Dra. Esperanza Padin will talk about DNA origami at Pint of Science Santiago de Compostela 2024 (15th May) “Building structures with DNA blocks”: DNA is known for encoding life. This
Ester Polo
Seeded-Growth of PCN-224 onto Plasmonic Nanoparticles: Photoactive Microporous Nanocarriers published by Ceballos M. et al. in Small Structures. This study introduces a novel, room-temperature method for fabricating gold bipyramid-seeded MOF
Beatriz Pelaz and her BioNanoTools group will study the biological behavior of various nanomaterials, particularly their ability to activate immune responses in 3D bio-printed models (models of healthy tissues and
Researchers from CiQUS and the Institute of Health Research of Santiago de Compostela optimized the available pharmacological treatment for ischemic stroke using biomimetic nanoparticles. Their study, “Lyophilized platelet-derived nanocarrier-based thrombolytic
BNT members participating at the Open Doors Day at CiQUS. CiQUS, CiMUS CiTIUS and IGAFE celebrate the largest annual outreach meeting, which invites families and visitors of all ages to
Martina successfully defended her doctoral dissertation titled “Engineering intelligent biomimetic nanocarriers for biomedical purposes” under the guidance of supervisors Ester Polo and Beatriz Pelaz. The defense took place on November
Nanomaterials for imaging, sensing and therapy workshop organized by USC and AIT in the framework of SWIMMOT and REAP EU projects. More than 30 researchers joined the workshop in person
Dr. S. Fazal and Dra. E. Padin participating at the G-Night 2023 (held in the Claustro do Colexio Fonseca, University of Santiago de Compostela), a day inspired by the European
Aitor successfully defended his doctoral dissertation titled “Plasmonic nanocomposites for handling molecules in living cells” under the guidance of supervisors Pablo Del Pino and Pablo Taboada. The defense took place
In our last publication “Fusogenic Cell-Derived nanocarriers for cytosolic delivery of cargo inside living cells” by Soprano E. et al., we mimic the membrane composition of tumour cells and develop
