Methodology, models and algorithms of image processing of the lymphangiogenesis pathology for the goals of malignancy expansion comparison and prognosis.

Authors report their 5-year experience in lymphangiogenesis image processing and tumor expansion research. Texture and the novel for that research field fractal image features can be an adjunctive to the conventional microvessel density computation. Practical data processing of clinical data in the sphere of lymphangiogenesis discovery has elucidated the questions of data verification, appropriate organization, computability and the adequacy of prognostic algorithm application.