Correlation of Gleason Grading System and Nuclear Parameters by Nuclear Morphometry in Patients of Prostatic Adenocarcinoma: A Study Protocol

Abstract

Background: Adenocarcinoma prostate is one of the significant causes of death in men. The Gleason Grading System is the most commonly used mortality to assess the degree, yet, identical results among blinded pathologists are challenging to obtain and hence come down to an unobjectionable result.
 Aim and Objectives: To evaluate the relationship between histopathologically obtained Gleason’s Grading Score and various nuclear morphometric parameters using a computer-aided system in Prostatic Adenocarcinomas.
 Methods: A series of 31 new and histopathologically diagnosed cases of adenocarcinoma prostate will be taken over one year, and the following nuclear morphometric parameters will be studied: mean nuclear area, mean nuclear length, mean nuclear perimeter, mean nuclear roundness factor, mean nuclear area factor and mean nuclear form ellipse. These individual parameters will be correlated with the Gleason Score of the individual cases.
 Expected Outcome: The present study expects the nuclear atypia to be more in cases with a higher Gleason Score and avoid the inter-observer contradictions in diagnosis. It can be used as a tool to quantify the aggression of the malignancy and, thus, assess disease progression and prescribe a justifiable management protocol. Nuclear morphometrical analysis can be a more accurate, objective, and effective method in the diagnostic and prognostic significance of prostate adenocarcinoma.