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Trichobiolight: A new, effective protocol in the treatment of androgenetic alopecia and telogen effluvium

Piccolo, Domenico Crisman, Giuliana Conforti, Claudio Buzzi, Marta Genovesi, Corinna Marchi, Daniela Mazzaracchio, Dilla Goldust, Mohamad

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DOI/PMID/Link: 10.1111/dth.14799

Abstract

Androgenetic alopecia (AGA) with its precursor miniaturization of anagen phase (MA) and telogen effluvium (TE) represent nonscarring hair loss diseases which causes moderate to severe aesthetic and psychologic discomfort in affected people. Several therapeutic approaches have been tested through the latest decades, with different degree of success. In this study we aim to analyze the efficacy and outcome of an innovative therapeutic protocol, named TRICHOBIOLIGHT, a combination of active principles conveyed by mesotherapy directly on the scalp with a subsequent photobiostimulation session with LED light (630 nm). About 107 patients (49 women, 58 men, mean age 45-year-old) with clinical and trichoscopic diagnosis of MA, AGA, and TE have been enrolled at Skin Center of L'Aquila, Avezzano and Pescara (Italy) and subsequently treated with the TRICHOBIOLIGHT protocol. 4 patients dropped out at the beginning of the study: 2 patients because of an histological diagnosis of scarring alopecia and lichen scleroatrophicus, and 2 patients dropped out because of adverse reaction to the treatment. Excellent to good outcome have been reached in the 82.5% of patients (85/103), 9 patients (8.7%) reached a sufficient result while 7 patients (6.8%) partially respond to the treatment. Two patients (2%) did not respond at all. TRICHOBIOLIGHT is a promising protocol, working through the combined action of the active principles and the photobiostimulation, that lead to a strengthening and thickening of the residual hair, giving an optical thickening effect that provides high quality aesthetic results and, consequently, appreciable psychological results.
Year Published 2021
Country Italy
Rank Positive
Journal Dermatologic Therapy
Primary Topic Skin
Secondary Topic Hair Loss
Tertiary Topic Androgenetic Alopecia
Model Human
Wavelength (nm)
Complement/Comparison