“The Luca-R EMCCD camera is well-equipped to handle this demanding role,” says Orla Hanrahan of Andor. What’s more, imaging the entire region may also help the surgeons to identify the margins of the lesion that cannot be easily visualized by the naked eye during surgical interventions.” “It also delineates the boundaries of neoplastic changes and locates sites with the most malignant potential for biopsy, thereby avoiding unnecessary repeated biopsies and delay in diagnosis. “Our imaging method has the great advantage of non-invasively scanning entire lesions and their surrounding areas and automatically categorising these oral lesions into normal/clinically healthy, pre-malignant, and malignant tissue in real-time. “Since mortality from oral cancer is particularly high, early detection, diagnosis and treatment is vital in increasing the survival rate of those with the disease,” says Dr Subhash. This allows rapid visual differentiation of oral lesions and identification of regions with pre-malignant characteristics.
Andor solis automated datacollection software#
Andor’s SOLIS software computes a ratio image (R545/R575) of the area under investigation and generates a Pseudo Colour Map (PCM) where blue designates healthy tissue, red denotes dysplastic/pre-malignant tissue and yellow identifies malignant tissue. The core of their novel Diffuse Reflectance Imaging System (DRIS) is an Andor Luca-R EMCCD camera, which captures monochrome images of the patient’s mouth at 545 and 575 nm. Environemental protection, waste, sensing
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