Salmonella spp. and three (3) E. coli isolates recovered using ISO 6579:2002 (Annex D), appeared H2S negative when cultured on XLD and SS agars but they produced it when co-cultured with typically strong H2S-producing Salmonella isolates. This observation emphasizes possible failures in the identification of Salmonella pathogenic serovars and the possibility of a synergistic increase in the pathogenicity of less pathogenic serovars or other enterobacteria." /> Salmonella spp. and three (3) E. coli isolates recovered using ISO 6579:2002 (Annex D), appeared H2S negative when cultured on XLD and SS agars but they produced it when co-cultured with typically strong H2S-producing Salmonella isolates. This observation emphasizes possible failures in the identification of Salmonella pathogenic serovars and the possibility of a synergistic increase in the pathogenicity of less pathogenic serovars or other enterobacteria." /> 10th Global Veterinary Summit 2026 | Tokyo, Japan

10^th Global Veterinary Summit

October 15-16, 2026 Tokyo, Japan

Advancing Veterinary Science Through Innovation, Sustainability, and One Health Excellence

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ePoster Presentation

Grammato Evangelopoulou

Submitted on July 27, 2015
University of Thessaly
Greece

Title: The role of H2S in the recovery of Salmonella spp. from animals

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