The world’s increasing demand for food generates a powerful economic imperative for innovation in food production technology. Our novel system was discovered through our previous research in New Zealand, and has the potential to create several new products for the global food supply chain.
The world’s increasing demand for food generates a powerful economic imperative for innovation in food production technology. Our novel system was discovered through our previous research in New Zealand, and has the potential to create several new products for the global food supply chain.
The overarching aim of this studentship is to characterise how environmental driven cell wall modifications affect the digestibility of edible seaweeds, a novel and promising food source.
Background. This CASE studentship will apply evolutionary genomic approaches to understand environmental adaptation in the Caribbean harmful bloom-forming macroalgae, Sargassum natans.
Project Background. The use of antibiotics has played a major role in improving the health status, welfare and productivity of pig production over the last 50 years.
