Microbial diseases of nursery and field-cultivated Saccharina japonica (Phaeophyta) in China

Gaoge Wang, Bojun Lu, Limei Shuai, Dandan Li, Z. Rui
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引用次数: 13

Abstract

Saccharina japonica is an economically important alga worldwide as a source of of alginate, mannitol and iodine etc. China contributes 60 % of S. japonica production volume and 90 % of its alginate globally. Like the land crops, S. japonica is also plagued by diseases initi- ated by causative bacteria, fungi or viruses. In this article, we review investigations over the last 50 years on microbial diseases in nursery and fi eld-cultivated S. japonica in China, including the etilology of two different sources of diseases occurring in S. japonica cultivation, the prev- alence of causative alginic acid-decomposing bacteria and the recent progress in the under- standing of innate immunity mechanisms of S. japonica. Meanwhile, we highlight the questions for future research and advocate that researchers from different disciplines apply traditional technologies and newly emerging ones to elucidate the S. japonica microbial diseases. The full understanding of interactions between S. japonica, causative bacteria and environmental fac- tors will help to develop management strategies for preventing and mitigating the disease out- breaks in S. japonica aquaculture in the long term.
中国苗圃和大田栽培甘蔗的微生物病害
作为海藻酸盐、甘露醇和碘的重要来源,糖藻是世界上重要的经济藻类。中国贡献了全球60%的粳稻产量和90%的海藻酸盐产量。和陆地作物一样,粳稻也会受到由致病细菌、真菌或病毒引起的疾病的困扰。本文综述了近50年来中国粳稻苗圃和大田微生物病害的研究进展,包括粳稻栽培中两种不同病原菌的病原学、褐藻酸分解菌的流行情况以及粳稻先天免疫机制的最新研究进展。同时,我们强调了未来研究的问题,主张不同学科的研究人员运用传统技术和新兴技术来阐明粳稻微生物病害。充分了解粳稻、病原菌和环境因素之间的相互作用,将有助于制定长期预防和减轻粳稻养殖病害的管理策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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