$GTCH their joint venture, GBT Tokenize Corp. (“
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Posted On: 01/07/2021 12:04:14 PM
$GTCH their joint venture, GBT Tokenize Corp. (“GBT/Tokenize”), is continuing with its research associated with an AI system to detect and open clogs within arteries based on its proprietary radio technology, which has an internal code name of “Hermes”.
The research is evaluating a system targeted for arterial clogs cleaning, such as a coronary artery, peripheral artery, or any other body vascular organ. The researching is focusing on the use of an intravenous mini-probe unit that could travel within the artery, searching to find clogs including complete blockages (Total Occlusions). Upon detecting a clog, GBT/Tokenize will evaluate whether the system will have the capability to remove it and clear the blood vessel for efficient blood flow. This blockage may cause a condition called atherosclerosis (when a substance called plaque builds up in the walls of the arteries) and can eventually block the artery, causing vascular disease, heart attack or stroke. The research is evaluating whether the unit can use AI based and radio frequency imaging system to "see" within arteries. We are now researching the development of a low frequency radio system to scan within arteries, producing 3D visuals, shown on a computer screen, and used for intravenous navigation.
The research is evaluating a system targeted for arterial clogs cleaning, such as a coronary artery, peripheral artery, or any other body vascular organ. The researching is focusing on the use of an intravenous mini-probe unit that could travel within the artery, searching to find clogs including complete blockages (Total Occlusions). Upon detecting a clog, GBT/Tokenize will evaluate whether the system will have the capability to remove it and clear the blood vessel for efficient blood flow. This blockage may cause a condition called atherosclerosis (when a substance called plaque builds up in the walls of the arteries) and can eventually block the artery, causing vascular disease, heart attack or stroke. The research is evaluating whether the unit can use AI based and radio frequency imaging system to "see" within arteries. We are now researching the development of a low frequency radio system to scan within arteries, producing 3D visuals, shown on a computer screen, and used for intravenous navigation.
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