A sleek nanobiosenser, the BRODERICK PROBE®, smaller than a human hair, named after her father, Paddy Broderick from country Clare, Ireland, is designed to diagnose, treat and find strategies to treat brain disorders. The sensor is available for market production. This nanobiosenser is a medical diagnostic and therapeutic device, comprised of biologically compatible materials, capable of imaging neurotransmitter signals directly from the brain actually during movement during the natural state, the diseased state and the medically/ surgically treated state in the same subject in real time and in vivo. It is the first nanobiosenser in the world that is capable of video tracking “visualizing” brain neurotransmitters as electroactive signals for each neurotransmitter as they are imaged in real time on computer or mobile device. The list of applications of this nanobiosenser is not at all limited to movement or motor activity. This nanobiosenser is minimally invasive when using one device (US patented, 2006 and 2017 and patents are registered in India) as well as non-invasive using another device (US patented, 2015 and 2016 and patents are registered in India). The most recent patents describe this nanobiosensor in detail as it images the brain, opens the brain without opening the brain and does not harm the brain. This nanobiosensor does not produce bacterial infection in short or long-term studies. This nanobiosensor has proven clinically to be successful in the epilepsy patient without producing scar tissue (documented by NYU pathologist). This is a New Sensing Technology.
The BRODERICK PROBE®
series of nanobiosensors work by electrochemical detection. But this medical device is unique from other electrochemical electrodes in that this series of nanobiosensors can image signals in vivo, in vitro or in-situ within sub-seconds in real time.
The nanobiosensors can be used anywhere and for any length of time and have been found to not result in gliosis (scar tissue) or infection (bacterial growth). Thenanobiosensors is comprised of carbon and carbon allotropes as used in, at least, one example. In the figure, shows a diagram of the nanobiosensors, the BRODERICK PROBE® .
Dr.Patricia Ann Broderick
RADIO SHOW
PART #1
https://www.stitcher.com/podcast/cutv-news-radio/e/52577674
PART #2
http://www.blogtalkradio.com/cutvnewsradio/2017/11/13/pt-2-cutv-news-spotlights-dr-patricia-broderick-of-eazysense-nanotechnologies
The nanobiosensor and its related techniques and technologies, as well as its trade secrets, are known under the umbrella terminology, Neuromolecular Imaging (NMI). This sleek carbon-based nanobiosensor, smaller than a human hair, is a diagnostic biomedical device, comprised of biologically compatible materials that image and video tracks, continuously, neurotransmitter signals in real-time directly from the brain during control, diseased states and treatment in the same object for time periods as long as months without scarring or bacterial infection.
