This study is looking at oral squamous cell carcinoma, which is a type of cancer that affects the mouth. The treatment being investigated involves using cetuximab, which is a type of medicine called a monoclonal antibody. In this study, the cetuximab has been specially modified by attaching a fluorescent dye called IRDye800CW to it. This modification allows the medicine to make cancer cells glow under special light during surgery, which may help surgeons see the edges of the tumor more clearly.
The purpose of this study is to improve how surgeons identify the edges of tumors during surgery and to test whether using fluorescence-guided surgery can help detect tumor margins better in patients with head and neck cancer. The study will compare the surgical results of patients who receive this fluorescence-guided approach with those who receive standard surgical care. The medicine will be given through a vein as an injection or infusion before the surgery takes place.
During the study, patients will undergo their planned surgical removal of the tumor, but the surgical team will use special imaging equipment that can detect the fluorescent signal from the modified cetuximab. This helps the surgeon see whether all the cancer has been removed by looking at the glowing edges during the operation. The study will also look at how well this method works by measuring its accuracy in identifying areas where cancer cells might remain at the surgical margins. Additionally, the study will test a new imaging technique and evaluate how information can be shared between the pathology laboratory and the surgical team during the operation to improve decision-making.



The Netherlands