Altegos™ is a software solution that was developed with the aim to provide a decision support tool to help physicians choose the optimal therapeutic approach for each patient in his/her specific shock conditions in terms of medical devices and/or drugs .
It is designed for opening the possibilities to new standards of care that will minimize errors, improve the recovery of patients and shorten the inpatient stay in the Intensive Care Unit.
Altegos™ is based on mathematical models capable of generating a "digital twin" of an individual, describing the subject-specific whole body physiology
is designed for opening the possibilities to new standards of care that will minimize errors, improve the recovery of patients and shorten the inpatient stay in the Intensive Care Unit.
Altegos™ goes beyond artificial intelligence since it relies on mathematical, deterministic models that have been validated against bench tests and real clinical measurements in healthy and pathological scenarios.
This enables clinicians to simulate and analyse treatments and pathological conditions with a broad spectrum of possibilities, also for those cases where no previous experience has been made.
While the majority of AI algorithms cannot perform perfect analysis on new scenarios since they would need to be trained with new data, Altegos™ is capable of analyzing any scenario and providing a patient specific solution by reconstructing the physical processes that underlie specific biological and clinical dynamics.
Altegos™ is able to:
show the best treatment for a specific patient, based on the current clinical guidelines and accounting for the availability of a specific healthcare institution;
keep into consideration the full aetiology and pathological background of the patient, even in cases of existing complex comorbidities, multiple ongoing therapies and/or mechanical circulatory modifications (such as arteriovenous fistulas in cases of dialysis);
provide information about the possibilities of weaning a specific patient off circulatory support devices;
interact with monitoring systems and electronic health records (EHR) systems in use in a specific ward or healthcare institution in order to elaborate and make available to user the patients' real-time vital signs and latest data and exams.
Altegos™ opens up new possibilities to understand, model, and treat a human body enabling the user to thoroughly understand patient conditions.
The possibility to quickly run simulations on specific pathological and physiological scenarios provides a digital view of the future by creating a connection between the physical world and its virtual representation.
Through Altegos™ it can be reached a level of medical accuracy and breadth of patient characterization that has never been achieved so far.