PhD Discussion sessions are open to all staff and researchers at all career stages, and are intended to help PhD students gain feedback from colleagues by presenting their research results and discussing them with each other, as well as with more experienced researchers.
PhD Discussion sessions are open to all staff and researchers at all career stages, and are intended to help PhD students gain feedback from colleagues by presenting their research results and discussing them with each other, as well as with more experienced researchers.
PhD Discussion sessions are open to all staff and researchers at all career stages, and are intended to help PhD students gain feedback from colleagues by presenting their research results and discussing them with each other, as well as with more experienced researchers.
PhD Discussion sessions are open to all staff and researchers at all career stages, and are intended to help PhD students gain feedback from colleagues by presenting their research results and discussing them with each other, as well as with more experienced researchers.
A user day for multimode microplate readers
A user day for multimode microplate readers
A user day for multimode microplate readers
A user day for multimode microplate readers
A paper published in Small last month by Lorenzo Albertazzi’s group is featured in Advanced Science News, Wiley publishing company’s in-house news website. This platform presents advances in various fields of research for a general audience.
Xavier Fernàndez Busquets’ joint IBEC-ISGlobal Nanomalaria group has moved a step closer to the validation of immunoliposomes as a vehicle for antimalarial drugs by showing that they increase the efficacy of lipohilic (poorly soluble) compounds in a mouse model of malaria. The results, published in Biomaterials, suggest that this strategy could be used for the treatment of severe malaria.
Most antimalarial drugs currently in the pipeline are poorly soluble in water, and high amounts are needed to ensure their efficacy, particularly in cases of severe malaria.