Yeon Sook Kim

CEDS enhances the anticancer effects of miR-26a-5p and miR-126-5p in RAW 264.7 cells by increasing miRNA expression and suppressing key signaling pathways.

CEDS targeting telomere repeats reduces cancer cell density and activates apoptosis, while CEDS targeting E-box sequences promotes oncogenesis and inflammation.

CEDS enhances DNA function by affecting oligo-dsDNA and plasmid DNA in a sequence-specific manner through conformational changes and promoter activation.

This paper investigates how weak magnetic fields can induce hydrogen bonding magnetic resonance (HBMR) in DNA, affecting hybridization and conformation through cyclic electromagnetic DNA simulation (CEDS).

This study compares Pyu and Puy dsDNA hybridization and conformation, finding Pyu dsDNA exhibits stronger hybridization and unique conformation, enhancing RNA transcription.

CEDS modulates miRNA and DNA motif interactions, altering protein signaling pathways in RAW 264.7 cells through sequence-specific effects.