Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360989843> ?p ?o ?g. }
- W4360989843 endingPage "105409" @default.
- W4360989843 startingPage "105409" @default.
- W4360989843 abstract "Kiwifruit rot caused by the fungus Alternaria alternata occurs in many countries, leading to considerable losses during kiwifruit production. In this study, we evaluated the antifungal activity and mechanism of tetramycin against kiwifruit soft rot caused by Alternaria alternata. Tetramycin exerted antifungal effects through the suppression of mycelial growth, conidial germination, and the pathogenicity of A. alternata. Scanning electron microscopic observations revealed that tetramycin destroyed the mycelial structure, causing the mycelia to twist, shrink, and even break. Furthermore, transmission electron microscopy revealed that tetramycin caused severe plasmolysis and a decrease in cell inclusions, and the cell wall appeared thinner with blurred boundaries. In addition, tetramycin destroyed cell membrane integrity, resulting in the leakage of cellular components such as nucleic acids and proteins in mycelial suspensions. Moreover, tetramycin also caused cell wall lysis by enhancing the activities of chitinase and β-1,3-glucanase and inducing the overexpression of related chitinase gene (Chit) and β-1,3-glucanase gene (β-1,3-glu) in A. alternata. In field trials, tetramycin not only decreased the incidence of kiwifruit rot but also create a beneficial living space for kiwifruit growth. Overall, this study indicated that the application of tetramycin could serve as an alternative measure for the management of kiwifruit rot." @default.
- W4360989843 created "2023-03-30" @default.
- W4360989843 creator A5006356792 @default.
- W4360989843 creator A5017384752 @default.
- W4360989843 creator A5026569393 @default.
- W4360989843 creator A5027619937 @default.
- W4360989843 creator A5039850402 @default.
- W4360989843 creator A5050744335 @default.
- W4360989843 creator A5061130250 @default.
- W4360989843 creator A5067508737 @default.
- W4360989843 creator A5070251845 @default.
- W4360989843 creator A5070349681 @default.
- W4360989843 creator A5070802625 @default.
- W4360989843 date "2023-05-01" @default.
- W4360989843 modified "2023-09-27" @default.
- W4360989843 title "Antifungal activity and mechanism of tetramycin against Alternaria alternata, the soft rot causing fungi in kiwifruit" @default.
- W4360989843 cites W1175764824 @default.
- W4360989843 cites W1521991467 @default.
- W4360989843 cites W1940252745 @default.
- W4360989843 cites W1976312854 @default.
- W4360989843 cites W1989936255 @default.
- W4360989843 cites W2004191043 @default.
- W4360989843 cites W2042201510 @default.
- W4360989843 cites W2044782469 @default.
- W4360989843 cites W2056821815 @default.
- W4360989843 cites W2067542204 @default.
- W4360989843 cites W2086470583 @default.
- W4360989843 cites W2114335983 @default.
- W4360989843 cites W2139472183 @default.
- W4360989843 cites W2140734407 @default.
- W4360989843 cites W2158809385 @default.
- W4360989843 cites W2166453006 @default.
- W4360989843 cites W2187183064 @default.
- W4360989843 cites W2212024233 @default.
- W4360989843 cites W2213498015 @default.
- W4360989843 cites W2217854666 @default.
- W4360989843 cites W2342356801 @default.
- W4360989843 cites W2509450429 @default.
- W4360989843 cites W2589102094 @default.
- W4360989843 cites W2601850933 @default.
- W4360989843 cites W2606761907 @default.
- W4360989843 cites W2751192828 @default.
- W4360989843 cites W2752190691 @default.
- W4360989843 cites W2769922267 @default.
- W4360989843 cites W2793164316 @default.
- W4360989843 cites W2890420898 @default.
- W4360989843 cites W2912906980 @default.
- W4360989843 cites W2939287708 @default.
- W4360989843 cites W2949809144 @default.
- W4360989843 cites W2971313617 @default.
- W4360989843 cites W2972423651 @default.
- W4360989843 cites W2977900523 @default.
- W4360989843 cites W2983062612 @default.
- W4360989843 cites W2999939205 @default.
- W4360989843 cites W3006772598 @default.
- W4360989843 cites W3011088472 @default.
- W4360989843 cites W3029887331 @default.
- W4360989843 cites W3034587804 @default.
- W4360989843 cites W3036548822 @default.
- W4360989843 cites W3044271441 @default.
- W4360989843 cites W3082916751 @default.
- W4360989843 cites W3083929406 @default.
- W4360989843 cites W3092552400 @default.
- W4360989843 cites W3111140725 @default.
- W4360989843 cites W3111820300 @default.
- W4360989843 cites W3113149600 @default.
- W4360989843 cites W3113521309 @default.
- W4360989843 cites W3135240313 @default.
- W4360989843 cites W3138293143 @default.
- W4360989843 cites W3161091888 @default.
- W4360989843 cites W3163290879 @default.
- W4360989843 cites W3164361726 @default.
- W4360989843 cites W3195615701 @default.
- W4360989843 cites W3197305445 @default.
- W4360989843 cites W3200282007 @default.
- W4360989843 cites W3210956365 @default.
- W4360989843 cites W4210381382 @default.
- W4360989843 cites W4225272182 @default.
- W4360989843 cites W4280630891 @default.
- W4360989843 cites W4288049990 @default.
- W4360989843 cites W4318707919 @default.
- W4360989843 cites W85250378 @default.
- W4360989843 doi "https://doi.org/10.1016/j.pestbp.2023.105409" @default.
- W4360989843 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37105636" @default.
- W4360989843 hasPublicationYear "2023" @default.
- W4360989843 type Work @default.
- W4360989843 citedByCount "0" @default.
- W4360989843 crossrefType "journal-article" @default.
- W4360989843 hasAuthorship W4360989843A5006356792 @default.
- W4360989843 hasAuthorship W4360989843A5017384752 @default.
- W4360989843 hasAuthorship W4360989843A5026569393 @default.
- W4360989843 hasAuthorship W4360989843A5027619937 @default.
- W4360989843 hasAuthorship W4360989843A5039850402 @default.
- W4360989843 hasAuthorship W4360989843A5050744335 @default.
- W4360989843 hasAuthorship W4360989843A5061130250 @default.
- W4360989843 hasAuthorship W4360989843A5067508737 @default.
- W4360989843 hasAuthorship W4360989843A5070251845 @default.
- W4360989843 hasAuthorship W4360989843A5070349681 @default.