AI4TeenDep is a machine learning-based solution designed to interpret data related to depression in adolescents. It uses executive function scales and speech recognition to identify patterns associated with depressive symptoms, facilitating earlier and more accurate assessment.
Read moreAItheroscope is an advanced solution for the early detection of atherosclerosis in primary care. Using artificial intelligence, it analyzes echocardiograms and retinograms to identify early signs of the disease, facilitating a rapid and accurate diagnosis that enables early intervention and improves clinical outcomes.
Read moreArtificial intelligence-based solution designed to predict the risk of occult cancer in patients who have suffered a venous thromboembolism (VTE). It uses machine learning models to identify clinical patterns that could anticipate an oncological diagnosis within 2 years of the thrombotic event, thus facilitating earlier and more targeted detection.
Read moreInnovative solution that uses artificial intelligence, including deep learning, to diagnose respiratory diseases, predict mortality risk and assess the probability of ICU admission based on CT scans and, optionally, other clinical data, enabling the application of precision medicine in pulmonology.
Read moreHorus Cardio Monitor is a solution designed for remote monitoring of patients with heart failure. Through connected devices and artificial intelligence algorithms, it allows continuous monitoring of the patient's condition, identifying early on any changes that may require medical intervention.
Read moreProduct based on Deep Learning techniques that employs a three-dimensional convolutional neural network architecture for video classification. This model is applied to echocardiography to semantically segment the left ventricle and to evaluate cardiac function by calculating the left ventricular ejection fraction or LVEF.
Read moreHorus Encoder is an innovative solution designed for automatic coding of medical reports. Using artificial intelligence and natural language processing (NLP), it automatically assigns ICD-10 labels corresponding to diagnoses, eliminating the need for manual intervention and reducing errors.
Read moreMonitor and improve hydration levels with Horus Hydro, a cutting-edge solution that leverages wearable sensors and machine learning technology to automatically and in real-time accurately estimate your current hydration levels. Stay hydrated and protect your health with our hydration tracking system.
Read moreThe Horus Oncologist project applies Machine Learning (ML) and Artificial Intelligence (AI) techniques to develop predictive models of therapeutic response in patients with non-metastatic pancreatic adenocarcinoma treated with stereotactic body radiation therapy (SBRT) in neoadjuvant phase. Through the analysis of clinical, diagnostic and radiological data, the aim is to predict the probability of surgical resection and the pathological response to treatment.
Read moreHorus Predictor is a solution based on Machine Learning models that enables early clinical predictions from the patient's admission or in the first hours after. It provides accurate estimates of key indicators such as expected hospital stay or readmission risk, facilitating better planning and management of healthcare resources.
Read moreOptimize patient and resource management in mental health services with Mental Health Triage. This artificial intelligence-powered tool classifies patients according to their characteristics, severity and clinical needs, allowing you to effectively prioritize mental health care and provide personalized services based on patient needs.
Read moreHorus Physio is an innovative solution in partnership with Urban Fisio, designed to improve the health and quality of life of patients by bringing personalized, high-quality physiotherapy directly to their home. Through the use of advanced technology and the expertise of professional physiotherapists, this tool facilitates a comprehensive and convenient approach to physical care.
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