Epidermal stem cells sustain the adult skin for a lifetime through self-renewal and the
production of committed progenitors. These stem cells generate progeny that will undergo …

Tissue-specific stem cells sustain organs for a lifetime through self-renewal and generating
differentiated progeny. Although tissue stem cells are established during organogenesis, the …

The dermal papilla (DP) is one of two principal mesenchymal compartments of the hair
follicle (HF). We previously reported that a population of HF dermal stem cells (hf DSC s) …

Wound‐induced hair follicle neogenesis (WIHN) has been an important model to study hair
follicle regeneration during wound repair. However, the cellular and molecular components …

Much remains unknown about the regulatory networks which govern the dermal papilla's
(DP) ability to induce hair follicle neogenesis, a capacity which decreases greatly with age …

Plasticity of adult cells has been identified in several post-natal tissues in the past few years
and has attracted special attention in regenerative medicine. Skin is the biggest organ in the …

Understanding the cellular interactions and molecular signals underlying hair follicle (HF)
regeneration may have significant implications for restorative therapies for skin disease that …

Adult epidermal stem cells renew the epithelial compartment of the skin throughout life and
are the most accessible of all adult stem cells. Most importantly, epidermal stem cells can be …

Epithelial stem cells in the skin are specified during development and are governed by
epithelial–mesenchymal interactions to differentially adopt the cell fates that enable them to …

The epithelial-mesenchymal interactions between keratinocyte stem cells and dermal
papilla (DP) cells are crucial for normal development of the hair follicle as well as during hair …