AbstractCassava is the sixth most important crop in the world, feeding over 500 million people worldwide. The storage root is a staple source of carbohydrates, and its ability to grow in nutrient-poor soil and drought tolerance make it an ideal food security crop. Cassava is also used as animal feed and in industry for starch and biofuel. The potential of
cassava is limited by several factors, with post-harvest physiological deterioration (PPD) of storage roots being a major constraint. PPD is a phenomenon triggered upon harvesting and mediated by reactive oxygen species and scopoletin accumulation that ultimately renders the storage roots unpalatable and unmarketable.
|Date of Award||3 Apr 2019|
|Supervisor||Roderick Scott (Supervisor) & John Beeching (Supervisor)|
The role of genes involved in the biosynthesis of scopoletin in cassava post-harvest physiological deterioration
Lim, Y. (Author). 3 Apr 2019
Student thesis: Doctoral Thesis › PhD