Medicinal plants used in the management of sexual dysfunction, infertility and improving virility in the east African community: a systematic review
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Date
2023-08Author
Christine, Kyarimpa
Christine, Betty Nagawa
Timothy, Omara
Silver, Odongo
Patrick, Ssebugere
Solomon, Omwoma Lugasi
Ivan, Gumula
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Sexual disorders such as erectile dysfunction (ED), sterility, and sexual inappetence represent some of the complex reproductive
challenges that require addressing the underlying causes. Te aim of this paper was to systematically synthesize literature on the
ethnobotany, phytochemistry, bioactivities, and safety of plants used as remedies for managing sexual dysfunction and infertility,
and improving fertility and virility in the EAC. Trough an extensive review conducted in multidisciplinary electronic databases,
171 plant species were identifed to have been reported for the management of sexual inappetence (i.e., used as aphrodisiacs,
39.4%), ED (35.9%), infertility (18.7%), and increasing fertility (6.0%). Te most used plants are Mondia whitei, Acalypha
villicaulis, Combretum illairii, Erythrina abyssinica, Pappea capensis, Rhus vulgaris, and Warburgia ugandensis while roots
(44.9%), leaves (21.8%), stem and root barks (16.7%) of shrubs (35%), trees (31%), herbs (26%), and climbers (8%) are the
preferred organs for making decoctions (69%). Te research strides to date indicate that Citropsis articulata, Cola acuminata,
Ekebergia capensis, Plumbago zeylanica, Tarenna graveolens, Urtica massaica, and Zingiber ofcinale have been assessed for their bioactivity. Te majority (71.4%) of the plants either increased testosterone levels and mounting frequency or elicited prosexual stimulatory efects in male rats. More studies investigating the relevant pharmacological activities (aphrodisiac, fertility, and phosphodiesterase-5 inhibitory activities), safety aspects, responsible compounds, and clinical studies are warranted to establish the pharmacological potential of the unstudied species and elucidate the mechanism of action of the bioactive compounds.