%0 Generic
%A Xie, Rui
%A zhuang, zhenhong
%A Chen, Qionghui
%A Xie, Chunlan
%A Adejor, John
%A Nie, Xinyi
%A Wang, Shihua
%D 2024
%T Data underlying the publication: SCS causes global protein succinylation contributing to the aflatoxin biosynthesis and development through the STA and Ach1
%U 
%R 10.4121/b4ac6121-29d9-4cbc-b986-cd44450ac0db.v1
%K Aspergillus flavus
%K succinyl-CoA synthetase
%K succinylation level
%K aflatoxin B1
%K development
%X <p><strong>Figure 4/Figure 7</strong>: IP enrichment result of sucB-HA;</p><p><strong>Figure 5-Figure 9：</strong></p><p>1.Up-/down-regulatin proteins in aflatoxin biosynthesis pathway (ΔsucB&nbsp;vs.&nbsp;WT; xylpstA-ΔsucB&nbsp;vs. ΔsucB).</p><p>2.Untargeted metabolomics analysis involved in A. flavus development and sclerotial formation，and aflatoxin biosynthesis pathway in ΔsucB.</p><p><strong>Figure S4: </strong>the distribution of abundance values between samples and principal component analysis (PCA) in proteomics.</p><p><strong>Figure S5:</strong>&nbsp;Differential analysis results statistics, differential protein grouping Venn diagram and GO analysis of differential protiens in WT, Δ<em>sucB</em>&nbsp;and <sup><em>xylP</em></sup><em>stA</em>-Δ<em>sucB</em>.</p>
%I 4TU.ResearchData