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Pneumology

The group’s basic and clinical research activity, above all, surrounds the fields of inflammation and repair, respiratory insufficiency and tissue hypoxia, and these fields complement one another and are connected through the study of conditions such as asthma, chronic obstructive pulmonary disease (COPD), pulmonary fibrosis, infections, transplants, pulmonary hypertension or sleep-related breathing disorders.

The group has an experimental research laboratory and a clinical research and clinical trial unit. It is made up of professionals from different specialties (pulmonologists, biologists, nurses, laboratory technicians, physiotherapists etc.). This multidisciplinary team provides an added value to the group and guarantees the existence of the critical mass necessary to carry out scientific projects.

Our group is a node that belongs to the CIBERES network (CIBER for respiratory diseases) and also works in collaboration with groups of the highest national and international prestige.

Team

Letizia Traversi

Letizia Traversi

Predoctoral researcher
Pneumology
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Lidia Estepa Hombrados

Lidia Estepa Hombrados

Postdoctoral researcher
Pneumology
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Marc Massa Gomez

Marc Massa Gomez

Research technician
Pneumology
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Maria Acevedo Alonso

Maria Acevedo Alonso

Research technician
Pneumology
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Maria Pilar Aparicio García

Maria Pilar Aparicio García

Research assistant
Pneumology
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Marta Andreu Casas

Marta Andreu Casas

Predoctoral researcher
Pneumology
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Letizia Traversi

Letizia Traversi

Predoctoral researcher
Pneumology
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Lidia Estepa Hombrados

Lidia Estepa Hombrados

Postdoctoral researcher
Pneumology
Read more
Marc Massa Gomez

Marc Massa Gomez

Research technician
Pneumology
Read more
Maria Acevedo Alonso

Maria Acevedo Alonso

Research technician
Pneumology
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Maria Pilar Aparicio García

Maria Pilar Aparicio García

Research assistant
Pneumology
Read more
Marta Andreu Casas

Marta Andreu Casas

Predoctoral researcher
Pneumology
Read more

Projects

Primary ciliary dyskinesia in adult bronchiectasis. Diagnostic strategy based on next generation sequencing gene panel analysis.

IP: Antonio Moreno Galdó
Collaborators: Antonio Álvarez Fernandez, David Clofent Alarcón, Primary ciliary dyskinesia in adult bronchiectasis. Diagnostic strategy based on next generation sequencing gene panel analysis., Alba Torrent Vernetta, Noelia Baz Redón
Funding agency: Instituto de Salud Carlos III
Funding: 134915
Reference: PI20/01419
Duration: 01/01/2021 - 30/06/2025

Agudizaciones asmáticas de origen vírico y su impacto en diferentes fenotipos asmáticos: Etiología, mecanismos inmunológicos e inflamatorios.

IP: Iñigo Ojanguren Arranz
Collaborators: David Espejo Castellanos
Funding agency: Instituto de Salud Carlos III
Funding: 75020
Reference: PI21/01100
Duration: 01/01/2022 - 31/12/2025

Caracterización y factores de riesgo de las SEcuelas PULmonares de los pacientes que superan una neumonía por COVID-19 (PULSE-COVID).

IP: Fco. Javier Muñoz Gall
Collaborators: Maria Angeles Jiménez Fuentes, Marc Miravitlles Fernández, David Clofent Alarcón, David Soler Segovia
Funding agency: Instituto de Salud Carlos III
Funding: 135520
Reference: PI21/01046
Duration: 01/01/2022 - 31/12/2025

Air pollution and microRNA expression in asthmatic patients: Effects on inflammatory and oxidative stress lung markers.

IP: Mª Jesús Cruz Carmona
Collaborators: David Soler Segovia
Funding agency: Instituto de Salud Carlos III
Funding: 141570
Reference: PI21/01346
Duration: 01/01/2022 - 31/12/2025

Blog

News

The researcher from the VHIR Pulmonology group aims to continue promoting prevention, research and respiratory health advocacy, while strengthening the international profile of research teams in Spain and Catalonia.

The study, with the participation of VHIR, will analyse the physiological response of the human body thanks to data collected by smartwatches and wearable devices.

The SOLARIS collaborative science project with citizen participation for the total solar eclipse on 12 August will analyze the human body's response during the eclipse using anonymous data collected by smartwatches and wearable devices.

EXIMIOUS

EXIMIOUS (Mapping Exposure-Induced Immune Effects: Connecting the Exposome and the Immunome), un projecte finançat per la Unió Europea que engloba 15 organitzacions de 7 països europeus.

EXIMIOUS té com a objectiu estudiar l’exposoma, és a dir, l’exposició a factors ambientals al llarg de la vida, per entendre la seva relació amb les malalties immunomediades, com ara les malalties autoimmunes o les al·lèrgies. Des del VHIR està liderat per la Dra. M Jesús Cruz i el seu equip de Pneumologia.