Supported by:
-
Identification of algal extracts with anti-cancer activity (PHYCONET round 4 PoC)
University of Kent
-
Accelerating the biotechnological potential of marine microalgae using a molecular networking comparative metabolomics approach (PHYCONET round 4 PoC)
University of Strathclyde
-
BIV Round 1: Metabolic mapping to understand and improve the production of omega-3 in algae
University of Cambridge
-
BIV Round 1: Sustainable inks – a broad brush approach to screen for vibrant algal pigments
Scottish Association for Marine Science
-
BIV Round 1: Developing a MAD7 gene editing platform to boost Omega-3 lipid productivity in Phaeodactylum tricornutum
Plymouth Marine Laboratories
-
PoC Round 1: The development of a greener extraction process for the production of alginate for medical application
University of Huddersfield
-
PoC Round 1: The extraction and characterisation of brown algae for bioactive treatments against pests and pathogens of crop plants
Keele University
-
PoC Round 1: Green Chemistry for Blue Pigments: An LCA-based toolkit to support decision making for algal bioprocesses
University College London
-
PoC Round 1: Using algae to develop next generation sunscreens (ALGAE-SUN)
Swansea University
-
PoC Round 1: Optimisation and characterisation of bioactive fractions from brown seaweed extracts
The James Hutton