Projects
Optimal utilization of technological advances in all the scientific disciplines to enhance the efficiency of medical care.
Language as a tool to diagnose
The most complex and the highly evolved function of the brain is language. Irrespective of the language spoken the basic neurology of the language production is the same for all humans. Clinically identified language disorders are known for their substrate and functional disruptions. There are so many unidentified, unclassified micro nuances of language telling us the pathophysiological state of the brain. These are not even identifiable by the imaging techniques available today. These are the changes our artificial intelligence tools decipher and interpret for early intervention.
Non-invasive coronary artery patency evaluation
There are many non-invasive methods to detect the failing heart like electrophysiology, echocardiography and CT or MRI angiography. They all serve the clinician to identify the occlusion or spasm in the coronary arteries with acceptable predictability but not adequate enough to decide and plan intervention. Localizing the exact branch and extent of luminal compromise is what needed by the interventionist. our algorithms are trained to qualify and quantify the occlusion by anatomy with acceptable accuracy.
Prediction of stroke
Brain stroke is the third major killer of the humans and those who survived might be left with significant morbidity. This is an enormous economical, emotional and social burden.
There are two major ways this happen. Most common is by a blockade in the arteries supplying the brain. The other one is the bleeding that occurs in the arteries. The end result of both of these conditions is depriving the brain tissue the most vital nutrients the oxygen and glucose. Stroke due to the blocking of the artery could be salvaged by treatment if the patient could reach the hospital within the first three hours preferably. Many a time it is not possible for the victim to do this as he or she become incapacitated to move and or to talk. A system that could identify and alert the emergency services would be lifesaving and we have conceptualized an alert system to warn the potential cerebral stroke of thrombotic origin within a reasonable time window to enable preventive intervention.
Project on hand
Finding a solution to detect the covid-19 infection noninvasively using artificial intelligence in real time with scalability using an easily portable equipment is on the go. The concept had been presented to the innovation factory, Macmaster university, Hamilton, Ontario, Canada. Process of patenting is on and hence more description not possible at present.
Our precision would be more than 94 percent and likely to improve over a period of time. As it is a real time interpretation the possibility of using it in a massive scale in airports, train stations and entertainment gatherings would turn around the life of the global people back to normal.
We are expecting to roll out our finalized product by the end of April this year.