- Conferència del Dr. Gil Rodas: L’esport d’alt nivell no és saludable: mite o realitat?
- Benvinguda a la segona promoció de Medicina a l’Ajuntament de Vic
- Nota mínima de acceso al grado de Medicina (Catalunya, 2018)
- Preparant el curs vinent…
- Martin Floor, el membre més jove del nostre grup de recerca, rep la beca Horitzó Àsia
Instrumentos de laboratorio
Arxiu de la categoria: Scientific projects
Our projects BCV-2017-1-0018 and BCV-2017-2-0018 (Influence of the lipidic environment on the immune response against the membrane-proximal external region (MPER) of HIV gp41) have been granted with 1,950,000 computational hours at the Barcelona Supercomputing Center by The Red Española de … Continua llegint
Our project BCV-2016-2-0005 Lipid-dependent binding of neutralizing and nonneutralizing antibodies to the membrane-proximal external region of HIV gp41 has been granted with 350,000 computational hours by The Red Española de Supercomputación (RES).
The project Monoclonal antibodies against the MPER sequence of HIV envelope subunit gp41. Learning from activity data to desing new immunogens of the Cell Virology and Immunology Group (IRSI-Caixa) has been granted by the Fondo de Investigación Sanitaria, Spanish Ministry … Continua llegint
Our project Modulation of immune receptors function as a novel therapeutic strategy for acute CNS damage has been granted with 1,140,000 computational hours at the Barcelona Supercomputing Center by The Red Española de Supercomputación (RES).
We have obtained 20,000 additional hours for the TNF project at BSC.
CESCA (at present ‘Center for Scientific and Academic Services of Catalonia’; before known as the ‘Supercomputing Centre of Catalonia Consortium’) has accepted our new project on TNF signaling. This will provide us with 200,000 computational hours along this year.
On February 25th, BSC (Barcelona Supercomputing Center) has published the list of accepted activities for the 1st period of 2011. Our project TNF alpha and Sphingosine 1-phosphate transduction systems in Multiple Sclerosis received 15,000 computational hours.