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. 2019 Jul 1;10:21. doi: 10.4103/jpi.jpi_27_19

Table 2.

Summary of papers dealing with posttransplantation liver graft biopsy

Author, year Type of digital pathology Number of patients/biopsies Type of biopsy Intervention Controls or comparisons Outcomes/Aim of study Results
Ito etal., 1994 Static 22 Graft liver and kidney biopsy Telepathology diagnosis Direct LM diagnosis Descriptive results Agreement in 10/12 kidney biopsies and in 9/10 liver biopsies
Ben-Hari etal., 1995 LM plus DIA 55 (92 biopsies) Graft liver biopsy DIA assessment of eosinophil count, cell density and cross-sectional area in portal tract None Descriptive correlation of parameters with different degrees of rejection Positive correlation of all parameters with severity of rejection
Minervini etal., 2001 Static 102, among which 9 liver graft and 9 kidney graft biopsies Various case types: Second opinion consultation, transplantation pathology, general surgical pathology Consultant telepathology review Referring pathologist original diagnosis Agreement rates, descriptive 86% agreement and 14% (only 3% major) disagreement between referring and consultant pathologist
El-Refaie etal., 2005 LM plus DIA 267 (343 biopsies) Graft liver biopsy DIA software quantification of mast cells and IHC staining None Correlation of mast cell count and IHC staining with different degrees of rejection Strong correlation of mast cells with acute rejection and of IHC staining for c-Kit with severity of rejection
Calvaruso etal., 2008 LM plus DIA 115 (225 biopsies) Graft liver biopsy DIA software quantification of collagen proportionate area None Descriptive correlation between DIA measurements, Ishak score, and portal hypertension Collagen proportionate area assessed by DIA correlated with Ishak stage scores and portal hypertension
Guzman etal., 2010 LM plus DIA 19 (33 biopsies) Graft liver biopsy Anisonucleosis and oxidative damage scored by DIA None Descriptive correlation of anisonucleosis with different clinical parameters Higher anisonucleosis in individuals with diabetes and with high expression of oxidative damage marker
Manousou etal., 2011 LM plus DIA 135 Graft liver biopsy Computer-assisted DIA quantification of collagen proportionate area None Descriptive correlation between DIA measurements, Ishak score, and decompensation Collagen proportionate area assessed by DIA correlated with Ishak stage scores and decompensation
Calvaruso etal., 2012 LM plus DIA 65 Graft liver biopsy Computer-assisted DIA quantification of collagen proportionate area None Descriptive correlation between DIA measurements, portal hypertension and graft outcome Collagen proportionate area assessed by DIA correlated with portal hypertension and decompensation
Manousou etal., 2013 LM plus DIA 155 (587 biopsies) Graft liver biopsy Computer-assisted DIA quantification of collagen proportionate area and rate of increase None Descriptive correlation of DIA measurements and Ishak score with portal hypertension and graft outcome Progression rate of fibrosis is a better predictor of clinical outcome than progression by Ishak stage
Sclair etal., 2016 LM plus DIA 60 Graft liver biopsy DIA software assessment of ductular reaction in HCV recurrent recipients with cirrhosis DIA software assessment of ductular reaction in stable recurrent HCV recipients with no cirrhosis or fibrosing hepatitis Descriptive difference among the groups Significantly higher ductular reaction in recipients with cirrhosis
Neil etal., 2017 WSI 40 TMAs of graft and native liver, kidney, heart Pathologists scoring C4d with WSI Pathologists scoring C4d with LM Descriptive surveys of pathologists and comparison of staining methods Strong and diffuse portal vein and capillary C4d staining, determined by both local and central pathologists, distinguished acute antibody-mediated rejection from native livers
Saco etal., 2017 WSI 64 Graft liver biopsy Pathologist with WSI Pathologist with LM Intra- and inter-observer agreement Almost perfect intraobserver concordance between modalities; high interobserver concordance for WSI (κ=0.80)

DIA: Digital image analysis, HCV: Hepatitis C virus, IHC: Immunohistochemistry, LM: Light microscopy, TMAs: Tissue microarrays, WSI: Whole-slide imaging