Research Articles
The Invisible Switch: How FANCF Gene Silencing Fuels Lung Cancer
Explore how FANCF gene promoter hypermethylation disrupts DNA repair mechanisms and drives non-small cell lung cancer development through epigenetic silencing.
The Parental Imprint: How Mother and Father Mouse Leave Their Mark on Development
Explore the fascinating world of genomic imprinting in mouse development and its implications for human health and reproduction.
The Parental Imprint: How Your Chromosomes Remember Where They Came From
Explore the fascinating world of genomic imprinting and how DNA methylation creates parental memories in our chromosomes that shape development and health.
The Hidden Switch: How DNA Methylation Guides Our Immune System's Development
Explore how DNA methylation patterns guide precursor B-cell development in umbilical cord blood and their implications for understanding immunity and blood cancers.
The Hidden Epigenetic Mosaic of the Placenta
Explore how cell-specific DNA methylation patterns in placental cells shape pregnancy health and influence lifelong outcomes.
The Centromere Code: How a 330 kb Epigenetic Domain Defies DNA Destiny
Discover how a 330 kb CENP-A binding domain and altered replication timing at human neocentromeres challenge our understanding of chromosome biology and epigenetic inheritance.
Genomic Imprinting: The Parental Stamp on Our Genes
Explore the fascinating world of genomic imprinting, an epigenetic phenomenon that causes genes to be expressed differently based on parental origin, and its role in development and disease.
The CG Code: How Tiny DNA Dinucleotides Control Our Genetic Destiny
Explore how CG dinucleotides act as molecular switches controlling gene expression through DNA methylation and their critical role in health and disease.
The Secret Life of Your Genes: A New Twist in the Tale of DNA Methylation
Explore the fascinating world of DNA methylation and how this epigenetic mechanism controls gene expression without altering the DNA sequence itself.
The Silent Symphony of Your Cells: How DNA Methylation Tames Transcriptional Noise
Discover how DNA methylation suppresses transcriptional noise to maintain cellular harmony and precision in gene expression.