Technology portfolio

Postpartum hemorrhage (PPH) remains a major contributor to maternal morbidity and mortality globally. Its potentially severe consequences demand prompt, accurate, and well‑coordinated management. Clinical simulation, meanwhile, has emerged as a highly effective educational strategy, providing healthcare professionals with a safe environment for skill acquisition and competency development, thereby contributing to improved clinical outcomes.

A reusable and affordable uterine atony simulator has been created to train clinicians using active‑flow scenarios for three essential postpartum hemorrhage techniques: inserting a hemostatic intrauterine balloon, applying compression sutures, and ligating blood vessels. The bleeding stops only when the procedure is done correctly, promoting self‑learning through repetition and helping professionals strengthen the skills needed to respond effectively in real emergencies.

ISABIAL, together with AIJU and UMH under the HeFMob (Heart Failure Mobilisation) project, has developed a rehabilitation device that uses physical exercise and gamification to support therapeutic care. It combines exercise equipment with adapted biometric‑monitoring tools, enabling patients to learn healthy habits through a virtual gamified environment. This medical‑device prototype aims to promote early rehabilitation for heart failure patients in a safe, engaging, educational, and remotely supervised way.

The Global Pain State Questionnaire (GPSq) is filled out directly by the patient and provides a quick, straightforward way to evaluate pain levels, relief from current analgesic treatment, perceived quality of life, and any Adverse Events that may have occurred since the last appointment. It can be used with patients who have Non‑Cancer Chronic Pain (NCCP) and are being treated with opioids, both in Pain Units and in Primary Care.

GPSq EQ‑5D‑5L Tool for Evaluating Pain and Health‑Related Quality of Life

A new method has been developed for the precise, simple, and sensitive extraction and analysis of volatile organic compounds, enabling a non‑invasive stool‑based screening test for colorectal cancer (CRC). It can be used across a wide range of patients and may help reduce or eliminate false positives and false negatives.

A resonator circuit has been developed that measures the relative permittivity of the biological tissue on which it is placed and makes it possible to determine blood glucose levels non‑invasively. This system uses microwave technology, and the biological tissue being monitored is the tongue, which simplifies its practical application.

New strain for the treatment and/or prevention of pathologies involving hepatic or intestinal inflammation, especially in patients with cirrhosis. In addition to its use as a probiotic, it can restore the intestinal dysbiosis associated with clinically relevant complications or prevent the non‑selective eradication of the microbiota and the emergence of resistance, which are major issues linked to the increasing use of antibiotics.