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Patrick Leyseele, Founder and CEO of 3.Life and Pinnaql. Inc
He is a person who seeks to perform technology to improve the quality of human life.

Our ultimate goal at is to enable better health for all people; through the catalysts of DT, advisory services, digital health platform and innovative strategies. Enabled through our wide network of relationships and collaborations with scientific organizations.

Patrick Leyseele -IoT: the technological revolution of everyday life

Patrick LeyseeleA definition for the term "Internet of things" (also known by its English name, Internet of Things, and its acronym IoT) has not yet been established. Rather, there are different definitions that differ in small details, although, in general, they all coincide on one point: the term refers to the interconnection of everyday objects and industrial machines through the Internet. These objects receive a unique identity (address) on the network and can perform tasks in a fully automated manner. In this way, for example, simple objects can communicate with each other at any time and place, without the need for human intervention.
During the last years, a lot of progress has been made in the introduction of Artificial Intelligence in our day to day and even in our daily activities.

From streamlining the slow and costly development of new drugs to analyzing a patient's genome, the applications that are already underway are numerous. But AI is emerging, above all, as a tool capable of quickly learning and analyzing vast amounts of information from patient records, imaging tests, and scientific advances to help doctors offer better diagnoses and treatments. .

And this time we want Patrick leyseele to tell us a little about the 3 most outstanding applications in the health sector that have particularly caught our attention :, but not without first making a short introduction about what we are talking about.

Broadly speaking, we can say that Artificial Intelligence is based on obtaining behavioral models in programs that have been fed with an enormous amount of data.

In the same way that we can teach a program to identify objects, faces and animals based on giving it data, we can also teach it to detect "strange things" on an x-ray, or to predict the future, since if a computer has seen that the 90% of the time it happens

In the world of health this is of fundamental importance, since there is no doctor who has seen 100 million lung x-rays in his life, but a computer can do it, and draw conclusions from what it analyzes.

Patrick Leyseele Artificial Intelligence applied in alzheimer

Currently, an early detection system of Alzheimer's is being described that identified parts of the brain of healthy adult people, helping to diagnose the disease in its initial stage by checking for the existence of mild cognitive impairment and thus predicting future progression.

Patrick Leyseele Artificial Intelligence for early detection of breast cancer
Machines have begun training to help make more accurate diagnoses.
In order to prevent and detect breast cancer in time for a positive treatment.

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