Modulation of the innate immune response in fish larvae through in ovo administration of immunostimulants High and unpredictable mortality of marine fish larvae during the first weeks after hatching remains an unresolved challenge. Evidence supports the hypothesis that harmful interactions between fish and microorganisms are at the root of this problem. With this proposal, we…
Representing ourselves and CIIMAR, our team actively participated in AquaFuture Spain, held in Vigo from May 20th to 22nd. Researchers Benjamin Costas and Sergio Boo delivered a presentation highlighting CIIMAR, the Aquatic Animal Health team and our most impactful projects: GRINNAQUA, IGNITION, and Shellfish Boost. A highlight of the event was an interview by RTVE…
We’re thrilled to share that Inês Ferreira’s PhD work has gained international recognition in the aquaculture industry. Her research on how Tenacibaculum maritimum causes tenacibaculosis in European sea bass was recently featured in misPeces. The study highlights how the bacteria invades fish tissue, the role of mucosal tissues in infection, and key protein secretions involved…
Updated news Christopher Pimentel and Tonka Buha have been recognized for their outstanding poster presentations at the 23rd Fish Immunology/Vaccination Workshop, hosted by Wageningen University & Research. Christopher’s work earned him the “Most Eye-Catching Poster” award, while Tonka was named “Best Poster by a Newcomer.” Their innovative contributions to the field underscore the importance of…
Call for a PhD candidate *1 Project title: In ovo immune stimulation — A tool to improve fish larvae welfare Supervisors: Dr. Ana Rocha (CIIMAR), Dr. Benjamín Costas (CIIMAR) and a second co-supervisor (from IATS-CSIC or University of Maryland; to be defined based on the selected applicant main interests) Research Topic: The high and unpredictable…
Inês Ferreira has successfully completed her PhD titled “Tenacibaculum maritimum Pathogenesis: Crosstalk Between Host and Pathogens and Beyond.” Her research provides new insights into the complex interactions between the bacterial pathogen Tenacibaculum maritimum and its aquatic hosts, shedding light on the mechanisms driving infection and immune response. Inês’s work is expected to have a significant…