International audienceSquamous cell carcinoma is the most common type of oral and oropharyngeal cancers. Incomplete surgical removal of the tumor is often the cause of local recurrence of the disease and appearance of metastases. We have developed the novel endoscope fluorescence video system for visualization of micrometer size objects in real-time mode. The novel system was tested on three-dimensional models of cancer cells. Chlorine e6 (Ce6) was used as a photosensitizer. The accumulation of Ce6 in cancer cells was assessed by its fluorescence excited at 635 nm. It was shown that the 500 µm multicellular tumor spheroids could be easily detected with a good resolution and sensitivity. We suppose that the new endoscope video system could b...
Confocal endomicroscopy is a powerful tool for in vivo real-time imaging at cellular resolution insi...
This study was designed to improve the surgical procedure and outcome of cancer surgery by means of ...
BACKGROUND AND STUDY AIM: To develop a molecular imaging endoscopic system that eliminates tissue au...
We describe the design and performance tested during six years of clinical trials of a fluorescence ...
Abstract Background Photosensitizer based fluorescence imaging and spectroscopy is fast becoming a p...
The inability to complete removal of a tumor during an ontological surgery results in an increase in...
We describe a combined endoscopic fluorescence imaging and spectroscopy system for the detection of ...
An optical imaging and spectroscopy system has been developed for the study of in vivo fluorescence ...
The current gold standard for the detection of solid cancers of the gastrointestinal tract is high-d...
The current thesis investigates the use of novel optical imaging agents for the enhanced detection o...
Current surgical oncology faces great challenges due to the lack of accurate intraoperative image-gu...
white light endoscopy does not provide adequate information to detect the flat/small lesion and iden...
Background and Objective: In nasopharyngeal cancer, conventional white light endoscopy does not prov...
This thesis investigates the feasibility of employing an optical imaging system for the application ...
An apparatus is designed and realized to detect "early" cancer at the surface of the hollow organs i...
Confocal endomicroscopy is a powerful tool for in vivo real-time imaging at cellular resolution insi...
This study was designed to improve the surgical procedure and outcome of cancer surgery by means of ...
BACKGROUND AND STUDY AIM: To develop a molecular imaging endoscopic system that eliminates tissue au...
We describe the design and performance tested during six years of clinical trials of a fluorescence ...
Abstract Background Photosensitizer based fluorescence imaging and spectroscopy is fast becoming a p...
The inability to complete removal of a tumor during an ontological surgery results in an increase in...
We describe a combined endoscopic fluorescence imaging and spectroscopy system for the detection of ...
An optical imaging and spectroscopy system has been developed for the study of in vivo fluorescence ...
The current gold standard for the detection of solid cancers of the gastrointestinal tract is high-d...
The current thesis investigates the use of novel optical imaging agents for the enhanced detection o...
Current surgical oncology faces great challenges due to the lack of accurate intraoperative image-gu...
white light endoscopy does not provide adequate information to detect the flat/small lesion and iden...
Background and Objective: In nasopharyngeal cancer, conventional white light endoscopy does not prov...
This thesis investigates the feasibility of employing an optical imaging system for the application ...
An apparatus is designed and realized to detect "early" cancer at the surface of the hollow organs i...
Confocal endomicroscopy is a powerful tool for in vivo real-time imaging at cellular resolution insi...
This study was designed to improve the surgical procedure and outcome of cancer surgery by means of ...
BACKGROUND AND STUDY AIM: To develop a molecular imaging endoscopic system that eliminates tissue au...