The BBT Group is looking for a highly motivated and creative PhD candidate to work in the field of plasma medicine and investigate the synthesis of biocompatible hydrogels, and the effects of atmospheric plasmas on them and on liquids. The ultimate goal of the research line is to gain fundamental understanding on the lethal effects of atmospheric pressure plasmas and plasma-treated liquids and hydrogels on cancer cells, and being able to implement new strategies for local and minimally invasive cancer therapy.
The BBT Group is looking for a Postdoctoral researcher to work in the field of scaffolding materials for bone tissue engineering. Specifically, the candidate will focus on the development of biofunctionalized hydrogels with cell-loading capabilities. The goal of the research is to develop hydrogels with specific rheological and mechanical properties and functionalized with biochemical cues allowing cell infusion and injection of the hydrogel within a biodegradable scaffold for bone tissue engineering.
El Consell Rector de l’Institut de Recerca Sant Joan de Déu (IRSJD) ha nomenat el Dr. Joan Comella com a director de l’Institut. Comella, director d'Innovació, Recerca i Gestió del coneixement de l’Hospital Sant Joan de Déu Barcelona, substitueix en el càrrec al Dr. Francesc Palau, primer director de l’IRSJD.
La ingeniería biomédica combina los criterios de diseño en ingeniería y las herramientas de análisis provenientes de las matemáticas, la física y la química persiguiendo la resolución de problemas en áreas como la medicina, biología, biotecnología y farmacia. Podría definirse, brevemente, como la aplicación de los principios de la ingeniería a las ciencias de la vida. En este artículo se recoge la trayectoria del Dr. Pere Caminal Magrans, uno de los pioneros e impulsores de la ingeniería biomédica en España y sin el cuál, no habríamos llegado hasta el momento actual.
The BBT Group is looking for a highly motivated and creative postdoctoral researcher to work in the field of 3D printing of flexible electronic devices (sensors, actuators) and biomaterials for tissue engineering under the research project “3D (bio)printing for integrating biomimetic electronics into engineered tissues: A giant leap in regenerative medicine” funded by the Spanish Research State Agency (AEI).