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CNGA3, GLUD1, and SIRT1 are promising targets for treating aging and glioblastoma.

Hair-follicle nerves in cats' spinal cords can be inhibited by GABA-related connections.

miR-3606-3p reduces skin fibrosis by blocking key signaling pathways.

LRIG1 protein affects hair growth by regulating skin receptors, leading to hair loss when overexpressed.

ARHGEF3 is essential for proper hair follicle development.

The 4C32 gene may help in mouse skin development and differentiation.

QLT0267 stops hair follicle cell growth and movement.

Sub3 is essential for fungus adherence but not for skin invasion.

aPKCλ is crucial for keeping hair follicle stem cells inactive and maintaining normal hair growth.

Removing PLCg1 from skin cells caused thicker oil glands and less hair in mice.

AgK114 protein helps in hamster skin injury recovery.

Keratins K6 and K16 are expressed more freely in regenerating mouse skin than K1 and K10.

Skin tumor cells in patients with tuberous sclerosis have higher levels of a protein called cathepsin B.

Activating the GDNF-GFRα1-RET signaling pathway could potentially promote skin and limb regeneration in humans and could be used to treat hair loss and promote wound healing.

Sry may regulate fatty acid metabolism and shows different expression levels in rat tissues.

Truncated LTBP-1 disrupts TGF-β signaling, affecting hair growth.

Increased 14-3-3 proteins may block hair cycle regression, causing hair loss.

Fibroblasts can be mistaken for neural cells, so functional validation is needed.

Keratin 16 delays skin maturation and affects skin and hair development in mice.

High S100A4 levels worsen glioblastoma by promoting blood vessel growth.

G2 stem cells control calcium signaling for skin regeneration.

NG2 is crucial for normal skin and hair development in mice.

The KAP13-3 gene in sheep affects wool quality by influencing keratin assembly.

HPV8 causes hair follicle stem cells to grow, leading to skin lesions.

The enzyme from human skin can cross-link proteins and needs calcium to work.

Mongolian gerbils heal wounds differently than mice, with unique protein levels and gene expression that affect skin repair.

Lack of TG2 increases fat storage and lowers cell cleanup in skin oil cells.

Seven genes are highly expressed in both germ-line and hematopoietic stem cells.

Ku80 is a key receptor for Thymosin β4, affecting cell migration and wound healing.