The effect of PoFbx23 on the PoAce1 protein abundance and transcription levels of genes encoding plant cell wall-degrading enzymes under cellulose signal. by Zhongjiao Liu (11877464)

Construction strategy and verification of strains Ace1/Fbx23-TAP, Δ<i>fbx23</i>, and Re<i>fbx23</i>. by Zhongjiao Liu (11877464)

Saturation analysis of transcriptome data for the WT and Δ<i>fbx23</i>. by Zhongjiao Liu (11877464)

Transcriptome analysis of secondary metabolism gene clusters of the WT and Δ<i>fbx23</i> grown in VMMG. by Zhongjiao Liu (11877464)

The results of TAP-MS using transcription factor PoAce1 as bait. by Zhongjiao Liu (11877464)

Effects of PoFbx23 protein on fungal growth, conidiation, and the transcription of genes involved in conidiation and spore pigment synthesis under glucose signal. by Zhongjiao Liu (11877464)

PoAce1 enrichment in the specific regions of (hemi)cellulase genes assayed by ChIP-qPCR. by Zhongjiao Liu (11877464)

The results of TAP-MS using PoFbx23 as bait. by Zhongjiao Liu (11877464)

Ubiquitination of PoAce1 and effect of proteasome inhibitor MG132 on PoAce1. by Zhongjiao Liu (11877464)

Subcellular localization of PoFbx23A and PoAce1. by Zhongjiao Liu (11877464)

GO enrichment analysis of the differentially expressed genes between the WT and the Δ<i>fbx23</i> grown in VMMC. by Zhongjiao Liu (11877464)

The differentially expressed genes in transcriptome. by Zhongjiao Liu (11877464)

Construction strategies for GFP strains Ace1/Fbx23-GFP and BiFC strain Ace1-YFP-Fbx23. by Zhongjiao Liu (11877464)

Phylogenetic and domain architecture analysis of PoAce1 orthologs. by Zhongjiao Liu (11877464)

The interaction between PoFbx23A and PoAce1. by Zhongjiao Liu (11877464)

The result of TAP-MS using PoFbx23 as the bait. by Zhongjiao Liu (11877464)

The result of TAP-MS using PoAce1 as the bait. by Zhongjiao Liu (11877464)

Strains used in this study. by Zhongjiao Liu (11877464)

“…Under glucose signal, PoFbx23 absence (Δ<i>fbx23</i>) results in decreased transcription levels of the <i>brlA</i> gene which encodes the master regulator for asexual development and six spore pigmentation genes (<i>abrB</i>→<i>abrA</i>→<i>aygB</i>→<i>arpA</i>→<i>arpB</i>→<i>albA</i>) which encode the proteins in the dihydroxynaphthalene-melanin pathway, along with impaired conidiation. …”

Data that underlies the ChIP-qPCR in this paper. by Zhongjiao Liu (11877464)

“…Under glucose signal, PoFbx23 absence (Δ<i>fbx23</i>) results in decreased transcription levels of the <i>brlA</i> gene which encodes the master regulator for asexual development and six spore pigmentation genes (<i>abrB</i>→<i>abrA</i>→<i>aygB</i>→<i>arpA</i>→<i>arpB</i>→<i>albA</i>) which encode the proteins in the dihydroxynaphthalene-melanin pathway, along with impaired conidiation. …”

Data that underlies the RT-qPCR in this paper. by Zhongjiao Liu (11877464)

“…Under glucose signal, PoFbx23 absence (Δ<i>fbx23</i>) results in decreased transcription levels of the <i>brlA</i> gene which encodes the master regulator for asexual development and six spore pigmentation genes (<i>abrB</i>→<i>abrA</i>→<i>aygB</i>→<i>arpA</i>→<i>arpB</i>→<i>albA</i>) which encode the proteins in the dihydroxynaphthalene-melanin pathway, along with impaired conidiation. …”