Authors : Tanga Tanga Régis; Tchabon Raymond; Ngo Nouck Carine; Ndzobo Ndzana E. joelle; Mounbain Francis; Djendja Parfait; Ndoubarou Francklin; Yaka Nsasso Christelle; Nnanga Nga; Tchoumbougnang François
Volume/Issue : Volume 6 - 2021, Issue 1 - January
Google Scholar : http://bitly.ws/9nMw
Scribd : https://bit.ly/3p5Vn7g
Dermatophytes are fungi responsible for
superficial mycoses called dermatophytoses. The aim of
this work was to evaluate the anti-dermatophyte activity
in vitro of essential oils from the leaves and fresh fruits
of Zanthoxylum zanthoxyloides. For this purpose, the
essential oils from the leaves and fresh fruits of Z.
zanthoxyloides harvested in Bamena were extracted by
hydro-distillation using a Clevenger. The extraction
yields were 1.12% for the fruits and 0.04% for the
leaves. The chemical composition of these extracts was
determined by gas chromatography (GC) and by gas
chromatography coupled with mass spectrometry (GC /
MS). The results of this analysis made it possible to
identify 59 compounds in the essential oil of fruits, with
citronellol as the major compound (18.63%) while in the
leaf extract 58 compounds were identified, with as major
compound, citronellol acetate (23.4%). The essential oils
of Z. zanthoxyloides showed MICs of 3600, 4200 and 4420
ppm respectively for the essence of the leaves, fruits and
the mixture of fruits and leaves, the dermal application
of essential oils did not cause any modification behavior
including no erythema or edema on the skin, no
convulsions, no tremors, or diarrhea. Food and water
consumption remained normal in the treated groups
during the experiment compared to the first day of the
study. A formulation trial of an antifungal ointment and
conformity tests led to the production of a product whose
pharmaceutical form was called: ZANTHOZOLE
ointment.
Keywords : Dermatophytes; Essential Oils; Acute Dermal Toxicity; Ointment Formulation.