Catarino, José Carlos MotaViegas, InêsRodrigues, JoanaPinto, MartaFaísca, Pedro2019Catarino , J C M , Viegas , I , Rodrigues , J , Pinto , M & Faísca , P 2019 , ' Quantifying hepatic fibrosis on murine models: how to obtain representative results in a less laborious way ' , Default journal . https://doi.org/10.60543/rlcmv.v9i0.66581646-3730Revista Lusófona de Ciência e Medicina VeterináriaIn biomedical research, quantification of histological images is often required. Many of the methods used are time-consuming, laborious, originate variable results and are difficult to replicate. This paper is aimed towards finding a more objective, reproducible and easy to perform method to obtain representative results in murine models of hepatic fibrosis using ImageJ software. To do so on a liver fibrosis model, the percentages of fibrotic lesion obtained in an entire section and in several different magnifications were compared. No statistically significant differences were found (p> 0.05), but the correlation was stronger between the results obtained in the entire section photograph and the two photographs at 40x (r = 0.963). Using ImageJ facilitated the definition of a methodology that originated representative results on a liver section and at the same time allowed objective measurement in a reproducible and less laborious way.In biomedical research, quantification of histological images is often required. Many of the methods used are time-consuming, laborious, originate variable results and are difficult to replicate. This paper is aimed towards finding a more objective, reproducible and easy to perform method to obtain representative results in murine models of hepatic fibrosis using ImageJ software. To do so on a liver fibrosis model, the percentages of fibrotic lesion obtained in an entire section and in several different magnifications were compared. No statistically significant differences were found (p> 0.05), but the correlation was stronger between the results obtained in the entire section photograph and the two photographs at 40x (r = 0.963).application/pdfengopenAccessIMAGEJFÍGADOMORFOMETRIAVETERINÁRIAMEDICINA VETERINÁRIAFIBROSEPATOLOGIA EXPERIMENTALVETERINARY MEDICINEFIBROSISLIVERMORPHOMETRYEXPERIMENTAL PATHOLOGYarticlehttps://doi.org/10.60543/rlcmv.v9i0.6658