Modern Devices Utilized in the Medical Field
The advancement of technology has significantly transformed the healthcare sector by introducing modern medical technologies and equipment that enhance patient care. These innovations assist healthcare professionals in diagnosing diseases and providing treatment with increased effectiveness and efficiency. Below are some of the most notable devices in this realm:
High-Dose Rate Brachytherapy Device
The high-dose rate brachytherapy device functions by placing a radioactive source directly within a tumor. It employs radioactive plates, needles, or small seeds composed of radioisotopes. These materials may be positioned on the tumor’s surface, implanted within the tumor, or placed inside a body cavity surrounding the tumor.
Electroencephalogram (EEG) Device
The Electroencephalogram device measures brain waves, reflecting the brain’s functionality and efficiency. Small electrodes are affixed to the scalp to conduct the test.
Thrombectomy Device
The thrombectomy device features a catheter inserted into the patient’s vascular system, with the catheter’s tip positioned near a blood clot for its removal.
3D Printer
The 3D printer is employed in various applications, including prosthetics, skull and bone implants, customized airway stents, and surgical planning. It has proven useful in complex open-heart surgeries and kidney transplants.
Utilizing a 3D printer enables precise matching of medical devices to the exact specifications of a patient, ensuring compatibility with their natural anatomy. As a result, the body is more likely to accept implants and prosthetics tailored specifically to them, leading to greater patient comfort and improved performance outcomes.
Robotic Surgery Devices
Robotic surgery represents a less invasive alternative to traditional surgical methods, characterized by enhanced precision, a lower risk of infection, and a faster recovery period. For instance, image-guided robots can assess brain damage without causing harm to surrounding tissues.
Internet of Things (IoT)
The Internet of Things can be utilized to monitor medical technologies within facilities, issuing performance alerts in the event of a failure or potential malfunction. Additional IoT applications can also track staff, patients, and devices in critical situations.
Wireless Brain Sensors
Wireless brain sensors are devices that can be implanted within the brain and naturally dissolve upon completing their function. These devices assist doctors in measuring temperature and pressure within the brain, minimizing the need for subsequent surgical procedures for their removal.
Artificial Organs
Bioprinting has facilitated the creation of vital artificial organs, such as skin cells that aid in the regeneration of skin for burn victims, as well as synthetic blood vessels, artificial ovaries, and pancreases. These artificial organs can grow within the patient’s body, effectively replacing the damaged original organs.
Gamma Camera for Medical Imaging
The gamma camera for medical imaging provides highly advanced and comprehensive diagnostic solutions, delivering the highest quality imaging in the shortest amount of time possible.