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Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes [RNA-seq]

ABSTRACT: Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes [RNA-seq]

PROVIDER: PRJNA661333 | ENA |

REPOSITORIES: ENA

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			Action	DRS
	SRR12586154_1.fastq.gz	Fastqsanger.gz
	SRR12586154_2.fastq.gz	Fastqsanger.gz
	SRR12586155_1.fastq.gz	Fastqsanger.gz
	SRR12586155_2.fastq.gz	Fastqsanger.gz
	SRR12586156_1.fastq.gz	Fastqsanger.gz

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Similar Datasets

Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes [RNA-seq]

Project description:Male and female gametocytes are sexual precursor cells essential for transmission of malaria parasite in the mosquitoes. Differentiation of gametocytes to fertile gametes (gametogenesis) relies on the gender-specific transcriptome. However, how the parasites establish distinct repertoire of gene transcription in the male and female gametocytes remains largely unknown. Here, we report that an Apetala2 (AP2) family transcription factor (TF) AP2-O3 operates as a transcription repressor regulating female gametocyte transcriptome. AP2-O3 is specifically localized in the nucleus of the female gametocytes. AP2-O3-deficient parasites produce apparently normal female gametocytes, which fail to differentiate to fully fertile female gametes, leading to developmental arrest in fertilization and early development post-fertilization. AP2-O3 disruption causes massive up-regulation of transcriptionally dormant male genes and simultaneously down-regulation of highly transcribed female genes in female gametocytes. ChIP-seq and EMSA analysis establish AP2-O3 as a transcription repressor that targets a significant proportion of the upregulated male genes by recognizing an eight-base DNA motif in the promoters. In addition, the maternal AP2-O3 is removed after fertilization, which is required for the zygote to ookinete development. These results demonstrate that global transcriptional repression of male genes in the female gametocytes is required for safeguarding female-specific transcriptome and essential for the mosquito transmission of Plasmodium.

2021-01-26 | GSE157456 | GEO

Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes [ChIP-seq]

2021-01-26 | GSE157454 | GEO

Malaria parasite transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes

Project description:Malaria parasite transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes

| PRJNA661335 | ENA

Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes [ChIP-seq]

Project description:Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes [ChIP-seq]

| PRJNA661329 | ENA

Plasmodium transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes.

Project description:Male and female gametocytes are sexual precursor cells essential for mosquito transmission of malaria parasite. Differentiation of gametocytes into fertile gametes (known as gametogenesis) relies on the gender-specific transcription program. How the parasites establish distinct repertoires of transcription in the male and female gametocytes remains largely unknown. Here, we report that an Apetala2 family transcription factor AP2-O3 operates as a transcription repressor in the female gametocytes. AP2-O3 is specifically expressed in the female gametocytes. AP2-O3-deficient parasites produce apparently normal female gametocytes. Nevertheless, these gametocytes fail to differentiate into fully fertile female gametes, leading to developmental arrest in fertilization and early development post-fertilization. AP2-O3 disruption causes massive upregulation of transcriptionally dormant male genes and simultaneously downregulation of highly transcribed female genes in the female gametocytes. AP2-O3 targets a substantial proportion of the male genes by recognizing an 8-base DNA motif. In addition, the maternal AP2-O3 is removed after fertilization, which is required for the zygote to ookinete development. Therefore, the global transcriptional repression of the male genes in the female gametocytes is required for safeguarding female-specific transcriptome and essential for the mosquito transmission of Plasmodium.

| S-EPMC8097350 | biostudies-literature

PFG controls gene expression in female gametocytes cooperatively with AP2-FG [AP2-FG_DIP]

Project description:AP2-FG is a female-specific transcription factor (TF) that plays an essential role in female gametocyte development. AP2-FG activates hundreds of genes by binding to a female-specific ten-base cis-acting element. Here, we report that in the rodent malaria parasite Plasmodium berghei, another female-specific TF designated as a partner of AP2-FG (PFG), controls gene expression in female gametocytes cooperatively with AP2-FG. Transcriptional mechanisms were analyzed in Plasmodium berghei female gametocytes.

2024-01-22 | GSE226020 | GEO

Malaria parasite transcription repressor AP2-O3 regulates sex-specific identity of gene expression in female gametocytes

Project description:This SuperSeries is composed of the SubSeries listed below.

2021-01-26 | GSE157457 | GEO

PFG controls gene expression in female gametocytes cooperatively with AP2-FG [PFG_ChIP-seq]

2024-01-22 | GSE226021 | GEO

PFG controls gene expression in female gametocytes cooperatively with AP2-FG [PFG_RNA-seq]

2024-01-22 | GSE226027 | GEO

Sex-specific gene regulation in malaria parasites by an AP2 Family Transcription Factor [Agilent]

Project description:Malaria gametocytes, the precursors of gametes, is the stage essential for malaria transmission to the mosquito vector. In the circulation they arise from asexual erythrocytic stages and then develop into mature females and males. Identification of sex-specific transcription factors is a key to understand biology of this stage. However, despite of intensive studies, none of them have been identified yet. In this paper we report an AP2 family transcription factor AP2-FG is responsible for female-specific gene expression.

2019-05-05 | GSE114095 | GEO

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