Sensitivity of ΔFghof1 mutant conidia to different DAPI concentrations.

(A) One end of each conidium produced by ΔFgcyk3 mutant usually has conical protrusion (left panel; protrusion is indicated by red arrow). Like ΔFghof1 mutant, some ΔFgcyk3 mutant conidia also appear with end-to-end attachment forming...

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Bibliographic Details
Main Author:	Yakubu Saddeeq Abubakar (5558399) (author)
Other Authors:	Shiqi Ji (20476509) (author), Qiaoli Chen (538344) (author), Huawei Zheng (713784) (author), Zonghua Wang (133934) (author), Wenhui Zheng (133904) (author), Yi Lou (381696) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Microbiology Cell Biology Genetics Developmental Biology Infectious Diseases Plant Biology div >< p conserved molecular scaffolds irregular colony edges form protein condensates dynamic protein assembly remaining 20 proteins plant fungal pathogen idrs largely altered proteins exhibited features fusarium graminearum </ graminearum </ fusarium </ protein interaction plant infection mediate protein irregular septation fungal pathogenesis containing proteins wide characterization varied functions systematically identified src homology septal pore previously characterized potential targets plasma membrane nuclear fragmentation nuclear distribution negative regulators mutant strains multifaceted functions hyphal tip head blight functional diversity completely abolished apical collar
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Sensitivity of Δ<i>Fghof1</i> mutant conidia to different DAPI concentrations.

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