DNA methylation in regulatory regions of senescence-associated genes
1 paper2 findings
- In silico1
Associations
2Testis versus ovary
mixedin silico1
1 study
Testis versus ovary
mixedin silico1
Testis versus ovary is associated with DNA methylation in regulatory regions of senescence-associated genes in silico.
“In contrast, differences between the testes and ovaries were specifically observed for chordate-conserved proteins.”
In silicoChordate-conserved proteinstestis and ovary
Evolutionary and Functional Roles of DNA Methylation in Human Senescence Regulation
Research Square29 Jun 2023Preprint
Evolutionary conservation of human senescent proteins
mixedin silico1
1 study
Evolutionary conservation of human senescent proteins
mixedin silico1
evolutionary conservation of human senescent proteins are associated with DNA methylation in regulatory regions of senescence-associated genes in silico.
“Differences in the average DNA methylation levels in the regulatory regions of genes that encode human senescent proteins were observed”
In silicoProteins conserved in chordates, metazoans, and eukaryotes
Evolutionary and Functional Roles of DNA Methylation in Human Senescence Regulation
Research Square29 Jun 2023Preprint
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Research Square
Evolutionary and Functional Roles of DNA Methylation in Human Senescence Regulation
Preprint: computational studyDNA methylation