9th IBEC Symposium
Bioengineering for Active Ageing
Bioengineering for Active Ageing
Bioengineering for Active Ageing
IBEC group leader and ICREA research professor Samuel Sánchez is the winner of this year’s edition of the Círculo Ecuestre’s Premio Joven Relevante.Samuel received the honour at a gala dinner last Thursday, where he was voted first of the three finalists by the members of the exclusive society. The prize recognizes and rewards an individual or team of people younger than 38 who has developed a project that brings significant change for the benefit of Catalan and Spanish society.
The Círculo Ecuestre was founded in 1856 by a group of middle-class Catalans united by a common interest – horse riding. It has since been a meeting point in Catalan society, and a place where current and past affairs are debated and culture, business and leisure are brought together. The club currently has 1565 members, of which 400 are under the age of 40, from all walks of life: economics, politics, society and culture.
This image shows the first-ever catalysis of a chemical reaction using an electric field, which could revolutionise the way we produce chemicals for applications in daily life.Researchers at the Institute for Bioengineering of Catalonia (IBEC), the University of Barcelona (UB) and two universities in Australia have introduced a new way of catalysing (speeding up) chemical reactions by applying an electric field between the reacting molecules. This opens the door for the fabrication of chemical compounds, used in drugs and materials, in a faster and cheaper way.
La Vanguardia published a long article about the potential of 3D printing in biomedicine at the weekend, speculating whether the dream of being able to ‘print’ spare parts for the body – new eyes, ears, limbs and even organs – is already within reach.Imaging Eph/ephrin cell-cell communication through Enhanced Number and Brightness: a novel method for the study of protein aggregation
Imaging Eph/ephrin cell-cell communication through Enhanced Number and Brightness: a novel method for the study of protein aggregation
What can we do with our 3D Bioprinter?
What can we do with our 3D Bioprinter?
Samuel Sanchez’s recent Nature Communications paper on micromotors that use surface variations for docking and guiding was the subject of an article in El Mundo today.