2012Zhongguo shengwu gongcheng zazhiRequires access

Advances in Engineering of Trichoderma for Improvement of Adaption to Adverse Environment and Efficiency of Biological Control Against Plant Pathogen

Yong Chen, Zhu Ting-heng, Kun Wang, Cui Zhi-feng

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Abstract

Trichoderma can survive in various environments and grow rapidly,it also can inhibit many phytopathogens,promote plant growth and induce the resistance of plants to the disease.Trichoderma has been the most successful biocontrol agent in plant disease control.Great efforts have been taken to improve their survival abilities and antifungal activities by genetic engineering.The recent achievements in the study of genetic engineering for Trichoderma were discussed.

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What this paper is about

Trichoderma can survive in various environments and grow rapidly,it also can inhibit many phytopathogens,promote plant growth and induce the resistance of plants to the disease.Trichoderma has been the most successful biocontrol agent in plant disease control.Great efforts have been taken to improve their survival abilities and antifungal activities by genetic engineering.The recent achievements in the study of genetic engineering for Trichoderma were discussed.

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Available abstract

Trichoderma can survive in various environments and grow rapidly,it also can inhibit many phytopathogens,promote plant growth and induce the resistance of plants to the disease.Trichoderma has been the most successful biocontrol agent in plant disease control.Great efforts have been taken to improve their survival abilities and antifungal activities by genetic engineering.The recent achievements in the study of genetic engineering for Trichoderma were discussed.

Key concepts: Trichoderma, Antifungal, Biological pest control, Fungal pathogen, Biotechnology, Pathogen, Biology, Disease control

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