The biology and biotechnological potential of marine fungi bioprocessing. (Ref: 4284)

真菌通常是成熟的生物加工者，能够降解和同化各种生物质底物，从而产生各种有价值的生物资源。海洋真菌是一种新的、目前未被研究的生物加工资源，无论是在生物学基础上还是在生物技术应用方面都是如此。这个博士项目将探索和研究最近在普利茅斯海洋生物协会(MBA)建立的海洋真菌培养收藏中的海洋真菌的生物处理潜力。超过400种酵母菌和菌丝菌株可从一系列温带和极地海洋环境中获得，包括深海和海冰。总而言之，博士项目将使用高通量方法筛选海洋真菌培养集合，识别感兴趣的特定真菌菌株和底物组合。将从支持生物机制(例如底物附着和酶生产)和潜在的生物技术应用(例如生物分子生产)的角度研究菌株/底物组合。

Fungi are generally well-established bioprocessors with the ability to degrade and assimilate a broad range of biomass substrates and subsequently produce a wide variety of valuable biological resources.Marine fungi represent a novel and currently understudied resource for bioprocessing, both in terms of their fundamental underpinning biology and biotechnological applications. This PhD project will explore and study the bioprocessing potential of marine fungi from the recently established marine fungi culture collection at the Marine Biological Association (MBA) in Plymouth. Over 400 yeast and hyphal strains are available from a range of temperate and polar marine environments, including the deep open ocean and sea ice. In summary, the PhD project will screen the marine fungi culture collection, using a high-throughput approach, identifying specific fungal strain and substrate combinations of interest. The strain/substrates combinations will be studied in terms of underpinning biological mechanisms (e.g. substrate attachment and enzyme production) and potential biotechnological application (e.g. biomolecule production).