The Department of Homeland Security (DHS) awarded API's subsidiary, Picometrix, LLC a Phase I Small Business Innovation Research (SBIR) contract for $100,000 over six months. The company will exhibit the feasibility of integrating a hand-held time-domain terahertz (TD-THz) inspection wand combined with special sensor technologies to create a multi-sensor based approach for detection of concealed threats.
SAW Instruments has released a novel sam5 bio-sensing device for studying live, biomolecular bonding and its kinetics.
Mechanical force plays a major role in regulating various biological processes, ranging from replication of genes to strengthening the bones.
Defentect Group, a manufacturer and supplier of rapid smart messaging services and applications, proclaimed that the company has assigned Arkfeld Security Technologies, as an authorized integrator, to market and integrate Defentect’s Global Threat Awareness system employing its Immediate Intelligent Messaging software base.
American and Turkish scientists are developing various sensing devices that can be integrated into the body to gather information regarding any sort of fracture healing.
A robot that can follow marine organisms underwater for considerable distances would be key to learning more about these organisms.
Princeton University scientists have devised a novel sensing device that has the potentiality to revolutionize the way in which the medical equipments and drugs were previously examined for detecting the infections associated with it.
Facultad de Informática-based Artificial Intelligence Group (LIA) at Universidad Politécnica de Madrid has developed a novel DNA-supported biosensor that plays a significant role in genetic diagnostics.
AcuMEMS, a California-based medical device company proclaimed that their company has devised a novel wire-free sensing device for detecting intraocular pressure (IOP) of glaucoma and cataract patients. This innovative sensing device can be implanted at the time of intraocular lens (IOL) surgery for treating cataract by means of an un-enlarged phaco/IOL cut.
The devices developed in this manner consist of economical biosensors which can be deployed for evaluating the quality of drinking water. This technique can also be molded to store light energy with enhanced effectiveness in the coming years.
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