks at,” said Nicholas Cambata, COO D’EXX , said Nowsweek. Surgical technology could install a tray before surgery and ask the AI to check it; In turn, AI could identify all the missing tools and tell them exactly where to find these tools in the room.
The AI model is fully customizable, said Cambata, formed on the individual workflow of each surgeon and the single floor plan for each operating room. Exex has just become a commercial in its first hospital system, but Masson said that the product had already changed the situation in its own practice.
“By having this virtual control list in real time on the ground, it was like Nirvana,” said Masson. “It was just a stress -free and effortless state.”
Accelerate the imaging process
Radiology dominates the AI market for health care, taking into account 76% AI and machine learning offers approved by the FDA. Many of these tools can help read and interpret analyzes, but they also have other requests, according to Dr. Elisabeth Garwood, director of medical information and vice-president of AI and clinical innovation at Umass Memorial Health.
Umass manages at least 40 AI algorithms in its clinical workflows, which makes the imagery process more effective for doctors and patients, said Garwood Nowsweek. A prioritization algorithm indicates examinations that seem abnormal, so that critical patients obtain results faster. Another invoicing software fueled by AI automatically code “easier” cases so that medical coders – which are in radiomulation – can focus on more difficult cases.
The patients have noticed that they spend less time in the MRI machine thanks to the acceleration algorithms of the health system, said Garwood. It takes time to acquire enough data to create a clear image of anatomy, and the image can be grainy if the machine is pushed to go more quickly. But automatic learning algorithms can process accelerated data, reconstructing high quality diagnostic images in less time.
Up to 15% of patients experience Severe forms of anxiety during MRIs, causing an termination of approximately 1 analysis out of 10. AI helps to make the process more tolerable for patients so that doctors can get the results they need.
“The MRIs are long, uncomfortable and noisy, but they are really precious for medical decision -making,” said Garwood. “Umass acceleration algorithms make our MRI more quickly, and it really hacks the patient’s experience as they are in MRI for less time.”
Advanced disease search
Kira Peikoff directs public relations for the Bayer venture capital, jumps. She works with companies that use technology, including AI, to meet the main challenges of health and agriculture.
According to Peikoff. The company takes a minority participation in startups, then strives to help them advance its technology through clinical trials or marketing. Only those who have cutting -edge products cut.
“The Leaps investment approach is still in starting businesses that are pioning a new approach to technology, not something progressive or reformulation,” said Peikoff. “It must be something that could potentially move paradigms in this treatment or that of indications.”
Half of the 10 ambitious goesy goals, or “jump“In the health sector,” prevent and cure cancer “to” reverse autoimmune diseases and chronic inflammation “. Society thinks that AI could further advance stages, according to Peikoff.
Exx will be one of the many brands subject to NowsweekIA impact prices, which recognize unique and innovative AI solutions that solve critical problems or advanced capacities in various industries. Prices highlight the measurable impacts that AI offers in various commercial operations, including marketing, customer experience, product development and optimization of the supply chain.
Registrations are open until April 25 and the finalists and winners will be announced at the end of May before the Summit on the impact of AI in June. The panel of expert judges is led by Nowsweek Editor -in -chief Marcus Weldon, AI scientist and former president of Bell Labs. Dr. Jude Kong, Dr. Elisabeth Garwood and Kira Peikoff are panel judges.
For more information on the event and entry directives, please visit the IA IAD Impact Price page.
