Feline injection-site sarcoma: Recurrence, tumour grading and surgical margin status evaluated using the three-dimensional histological technique.

Chiara Giudice, Damiano Stefanello, Marcello Sala, Matteo Cantatore, Fulvia Russo, Stefano Romussi, Olga Travetti, Mauro Di Giancamillo, Valeria Grieco

Department of Animal Pathology, Hygiene and Public Health, Faculty of Veterinary Medicine, Università degli Studi di Milano, Italy.

The Veterinary Journal (impact factor: 2.32). 10/2009; DOI: 10.1016/j.tvjl.2009.07.019

Journal Article

Abstract

The three-dimensional histology technique is used in human medicine for the evaluation of complete lateral and deep surgical margins. In this study, the technique was applied to 48 excised feline injection-site sarcoma specimens. The predictive value of the histological margin status and tumour grading on local recurrence was investigated. In 32/48 cases, the margins were non-infiltrated, whilst in the remaining 16 cases, they were infiltrated. Overall, 6/32 (19%) tumours with non-infiltrated margins and 11/16 (69%) with infiltrated margins recurred. Tumours with infiltrated margins recurred about 10 times more frequently compared to tumours with non-infiltrated margins (P=0.0011). No statistically significant correlation was observed between grading and recurrence. The assessment of margin status using the 3D histology technique showed a good predictivity for post-surgical tumour recurrence. Extensive application of the 3D histology technique is recommended to standardise the evaluation of histological margins and to allow comparison between results from different laboratories.

Source: PubMed

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Keywords

3D histology technique
 
48 excised feline injection-site sarcoma specimens
 
different laboratories
 
histological margins
 
infiltrated margins recurred
 
local recurrence
 
margins
 
non-infiltrated margins
 
post-surgical tumour recurrence
 
predictive value
 
recurrence
 
remaining 16 cases
 
standardise
 
statistically significant correlation
 
surgical margins
 
three-dimensional histology technique
 
tumours