Bank of Biological Material From Patients and Healthy Donors for the Study of Urological and Uro-oncological Pathologies

Overview

The project aims to collect fresh biological material derived both from surgical resections performed in diseases, neoplastic and otherwise, of urological relevance at the level of the prostate, bladder, kidney, testicle and genitourinary organs, and from peripheral blood or other fluids biological samples such as urine, seminal fluid, buccal mucosa, feces or saliva, when available.

Significant studies have shown the great potential of research based on access to biobanks which has made it possible to conduct studies and obtain important results through retrospective studies carried out on samples collected some time ago. Thanks to the possibility of accessing human biological samples collected and stored in biological banks, great results have been achieved in the medical field. The project aims to collect fresh biological material deriving from surgical resections performed in neoplastic and non-neoplastic pathologies of urological relevance at the level of the prostate, bladder, kidney, testicle and genitourinary organs, both from biological samples of peripheral blood or other fluids such as urine, seminal fluid, buccal mucosa, feces or saliva, when available. The possibility of obtaining biological samples from the patient at the time of the first visit or the first biopsy and, subsequently, in conjunction with a possible surgical intervention, could ideally give the possibility of studying the disease from its possible onset to the possible intervention, evaluating the evolution and possible association with circulating diagnostic and prognostic markers. The establishment of this collection of research material will allow access to samples of extreme value for the pathophysiological study of the disease, its origin, mechanisms and markers of progression. The data obtained can also be correlated with the patient's clinical history in order to build an overall vision potentially useful in the design of new therapeutic strategies.

Conditions