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个人简介
Bacon developed protocols that led to the identification of ergot alkaloids from tall fescue, and these protocols are still used worldwide to assess endophytic infections and the potential for animal toxicity. In addition to his major impact on the study of forage mycotoxins and diseases, Bacon’s group also elucidated major positive roles of the endophytes, including enhanced drought tolerance, increased rooting, and greater persistence. These studies provided the foundation for Bacon’s lifelong thesis that endophytic fungi are extremely important in plants. His work has also had major practical benefits, such as influencing the creation of the first patented, endophyte-enhanced (yet livestock-friendly) cultivars of turf and forage tall fescue.
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Microbiome Stimulants for Cropspp.1-14, (2021)
HANDBOOK of Integrated Pest Management for Turf and Ornamentalspp.529-537, (2020)
Seed Endophytespp.191-209, (2019)
Foodborne Disease Handbookpp.503-534, (2019)
Charles W. Bacon, James F. White
Biotechnology of Endophytic Fungi of Grassespp.47-56, (2018)
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