摘要
木薯是非洲和部分南美洲国家的主要食物能量来源,用途广泛。由于其采后迅速发生腐烂质变而极大影响了木薯块根进一步推广运用。随着木薯生物技术研究发展,块根采后生理变化的研究不断地获得重大突破,笔者从不同角度阐述了块根采后腐烂的机理及采后贮藏方法,总结木薯块根采后腐烂的主要原因,并提出解决这一问题关键在于研发快速、有效的处理技术,包括短波紫外线处理技术。
Cassava is one of the third potatoes. It supports the energy food for some people in African and South American for its extensive use. The constrain of rapidly deterioration after harvest (in 2 to 3 days) blocks the utilization for cassava tuberous root. In recent years, biotechnology has been utilized in post physiological aspect study and many breakthroughs have been made. The mechanism of deterioration in cassava tuberous root and storage methods including shortwave UV-B radiation were reviewed.
出处
《热带作物学报》
CSCD
北大核心
2012年第7期1326-1331,共6页
Chinese Journal of Tropical Crops
基金
“973”木薯分子育种技术集成与创新专项(No.2010CB126606)
现代农业产业技术体系(No.CARS-12)
农业部木薯种质资源创新利用重点实验室、中央及地方基本科研业务费专项(No.1630032012013)
关键词
木薯块根
采后腐烂
采后生理
Cassava tuberous root
Postharvest deterioration
Postharvest physiology