Discover how epigenetics acts as the hidden conductor of our genetic orchestra, influencing health outcomes through environmental interactions and lifestyle choices.
Discover how hemimethylation at CTCF/cohesin sites reveals a new layer of epigenetic inheritance that shapes cellular identity and genome architecture.
Exploring whether epigenetics can become a biosocial science that integrates social contexts into biological research, responding to Chiapperino and Paneni.
Exploring how RASSF1A promoter methylation drives ovarian cancer progression and its potential as a diagnostic biomarker.
Exploring India's oral cancer crisis through the lens of DNA methylation, revealing unique epigenetic signatures and innovative diagnostic approaches.
Discover how epigenetic mechanisms facilitate brain-body communication beyond genetic programming, influencing health, disease, and potential therapies.
Discover how epigenetics reveals our genome as a dynamic historical document—inscribed by ancestors' experiences yet editable by our choices.
Exploring the dynamic world of epigenomics and its implications for understanding cellular fate, disease, and therapeutic development.
Exploring how reversible epigenetic changes control cancer progression, therapy resistance, and the promise of epigenetic treatments.
Exploring how epigenetic modifications act as master manipulators in cancer progression and the revolutionary new paths for detection and treatment.