Name P Koletsi MSc

Job details
DescriptionPhD Candidate: Mycotoxins in Aquaculture
OrganizationDepartment of Animal Sciences
Organization UnitAquaculture and Fisheries
Secretarial phone+31 317 483 307
Phone 2
Note for telephonist
Note by telephonist
Visiting addressDe Elst 1
Postal address
Regular availability
Mo Tu We Th Fr


I am a biologist focusing on aquaculture and specifically on fish nutrition, health and welfare. My PhD project aims to investigate the sensitivity of rainbow trout (Oncorhynchus mykiss) to mycotoxins.

Before starting my PhD, I graduated from Wageningen University (MSc. Aquaculture and Marine Resource Management) and earlier had obtained my BSc degree in Biology from Aristotle University of Thessaloniki, Greece.

Expert Profile
Social media
  Vivi Koletsi on Linkedin


Project title:

Sensitivity of rainbow trout (Oncorhynchus mykiss) to mycotoxins.



Mycotoxins are toxic secondary metabolites produced by moulds, mainly found on agricultural commodities and produced before and/ or after harvest; during transportation or storage. Mycotoxins are a rising-threat on aquaculture industry since the probability of contamination in aquafeed has been enhanced due to the climate change and the increased use of risky/contaminated ingredient (plant ingredients, by-products). In animals including fish, ingestion of mycotoxin-contaminated feeds has been associated with organ failure, carcinogenicity, neurotoxicity, immune suppression, reproductive and developmental toxicity. Several studies have been investigated the single effect of mycotoxins on fish species, although numerous mycotoxins usually contaminate feeds. Mycotoxin co-occurrence might have synergetic effects that increase the negative impacts of mycotoxins, but these derived impacts are still not well determined. A potential strategy for reducing the animal exposure to mycotoxins is to minimise their availability by the addition of various mycotoxin-binding agents or absorbents to the feed.


The project aims at better understanding the effects of single mycotoxins as well as multiple mycotoxins on rainbow trout and evaluating the role of a specific mycotoxin binder as a potential treatment.

Finally, the societal impact of the project is to contribute to more a sustainable aquaculture production, by improving animal welfare and health, and improved return on investment in the sector.


2015-2017: Aquaculture and Marine Resource Management (MSc), Wageningen University and Research, The Netherlands

2009-2014: Biology (BSc), Aristotle Univerisity of Thessaloniki, Greece

Caption Text
  • mail
  • chat
  • print