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Clinical Research/Innovation in Pneumonia & Sepsis (CRIPS)

CRIPS is a research group focusing on severe acute respiratory infections and sepsis. 

The objective is to develop projects on clinical and translational research in hospital-acquired pneumonia, community-acquired pneumonia, and severe viral respiratory infections, such as influenza and COVID-19. CRIPS also develop epidemiological studies focused on risk and prognostic factors for multi-resistant pathogens, validation of ventilator-associated events in ventilated adult and pediatric patients, incorporating artificial intelligence techniques. It also highlights evidence-based medicine (EBM) research, evaluating therapies and prevention strategies and participating in the formulation of clinical practice guidelines, as part of CIBERES and the European Society for Clinical Microbiology and Infections. The EBM research focuses on knowledge translation to get research findings to the point of decision making, providing health-related recommendations, focusing on clinical research and relevance of care. 

CRIPS collaborate on a Local (UIC, IDIAP), National (CIBERES), and International level (CHU Nimes, Uolo University, ISARIC and Pneumo-Inspire Networks).

Research lines

Outcomes research

-  pk-pd modeling to achieve optimal dosage of chemotherapy agents to improve antibiotic policy reducing the emergence of resistance and optimizing outcomes

-  Assess impact of respiratory infections and management interventions on outcomes

IP: -

Outcomes research

-  pk-pd modeling to achieve optimal dosage of chemotherapy agents to improve antibiotic policy reducing the emergence of resistance and optimizing outcomes

-  Assess impact of respiratory infections and management interventions on outcomes

IP: -

patient safety

IP: Cristopher Alan Mazo Torre

Severe Acute Respiratory Infections (SARI)

To focus on the most prevalent aspects of SARI: Pneumococcal CAP, Viral VAP, Pseudomonas VAP, & MRSA VAP

IP: -

Blog

News

A study, in which Vall d'Hebron has participated, has analysed all the interventions of this type carried out between 2006 and 2020.

The work of the multinational team, which has reviewed the records of more than one million patients who have received a new organ, has found significant differences between women and men

The scientific review reports that changes in the respiratory system flora due to pollution increase the risk of suffering a hospital infection caused by multidrug-resistant organisms.