Tenacibaculosis occurs due to the marine bacterial pathogen Tenacibaculum maritimum.
This ulcerative disease causes high mortalities for various marine fish species worldwide …

This review describes and summarizes the knowledge on established and experimental
vaccines developed against viral and bacterial pathologies affecting the most important …

There is substantial evidence showing that the microbiome of teleosts plays a key role in
host health and wellbeing. Aquaculture practices increase the risk of dysbiosis (ie microbial …

Hydrolysates from high-protein coproducts are rich in bioactive peptides (small amino acid
chains with properties beyond their nutritional value). When included in aquafeeds, they …

Probiotic bacteria are a recognized alternative to classical methods of disease prophylaxis
and therapy. We tested the effects of their application on the immune reaction in juvenile …

Bacterial fish pathogens are one of the key challenges in the aquaculture industry, one of
the fast-growing industries worldwide. These pathogens rely on arsenal of virulence factors …

Gilthead seabream is among the most important farmed fish species in the Mediterranean
Sea. Several approaches are currently applied to assure a lower impact of diseases and …

Tenacibaculum maritimum is responsible for tenacibaculosis, a devastating marine fish
disease. This filamentous bacterium displays a very broad host range and a worldwide …

Tenacibaculosis is an ulcerative skin disorder that affects finfish. It is caused by members of
the genus Tenacibaculum, resulting in eccentric behavioural changes, including anorexia …

Despite that the ballast water management (BWM) convention has come into force to
prevent the spread of harmful aquatic organisms, to date, very few bacteria can be identified …