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Comparison of epithelial cells from various epithelia and hair follicle stem cells [microarray]

ABSTRACT: Comparison of epithelial cells from various epithelia and hair follicle stem cells [microarray]

PROVIDER: PRJNA479981 | ENA |

REPOSITORIES: ENA

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Comparison of epithelial cells from various epithelia and hair follicle stem cells

Project description:Comparison of epithelial cells from various epithelia and hair follicle stem cells

| PRJNA479980 | ENA

Comparison of epithelial cells from various epithelia and hair follicle stem cells

Project description:The potency of an adult stem cell is restricted to certain lineages during embryonic life, in response to a specific microenvironment (the niche) and it is maintained for life. Lineage restriction is considered immutable. We have investigated if adult stem cells isolated from different epithelia could change fate by exposing them to a hairy skin niche. We have demonstrated that clonogenic stem cells restricted to a single epithelial lineage and cultured from various Tp63-expressing tissues e.g, the bladder, the vagina, or the thymus can acquire new functionality. When exposed to a hair skin microenvironment, these stem cells acquire the capacity to generate hair follicles and sebaceous glands, thus behaving like bona fide hairy skin multipotent stem cells. Genome wide-screen analysis has demonstrated that the stem cells express transcription factors typical of hair follicle differentiation, even though they continue to express some of the genes linked to their origin. This increase in potency demonstrates that lineage restriction is not immutable.

2020-09-17 | GSE116717 | GEO

Comparison of epithelial cells from various epithelia and hair follicle stem cells [microarray]

Project description:The potency of an adult stem cell is restricted to certain lineages during embryonic life, in response to a specific microenvironment (the niche) and it is maintained for life. Lineage restriction is considered immutable. We have investigated if adult stem cells isolated from different epithelia could change fate by exposing them to a hairy skin niche. We have demonstrated that clonogenic stem cells restricted to a single epithelial lineage and cultured from various Tp63-expressing tissues e.g, the bladder the oral mucous, the oesophagus or the thymus can acquire new functionality. When exposed to a hair skin microenvironment, these stem cells acquire the capacity to generate hair follicles and sebaceous glands, thus behaving like bona fide hairy skin multipotent stem cells. Genome wide-screen analysis has demonstrated that the stem cells express transcription factors typical of hair follicle differentiation, even though they continue to express some of the genes linked to their origin. This increase in potency demonstrates that lineage restriction is not immutable.

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Less invasive diagnostics for cancer using hair follicle

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Nfatc1 Orchestrates Aging in Hair Follicle Stem Cells

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2013-11-14 | E-GEOD-52328 | biostudies-arrayexpress

Autophagy induces hair follicle stem cell activation and hair follicle regeneration by regulating glycolysis

Project description:In this study, in order to explore the role of autophagy of human hair follicle stem cells in hair growth, we explored new ideas for hair regrowth. In this study, rapamycin was used to treat hair follicle stem cells to promote autophagy, and the different expression of genes was observed by comparing with the blank control group.

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RNA sequencing of ILK-deficient hair follicle bulge stem cells

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Regenerating hair cells in human vestibular sensory epithelia

Project description:Regenerating hair cells in human vestibular sensory epithelia

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