10 results
A pilot feasibility study (n=5) will be performed to evaluate the feasibility (logistics, timing) and safety of administering autologous tumor infiltrating lymphocytes (TIL) generated at the NKI-AVL infused in conjunction with systemic high-dose…
The primary goal is to show the capability of monocyte-derived DC after RNA electroporation for melanoma antigens to induce an immune response.The secondary objective is to show clinical response.
Primary: 1 to test the safety and feasibility of autologous MSC therapy in HLA-DR mismatched patients with SCR in the renal biopsy 4 weeks after renal transplantation.Secondary1 To assess histologic changes before and after MSC treatment.2 To…
To improve the steady hematopoiesis post-ASCT by infusing the autologous transplant directly in the bone marrow compartment.(protocol page 6)
This is an exploratory study, consisting of two parts. In part I dose escalation is performed and the primary objective is the safety of different doses of TLR-DC and Trimix DC. In part II Trimix DC vaccination will be compared with TLR-DC…
Primary: To test the safety and feasibility of autologous MSC therapy in patients with refractory Crohn*s Disease.Secondary:1 To evaluate clinical response in patients with refractory CD upon MSC infusion.2 To assess endoscopic- and histologic…
To test the safety and feasibility of intravenous administration of autologous BM-MSC after one-sided LVRS and prior to a second LVRS procedure for patients with end-stage pulmonary emphysema and to compare with historic lung function data of a…
The primary goal is to show the capability of monocyte-derived DC after RNA electroporation for multiple antigens to induce an immune response. The secondary objective is to show clinical response.
The primary objective of the study is to evaluate the efficacy of intralesional administration of eASCs (CX-401) when added to standard surgical care and drainage for the treatment of complex perianal fistulas in patients with Crohn*s disease (CD).
ObjectiveEvaluation of the application of cultured autologous keratinocytes in combination with a meshed split skin autograft to improve burn wound healing