Oral Biomechanical Engineering is an open, ethics-first research framework exploring how controlled biomechanics, sensing, and feedback can reduce unnecessary trauma and pain in dental interventions. Focused on force variability, tissue respect, and clinician-led safety—open science without self-harm or automation.

"Transcriptional Heterogeneity and Cell Cycle Regulation as Central Determinants of Primitive Endoderm Priming" published in eLife (2022)

Open-source research on the ecological and biochemical mechanisms of regeneration. Models the interaction between Basidiomycete metabolites, mTOR/AMPK/SIRT1 signaling, and TP53/autophagy balance — bridging ecology, computation, and cellular longevity.

Bio-Resonant Restoration - Epigenetic Memory Reactivation via Piezoelectric Resonance: A Mechanistic Framework for Cellular Restoration

A computational pipeline for analyzing tissue regeneration in volumetric muscle loss treatment studies. Enables automated processing of histological and immunohistochemical whole slide images to quantify tissue components, inflammatory responses, and regenerative markers. Provides standardized analysis of spatial tissue heterogeneity.