Magnetic Sensors Transform Medical Tech with Precise, Real-Time Diagnostics
Magnetic sensors are revolutionising medical technology. They enable non-invasive, precise, and real-time diagnostics and monitoring, from brain and heart diagnostics to advanced bioprostheses. These sensors are integral to life-saving applications like magnetocardiography (MCG) and magnetoencephalography (MEG), and are even used in wearable devices for continuous health tracking.
Magnetoskopie sensors detect and image biomagnetic fields, crucial for brain and heart diagnostics. They measure magnetic fields non-invasively, ensuring patient comfort and safety. These sensors offer both wired and wireless data transmission, facilitating real-time monitoring in critical care environments.
Magnetic sensors enhance precision in various medical procedures. They guide ultrasound therapies and measure temperatures in thermal therapies and cancer treatments. In orthopedic implants and cardiovascular bypass grafts, they monitor the health and functioning of bioprostheses. Advancements in nanotechnology have miniaturised these sensors, making them suitable for wearable and micro-empirical devices.
In magnetoencephalography (MEG), magnetic sensors measure the brain's electrical currents, aiding in diagnosing diseases like epilepsy and Alzheimer's. Magnetic Resonance Imaging (MRI) also heavily relies on these sensors for medical imaging. Moreover, magnetic sensors measure oxygen levels in the blood, fluid volumes, track movements, and control prosthetics.
Magnetic sensors are transforming medical technology, offering precision, reliability, and real-time monitoring. They are integral to various diagnostics and procedures, from brain and heart diagnostics to advanced bioprostheses. With miniaturisation, they are now suitable for wearable devices, enabling continuous health monitoring and early detection of potentially fatal diseases.
