Insect Biochemistry & Generating Electricity

Touted as possible first responders, insect cyborgs could be the research community's next big breakthrough. Researchers from Case Western Reserve University have discovered that an insect's internal chemicals can be converted to electricity - potentially providing power to sensors and recording devices.

Posted in: Environmental Monitoring, Sensors, Transducers, Energy Efficiency, Energy, News


Sensors For Use In Aerospace, Military and Industrial Markets

The force balance sensor is intended for DC and low frequency acceleration measurements, such as those encountered in the motion of vehicles, aircraft and ships. These sensors are capable of measuring levels from as low as 0.0001g up to 200g’s over a frequency range from DC to 1000Hz. In addition, due to their inherent sensitivity to gravity, the force balance accelerometers with certain modifications or special features become excellent instruments for measuring angles of inclination. This type of sensor, often referred to as an inclinometer is useful in applications such as platform leveling, pipeline leveling, gun sight control, borehole mapping and other low level seismic measurement applications.

Posted in: Sensors, White Papers


Brain Sensing Technology Provides Real-Time Diagnosis

Portable system identifies, assesses, and monitors cerebral abnormalities, including stroke, traumatic brain injury, and sports concussion.Every 21 seconds, someone suffers a serious brain injury, including stroke, trauma, or concussion. Until now, there has been no way to quickly and reliably diagnose these calamities.

Posted in: Bio-Medical, Treatment Devices, Sensors, Software, Medical, Patient Monitoring, Briefs, MDB


Miniature Atom-Based Magnetic Sensor

This invention was demonstrated to successfully track a human heartbeat.Researchers from the National Institute of Standards and Technology (NIST) and the German national metrology institute have used a miniature atom-based magnetic sensor to successfully track a human heartbeat, confirming the device’s potential for biomedical applications.

Posted in: Bio-Medical, Sensors, Medical, Patient Monitoring, Diagnostics, Briefs, MDB


Tear-Based Glucose Sensor for Diabetes Monitoring

Diabetic control typically requires daily monitoring of blood glucose levels. This involves finger pricking 2–10 times a day in order to obtain a sample for assay. Many find the finger prick tedious or painful and fall into noncompliance. Others may also dislike the assorted “paraphernalia” that must be carried around. Research into the “next-tech” for diabetes care has led many researchers to investigate tear glucose sensing as an alternative. As promising as many of these devices are, they are many years from market. Here the development of a near market tear glucose sensor is reported.

Posted in: Bio-Medical, Treatment Devices, Sensors, Medical, Patient Monitoring, Briefs, MDB


Biosensing Technology Offers Advanced Diagnostic Capabilities

An electronic biosensing platform, combining nanoelectronics and three-dimensional electronic system integration, could replace the conventional microplate.Electronic biosensing technology could someday displace the multi-welled microplate, long a standard tool in biomedical research and diagnostic laboratories. Essentially arrays of tiny test tubes, microplates have been used for decades to simultaneously test multiple samples for their responses to chemicals, living organisms, or antibodies. Fluorescence or color changes in labels associated with compounds on the plates can signal the presence of particular proteins or gene sequences.

Posted in: Bio-Medical, Sensors, Medical, Patient Monitoring, Briefs, MDB


Ultra-Miniature Image Sensor

A wafer-level camera operates at low power and may be customized for application needs, which include endoscopy, surgical robots, and 3D model generation.Minimally invasive surgery has increasingly required imaging devices to have the smallest possible dimensions but also deliver high-resolution vision capabilities. There has also been a rising demand for disposable medical devices. With these criteria in mind, in 2004, the first prototype of the NanEye sensor was created in the lab. The miniature 0.25 mm2 camera module measured 0.5 mm × 0.5 mm, with 140 × 140 pixels at a frame rate of 40 frames/second.

Posted in: Bio-Medical, Sensors, Medical, Diagnostics, Briefs, MDB


White Papers

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