Open AccessBiologyMedicine

K. Stenn, A. J. Nixon, C. Jahoda, I. McKay, R. Paus

1999.8.1EXPERIMENTAL DERMATOLOGY

DOI: 10.1111/j.1600-0625.1999.tb00376.x

tlooto Summary

The following contributions are designed to stimulate the discussion of the chronobiological control system that cyclically drives the hair follicle through dramatic remodelling processes between phases of growth, regression, and relative resting.

Abstract

Despite more than a hundred years of professinal hair research, and substantial recent progress in unravelling the molecular controls of hair follicle morphogenesis, the chronobiological control system that cyclically drives the hair follicle through dramatic remodelling processes between phases of growth (anagen), regression (catagen), and relative resting (telogen) have remained disappointingly obscure. In view of the vast literature that has become available over the past decades on numerous genetic, biochemical, cellular and pharmacological aspects of hair growth control under physiological and pathological conditions, it is astounding how comparatievely few researchers in the field have published theoretical concepts that explore how hair follicle cycling might be controlled. Since this question is at the very heart of basic and clinically applied hair biology, it deserves a much more systematic and serious public exploration, which the following contributions are designed to stimulate.

Citation format

STENN, K., et al. What controls hair follicle cycling? EXPERIMENTAL DERMATOLOGY, 1999, 8.