The team was able to detect, using DTI, the microstructural changes that characterize PanINs in pancreatic tissue samples and in vivo for transgenic mice that are prone to developing these lesions.
The team was able to detect, using DTI, the microstructural changes that characterise PanINs in pancreatic tissue samples and in vivo for transgenic mice that are prone to developing these lesions.
Pancreatic tumors are often surrounded by dense, impenetrable fibrotic tissue that limits the effectiveness of systemic or pharmacologic therapies, due to lack of penetration to effectively reach ...