Data underlying the publication: SCS causes global protein succinylation contributing to the aflatoxin biosynthesis and development through the STA and Ach1
doi:10.4121/b4ac6121-29d9-4cbc-b986-cd44450ac0db.v1
The doi above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future.
For a link that will always point to the latest version, please use
doi: 10.4121/b4ac6121-29d9-4cbc-b986-cd44450ac0db
doi: 10.4121/b4ac6121-29d9-4cbc-b986-cd44450ac0db
Datacite citation style:
Xie, Rui; zhuang, zhenhong; Chen, Qionghui; Xie, Chunlan; Adejor, John et. al. (2024): Data underlying the publication: SCS causes global protein succinylation contributing to the aflatoxin biosynthesis and development through the STA and Ach1. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/b4ac6121-29d9-4cbc-b986-cd44450ac0db.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
licence
CC BY 4.0
Figure 4/Figure 7: IP enrichment result of sucB-HA;
Figure 5-Figure 9:
1.Up-/down-regulatin proteins in aflatoxin biosynthesis pathway (ΔsucB vs. WT; xylpstA-ΔsucB vs. ΔsucB).
2.Untargeted metabolomics analysis involved in A. flavus development and sclerotial formation,and aflatoxin biosynthesis pathway in ΔsucB.
Figure S4: the distribution of abundance values between samples and principal component analysis (PCA) in proteomics.
Figure S5: Differential analysis results statistics, differential protein grouping Venn diagram and GO analysis of differential protiens in WT, ΔsucB and xylPstA-ΔsucB.
history
- 2024-12-19 first online, published, posted
publisher
4TU.ResearchData
format
*.xlsx
organizations
Key Laboratory of Pathogenic Fungi and Mycotoxins of Fujian Province, Key Laboratory of Biopesticide and Chemical Biology of Education Ministry, and School of Life Sciences , Fujian Agriculture and Forestry University , Fuzhou , Fujian, China
DATA
files (19)
- 1,819 bytesMD5:
4e7d4c5a4256a5626071893d4d9ae058
README.txt - 54,532 bytesMD5:
c119b3fd71fa47f76e57c6946573a2b8
Figure 2A 2D.xlsx - 17,952 bytesMD5:
876548dea0c6986b410bfea7a40c4ef2
Figure 3B 3C 3E 3F 3H.xlsx - 254,377 bytesMD5:
b1a431ffd3083caf7ee918867f0dd62a
Figure 4 and Figure 7-STA-Ach1-proteinGroups.xlsx - 12,769 bytesMD5:
5cf1d512eb4d8facf6a61af4f0c4e154
Figure 4D 4E 4I.xlsx - 436,452 bytesMD5:
05ae4311c7706ce806257418307c84f7
Figure 5A-Suc_vs_WT_DEPs_annotation.xlsx - 11,499 bytesMD5:
1f3f1d8ef5a1dab299eb0ccdaa83bb17
Figure 5B 7E.xlsx - 37,036 bytesMD5:
e1756e157ea3976a71c4bf6b82e0ad1b
Figure 6A-6C-Suc_vs_WT.KEGG.enrichment.xlsx - 40,524 bytesMD5:
0b5d815ad27807277fd042de99cbf532
Figure 6B-6D-ST-Suc_vs_Suc.KEGG.enrichment.xlsx - 10,283 bytesMD5:
f497bf4afa9744b4228acc6910167bcb
Figure 8C-volcano plot data-XR-new.xlsx - 16,622 bytesMD5:
e19593d0abae491cecf8cb0b73fe215a
Figure 9-enrich-file-1268bd2f-acd8-11ee-ba68-0242ac110008.xlsx - 14,383 bytesMD5:
20883441d944fd585cb74310b01a54f8
Figure S1E S3B S3C.xlsx - 9,327 bytesMD5:
43df37d53077d41807c3059c808098ca
Figure S4B-Group_PCA_variance_proportion.xlsx - 458,708 bytesMD5:
be2ba5914d22e7b72d7f9d785406f15d
Figure S5B-Suc_vs_WT__ST-Suc_vs_WT__ST-Suc_vs_Suc_protein_venn_ID_annotation.xlsx - 12,772 bytesMD5:
dcb10744d9b754fc4518a0ce2a897d4d
Figure S5C-Suc_vs_WT.GO.level2Classification.xlsx - 15,355 bytesMD5:
5854c1b3e14e37a9433fe2b20a250e37
Figure S5D-ST-Suc_vs_Suc.GO.level2Classification.xlsx - 1,210,145 bytesMD5:
3b978b5b12b33e994c1878083ce816c6
Figure S6F-Correlation heatmap-.xlsx - 55,562 bytesMD5:
b034e5d8892b34f0d399b6b6a4a3f86f
Figure-8A-B-enrich-file.xlsx - 35,549 bytesMD5:
cede16bde93d33755d47e9e583b337e1
succinyl-coA density-standard curve.pzf -
download all files (zip)
2,705,666 bytes unzipped