BioMedical Electronics


Lithium Polymer Batteries Power Wireless Digital Radiography

Find more content on: Imaging is one of the first medical applications to adopt these exceptionally thin batteries. New Digital Radiography (DR) equipment captures DR images using conventional x-ray equipment and procedures. Wireless cassette-size DR detectors can capture digital images and transmit them to a DR system’s capture console. Untethered detectors also enable […]

Read more >>> Lithium Polymer Batteries Power Wireless Digital Radiography

Find more content on: Measuring electrical phenomena presents a number of challenges for biomedical signal measurement systems. The tiny, microvolt-level electrical pulses that signal a firing neuron or a muscle response are often obscured by high-amplitude noise or accompanied by significant dc potentials. Quite often, the signal of interest is a small, transient […]

Read more >>> Oscilloscopes Enable Accurate Microvolt Biomedical Measurements

Find more content on:  As software plays a bigger part in medical devices, tearing it down is becoming increasingly important. When one thinks of medical devices, mechanical and electrical elements often come to mind, whether as part of a pacemaker or in pure materials products such as stents and catheters. However, the software […]

Read more >>> The Role of Reverse Software Engineering in Medical Devices

In all domains of Medical and Scientific X-Ray imaging, replacement of legacy film and analog video processing by a fully digital workflow is underway. There are several drivers for this conversion, including increased operational efficiency and faster work flow (patient throughput), adoption of digital information workflow and archiving infrastructure in the hospitals and electronic sharing […]

Read more >>> X-Ray Imaging Sensors and Detectors

After more than two decades of research and development, the first retinal prosthesis has received European approval for clinical and commercial use. People blinded by degenerative eye disease will have the option of buying an implant that can restore their vision at least partially. The makers of the Argus II retinal prosthetic have devised a […]

Read more >>> Bionic Eye to Visualize Braille Lettering for Blind

Epileptic seizures, occasionally referred to as fits, is defined as a transient symptom of “abnormal excessive or synchronous neuronal activity in the brain”. The outward effect can be as dramatic as a wild thrashing movement (tonic-clonic seizure) or as mild as a brief loss of awareness (absence seizure). It can manifest as an alteration in […]

Read more >>> Brain Sensors Detecting Brain Activity During Epileptic Seizures

Medical Electronics advances lead to increasing bioelectronic devices, biosensors and bioelectronic control system implants in human body. Popular example is electronic pacemaker for heart monitoring. But they need external power to work properly. Now they are relying on batteries which are implanted in human body along with the healthcare system. To avoid this, reaserchers are now focusing on techniques for power generation from human body itself. The most viable source of human power harvesting is the glocose content.

Read more >>> Implanted Biofuel Cells Generate Electricity from Human Body

Temporal Comparison software from Riverain Technologies, is an image registration and enhancement technology that accentuates changes between patient X-ray images taken at different times by forming a difference image between the current and prior chest X-ray. Riverain’s Temporal Comparison Technology automatically processes the current and prior images to provide immediate display of the temporal comparison […]

Read more >>> X-Ray Images Comparison Software Helps Doctors

Diabetes patients needs frequent monitoring of blood glucose levels. So they must use a less expensive resource for monitoring their blood glucose levels so frequently. Missouri University of Science and Technology students recently devised a biological system that uses segments of DNA embedded in bacteria to detect glucose. The students believe their development could lead […]

Read more >>> Bacteria DNA-Based Blood Glucose Monitoring for Diabetes Patients

Holst Centre, imec and DELTA combined for an innovative ECG body patch that integrates an ultra-low power electrocardiogram (ECG) chip and a Bluetooth Low Energy (BLE) radio. This unique combination fuses power-efficient electronics and standardized communication, opening new perspectives for long-term monitoring in health, wellness and medical applications. The system integrates components from Holst Centre […]

Read more >>> ECG Sensor Body Patch for Remote Health Monitoring of Patients

Diagnostics for All (DFA), a nonprofit startup in Cambridge, MA, has designed a cheap, disposable blood test for liver damage. The device uses a stack of paper the size of a postage stamp for a test of toxicity for drugs to treat HIV and tuberculosis. This is a low cost, point-of-care diagnostic device for measuring […]

Read more >>> Disposable Blood Test for Liver Damage

The same piezoelectric effect that ignites your gas grill with the push of a button could one day power sensors in your body via the respiration in your nose. In a recent paper US scientists from the University of Wisconsin-Madison described a device that converts air flow from human breath into electricity. The device could […]

Read more >>> Electricity from Nose – Human Respiration Generates Power

Toyota Motor Corporation (TMC) developed new robots to provide support in nursing and healthcare. The robots form part of the Toyota Partner Robot series, which is being developed to assist humans in their everyday activities. Each robot incorporates the latest in advanced technologies developed by TMC, including high-speed, high-precision motor control technology, highly stable walking-control […]

Read more >>> Nursing and Healthcare Robots from Toyota

Coupling biological materials with an electrode-based device, Prof. Judith Rishpon of TAU’s Department of Molecular Microbiology and Biotechnology is able to quickly and precisely detect pathogens and pollution in the environment — and infinitesimally small amounts of disease biomarkers in our blood. About the size of a stick of gum, the new invention may be […]

Read more >>> Disposable BioSensor to Detect Cancer and Heart Attack

A new technique that stimulates heart muscle cells with low-energy light raises the possibility of a future light-controlled pacemaker, researchers reported in Circulation: Arrhythmia & Electrophysiology, a journal of the American Heart Association. The research is part of a new field called optogenetics that introduces light-sensitive proteins into “excitable” cells, making it possible to control […]

Read more >>> Light-Controlled Pacemaker – Light Stimulates Heart Muscle Cells

RTLS is a Real-Time Locating System. RTLS tracks assets and people. Intelligent InSites offer RTLS+ solution for Hospitals. RTLS+ optimizes hospital asset management and transforms patient flow. RTLS+ is about solving real problems and creating solutions for healthcare organizations. RTLS+ means improving patient and staff satisfaction, while increasing revenues and decreasing costs at hospitals. They […]

Read more >>> RTLS+ for Real-Time Hospital Asset Tracking and Patient Monitoring

Laser interstitial thermal therapy (LITT) is a minimally invasive, low cost and effective approach to neurosurgery. It is especially appealing when the surgeon can control its application for precision and accuracy. Surgical resection and stereotactic radiosurgery (SRS) are the primary therapeutic interventions for the treatment of brain tumors, but they have drawbacks and limitations–and thus […]

Read more >>> Laser Neurosurgery Cancer Treatment for Brain Tumors

Laser Immunotherapy (LIT) is a new approach for cancer treatment using host immune system to fight the disease. Laser Immunotherapy provides a convenient, efficient means to directly destroy the tumors at the treatment site and to induce tumor-specific host immune responses. LIT utilizes a near-infrared laser, a light-absorbing agent, and an immunoadjuvant for the selective […]

Read more >>> Laser Immunotherapy Treatment for Late-stage Cancer

BioMedical Nanorobots are Biomedical electronics systems implanted in human body, examples are heart pacemakers, kidney supporting systems, Brain implants, wireless health monitoring systems, etc. Taiwan scientists developed a latest nanodevice that sits underneath the skin and converts near-infrared (NIR) light energy into electrical power. This is a promising wireless electrical power source for biomedical nanorobots […]

Read more >>> BioMedical Nanorobots Powered by Near-Infrared Light

GENTAG Inc. is pioneering the use of disposable wireless diagnostic sensors combined with NFC cell phones or tablets to make healthcare affordable and accessible to everyone worldwide. GENTAG has patented some of the RFID smart skin-patch technology, including: Glucose-monitoring skin patch, Cardiac-monitoring skin patch, Ultraviolet (UV) Radiation monitoring skin patch, Biomarker skin test patch, Diabetes […]

Read more >>> Wireless Medical Diagnostics using Skin Patch Body Sensors

Showing results 1 - 20 of 47 for the category: BioMedical Electronics.