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Endogenous retrovirus LTR12C hold potential locus-dependent activities as promoter and/or enhancer

ABSTRACT: Endogenous retrovirus LTR12C hold potential locus-dependent activities as promoter and/or enhancer

PROVIDER: PRJNA1018902 | ENA |

REPOSITORIES: ENA

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			Action	DRS
	SRR26111853.fastq.gz	Fastqsanger.gz
	SRR26111854.fastq.gz	Fastqsanger.gz
	SRR26111855.fastq.gz	Fastqsanger.gz
	SRR26111856.fastq.gz	Fastqsanger.gz
	SRR26111857.fastq.gz	Fastqsanger.gz

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Project description:The human genome is replete with sequences derived from foreign elements including endogenous retrovirus-like proteins of unknown function. The human genome is replete with sequences derived from foreign elements including endogenous retrovirus-like proteins of unknown function. Here we show that UBQLN2, a ubiquitin-proteasome shuttle factor implicated in neurodegenerative diseases, is regulated by the linked actions of two retrovirus-like proteins, RTL8 and PEG10. RTL8 confers on UBQLN2 the ability to complex with and regulate PEG10. PEG10, a core component of stress granules, drives the recruitment of UBQLN2 to stress granules under various stress conditions, but can only do so when RTL8 is present. Changes in PEG10 levels further remodel the kinetics of stress granule disassembly and overall composition by incorporating select extracellular vesicle proteins. Within stress granules, PEG10 forms virus-like particles, underscoring the structural heterogeneity of this class of biomolecular condensates. Together, these results reveal an unexpected link between pathways of cellular proteostasis and endogenous retrovirus-like proteins. we show that UBQLN2, a ubiquitin-proteasome shuttle factor implicated in neurodegenerative diseases, is regulated by the linked actions of two retrovirus-like proteins, RTL8 and PEG10. RTL8 confers on UBQLN2 the ability to complex with and regulate PEG10. PEG10, a core component of stress granules, drives the recruitment of UBQLN2 to stress granules under various stress conditions, but can only do so when RTL8 is present. Changes in PEG10 levels further remodel the kinetics of stress granule disassembly and overall composition by incorporating select extracellular vesicle proteins. Within stress granules, PEG10 forms virus-like particles, underscoring the structural heterogeneity of this class of biomolecular condensates. Together, these results reveal an unexpected link between pathways of cellular proteostasis and endogenous retrovirus-like proteins.

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Endogenous retrovirus LTR12C hold potential locus-dependent activities as promoter and/or enhancer

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