Cheng‐Ming Chuong

This study identifies NCAM1 as a regulator of regenerative competence in adult skin wounds through single-cell RNA sequencing and functional analysis.

This study shows that tight-skinned Frasers Dolphins regenerate complex rete ridges with minimal scarring after large full-thickness wounds, despite high-tension and shear stress environments.

The paper shows how epigenetic coalitions in birds couple tissue growth to generate periodic color patterns through ASIP regulation and feedback loops.

The paper investigates how keratin gene clusters are organized in vertebrate skin to enable developmental competence and gene-level selectivity during epidermal differentiation.

The paper shows that perturbing calcium signaling in chicken skin induces de novo feather bud formation, revealing bioelectricity as a regulatory layer in tissue patterning.

This paper introduces a novel reaction-diffusion architecture called JAPI for engineering self-organized patterns in mammalian cells, demonstrating its ability to generate spatial patterns with fewer parameters than classical diffusion-based systems.

The paper identifies SATB1's role in genome organization through direct binding to BURs, linking chromatin structure to cell type-specific gene expression.

The paper shows how tissue mechanics and cellular flows guide the formation of feather follicles through sequential topological transformations.

The paper investigates the role of gap junctions in Turing-type feather pattern formation using chicken skin and computational models.

This study identifies a gp130 signaling module that enhances tissue regeneration and prevents pathological outcomes by modulating cellular stress responses.