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Authors
Zhang, Feiyan
Liu, Qiuyue
Wang, Yana
Yin, Jialu
Meng, Xianghe
Wang, Jiangping
Zhao, Wenya
Liu, Hongwei
Zhang, Liping
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Funding
Funding for this research was provided by:
High-level talents training and funding projects of Hebei academy of sciences (2024G11)
Province Key R&D Program of Hebei (22326514D)
Science and Technology Program of Hebei Academy of Sciences (24303)
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Article History
Received: 20 July 2024
Accepted: 2 December 2024
First Online: 5 December 2024
Declarations
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: The following authors, F.Y.Z, Q.Y.L, Y.N.W, J.L.W, W.Y.Z, H.W.L and L.P.Z declare competing financial interests. J.L.Y and X.H.M declare no conflict of interest. There are three patents related to this article. They are ZL20221055584.3, ZL 202210554798.9, ZL 202210555620.6. A patent CHINA 20221055584.3 was issued on 2/2023 and describes a B. vélezensis ZLP-101 and its application in insecticides. A patent CHINA 202210554798.9 was issued on 4/2023 and describes the application of the metabolite of B. vélezensis ZLP-101 in the development of insecticidal and disease-control composite microbial agents and bio-fertilizers. A patent CHINA 202210555620.6 was issued on 2/2023 and describes the development of metabolites from B. vélezensis ZLP-101 into a composite bacterial agent and an insecticidal seed coating agent.
