Articles related to MEDTECH

The new transistor technology could solve the problem that electrochemical signaling is typically too weak to monitor effectively. Current sensors have such low signal strength that it is impossible to monitor tissue responses in real time. Instead, blood samples or biopsies are used. The new technology lays a foundation for real time noninvasive, highly sensitive monitoring.

Orthopedic surgeon Dr. Ahmed Siddiqi wanted to find a better approach to postoperative monitoring – one that came closer to direct, continuous visibility of patient progress during recovery – while reducing the burden on patients and the management team. His new digital care solution enabled his team to provide long-term remote patient monitoring while directly communicating with all patients. The platform’s remote therapeutic monitoring (RTM) module helps the team meet the minimum engagement and data submission requirements to be eligible for RTM coverage.

Via the Internet of Medical Things (IoMT), medical devices share data with other systems and with physicians, and physicians remotely adjust settings as needed. But the very connectivity that makes the IoMT effective also makes it vulnerable to malicious parties.

AI is coming to medicine rapidly — likely more rapidly than many practitioners are prepared for. Peruse these six questions and follow the paths that most interest you to ensure you have positioned yourself to ride the coming wave.

Older adults using digital communications technology like email and video calls had higher levels of depression and anxiety about COVID-19. One explanation is that those who experiencing feelings of depression and anxiety were more likely to use digital tools. But another plausible explanation is that the digital technologies used were not well suited to older adults, possibly fueling their depression and anxiety.

Despite the fact that OCT angiography (OCTA) does not technically qualify as multimodal imaging per se, it does offer several modes of visualization from a single scan, including an angiogram, a structural picture, and en face imaging with boundary specific segmentation. The use of OCTA can assist doctors in communicating to patients with geographic atrophy who are susceptible to exudation the necessity for routine follow-up. Clinicians can rule out artifacts by analyzing the flow overlay on the OCTA cross-section. If the flow isn’t where it should be for the illness, it’s probably an artifact.