MyDx, Inc., a rapidly growing chemical detection company and the makers of MyDx, the first multi-use hand-held chemical analyzer for consumers, today announced it is launching its AquaDx™ sensor chip for the analysis of toxic chemicals in water, and is now accepting pre-orders at special pricing for early adopters.
A new molecular gel recipe developed at the University of Michigan is at the core of a prototype for a more accurate lead paint test.
A team of Cornell researchers have prepared the groundwork for a chemical sensor on a chip using the expertise in photonics and materials science. The goal is for the chip to be used in small portable devices to monitor air and water quality in the field, examine samples in a lab, and maybe even detect explosives.
Lasers operating at the infrared wavelength of 1,550 nanometers power high-speed fiber-optic Internet communications. MIT Microphotonics Center Principal Research Scientist Anuradha Agarwal is developing chemical sensors based on the 1,550-nanometer telecommunications wavelength using a new materials system built of silicon carbide on silicon dioxide on silicon.
Validere, a new company cofounded by Harvard engineers and scientists will be marketing a sensing technology invented at Harvard University. This novel technology is designed to perform instant, in-field characterization of the chemical make-up and material properties of unidentified liquids.
A team of engineers at the University of California San Diego have created a flexible wearable sensor capable of accurately measuring the blood alcohol level from sweat and convey the data wirelessly to a smartphone, laptop, or other mobile device.
A global team of researchers headed by Rob Ameloot and Ivo Stassen from KU Leuven have studied the possibility of detecting nerve gas and pesticides in extremely low concentrations.
A team of MIT researchers have created economical chemical sensors using chemically altered carbon nanotubes, that facilitate smartphones or other wireless devices to sense trace quantities of poisonous gases. With the aid of these sensors, the researchers aim to build lightweight, low-cost radio-frequency identification (RFID) badges that can be applied for individual security and safety.
A study is under progress in the Clemson University to develop a new sensor. This sensor is being designed to aid in the detection of destructive weapons across the world, in order to protect the world from rogue nations and terrorists.
Many cancers could be successfully treated if the patient consulted the doctor sufficiently early. But how can a developing cancer be detected if it doesn't give rise to any symptoms? In the near future, suitably early diagnosis could be provided by simple and cheap chemical sensors - thanks to special recognizing polymer films developed at the Institute of Physical Chemistry of the Polish Academy of Sciences in Warsaw.
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