Cellulose-based cryogels for long-term culture of pancreatic islets and skeletal muscle tissue Ferran Velasco, Biosensors for BioengineeringIslet encapsulation inside traditional hydrogels is one of the most common techniques to study insulin secretion for Diabetes Mellitus studies. However, it’s proved that cells encapsulated in a depth of more than 100 microns die due the lack of ... Read more

Cellulose-based cryogels for long-term culture of pancreatic islets and skeletal muscle tissue Ferran Velasco, Biosensors for BioengineeringIslet encapsulation inside traditional hydrogels is one of the most common techniques to study insulin secretion for Diabetes Mellitus studies. However, it’s proved that cells encapsulated in a depth of more than 100 microns die due the lack of ... Read more

Super-resolution microscopy as a powerful tool for understanding the formation and inhibition of influenza virus structures in mammalian cells Maria Arista, Nanoscopy for NanomedicineSuper-resolution microscopy is a mighty tool that has the ability to study fluorescence samples beyond the diffraction limit, achieving a spatial resolution around 20 nm. The study of viruses can greatly benefit ... Read more

Super-resolution microscopy as a powerful tool for understanding the formation and inhibition of influenza virus structures in mammalian cells Maria Arista, Nanoscopy for NanomedicineSuper-resolution microscopy is a mighty tool that has the ability to study fluorescence samples beyond the diffraction limit, achieving a spatial resolution around 20 nm. The study of viruses can greatly benefit ... Read more

Super-resolution microscopy for understanding the formation and inhibition of influenza virus structures Maria Arista, Nanoscopy for NanomedicineSuper-resolution microscopy is a mighty tool that has the ability to study fluorescence samples beyond the diffraction limit, achieving a spatial resolution around 20 nm. The study of viruses can greatly benefit from super-resolution imaging, mainly due to their ... Read more

Super-resolution microscopy for understanding the formation and inhibition of influenza virus structures Maria Arista, Nanoscopy for NanomedicineSuper-resolution microscopy is a mighty tool that has the ability to study fluorescence samples beyond the diffraction limit, achieving a spatial resolution around 20 nm. The study of viruses can greatly benefit from super-resolution imaging, mainly due to their ... Read more