This thesis identifies specific targets, illustrates the role of these targets, and explores personalized therapeutic possibilities to inhibit tumor growth by using new treatment strategies.... Show moreThis thesis identifies specific targets, illustrates the role of these targets, and explores personalized therapeutic possibilities to inhibit tumor growth by using new treatment strategies. And the thesis describes a new animal model for CM. A proper model can mimic the human disorder and provide opportunities for studying tumor biology, and for seeking novel effective therapies to inhibit the dissemination of malignant cells. Subsequently, the potential role of immune checkpoint molecules and the presence of HLA class I antigens are studied. New animal models and therapeutic targets will broaden our understanding of CM, and help us to develop better treatments for primary and metastatic CM, thus prolonging patients’ survival. Show less
Hemodialysis is the most widely used option in chronic dialysis treatment and requires a suitable vascular access. Unfortunately, this vascular access suffers from a high number of failures... Show moreHemodialysis is the most widely used option in chronic dialysis treatment and requires a suitable vascular access. Unfortunately, this vascular access suffers from a high number of failures responsible for a high morbidity and health care costs. However, the exact pathophysiology remains unclear. In order to unravel the mechanisms of arteriovenous fistula failure we developed a novel murine model of arteriovenous fistula failure. Using this model, we studied the effects of vascular remodeling in mice that were haplodeficient for the eln gene. The role of inflammation in arteriovenous remodeling was also investigated by administrating liposomal prednisolone and by incorporating RP105 knockout mice. Show less
