Innovating Skin Research Through Epigenetics

Leading the way in multi-omics integration and epigenetic technologies to advance skin health and rejuvenation.

A person wearing a lab coat and blue gloves is looking through a microscope in a laboratory setting. There is a computer screen displaying data next to the microscope, and various laboratory equipment is present on the table.
A person wearing a lab coat and blue gloves is looking through a microscope in a laboratory setting. There is a computer screen displaying data next to the microscope, and various laboratory equipment is present on the table.
gray computer monitor

《Deep Methyltransfer Learning for Skin Photoaging Prediction》 (Sci. Transl. Med. 2024)

Contribution: Epigenetic transfer framework achieving cross-species methylation translation (mouse→human, r=0.89)

Relevance: Methodology for multi-species data integration

《Blockchain-based Ethical Governance for Aesthetic AI》 (Nat. Biomed. Eng. 2025)

Contribution: Immutable intervention provenance chain recording epigenetic editing operations

Relevance: Foundation for ethical compliance

《Multi-omics Impact Atlas of Epigenome Editing》 (Cell Sys. 2023)

Contribution: First causal network map linking methylation editing → transcriptome → proteome, identifying novel COL3A1 activation target

Relevance: Mechanistic basis for intervention design

Research

Innovative solutions for multi-omics and methylation.

© 2025. All rights reserved.