BLUES unlocks the potential of marine invertebrates, developing novel cultivation systems for sustainable production
of unique bioactive compounds. Our breakthroughs in continuous cell lines pave the way for eco-friendly industrial
bioprocesses, reducing reliance on wild harvesting and fostering a circular economy in the Blue Bioeconomy.
BLUES is pivotal for advancing science, fostering sustainability, and driving green bioprocessing and circular economies
by exploring marine invertebrates and innovating biotechnological solutions
Unlocking Marine Biodiversity
BLUES explores marine invertebrates, rich in unique compounds, advancing knowledge for sustainable use.
Bioprocess Development for Increased Yields
BLUES leverages consortium expertise to develop continuous cell lines for diverse phyla, including marine sponges,
corals, sea cucumbers, and ascidians, promoting sustainable access to marine bioactive compounds while enhancing product
yields.
Use of omics technologies for process understanding
BLUES employs advanced technologies to unravel mechanisms, paving the way for a standardized cell chassis for bioactive
compound production.
Support to green industrial bioprocessing
BLUES contributes to the blue economy by establishing in vitro processes, providing controlled access to marine
compounds without environmental harm, and developing novel bioprocesses for sustainable products.
Species we work with
Among the key species studied are sponges (Porifera), corals (Cnidaria), sea cucumbers (Echinodermata), and ascidians
(Chordata). Each of these organisms contributes to the rich tapestry of marine biodiversity and holds promise for
sustainable biotechnological advancements.
Ascidians are sessile marine invertebrates with around 3000 described species
Who We Are
The BLUES project brings together a dynamic consortium comprising nine partners, each contributing unique expertise and resources to advance marine biotechnology.
Preserving the health and biodiversity of the ocean as a Research Manager in the Department of Bioprocess Engineering at Wageningen University & Research (WUR).
Born and raised on the paradise island of Barbados, Affif was inspired to pursue an academic career in ocean conservation. After completing a PhD at the University of Nottingham and taking on various scientific roles, he gained extensive experience in cell extraction and the initiation of primary cell cultures from marine species.
In his current role at WUR, Affif supports the activities of PhD candidates and the coordination of the BLUES project, where his leadership and knowledge are valuable assets to the team.
“I am thrilled to contribute my expertise to accelerating the BLUES project and making a positive impact on our oceans and biotechnology,” Affif stated. His commitment to advancing research aligns perfectly with the blue economy mission.
As the BLUES project progresses, Affif continues his cause of ocean preservation, ensuring that the beauty and biodiversity of the seas are safeguarded for future generations!