Abstract

The objective of this work was to evaluate whether medicinal plants as active ingredients of herbal, homeopathic and floral medicines marketed in Brazil, had potential use as a therapeutic strategy for prevention, treatment and cure for COVID-19. This study took into account products marketed and regulated by Brazilian legislation with claims such as: immunomodulators, antivirals and improvement of symptoms related to respiratory system deficiency, which were calculated the absolute (n) and relative (%) frequencies. In addition, PubMed®, Web of Science® and SciVerse Scopus® databases were used to search the literature in order to obtain the scientific claims of plants found in the formulations of the evaluated products, taking into account the typical symptoms of COVID-19. 113 products were found, of which 65% were herbal medicines, 27% homeopathic medicines and 7% floral. There were 13 medicinal plants with an absolute frequency ≥ 5, in which scientific evidence was found regarding their medicinal use, as a complementary therapy in the treatment of symptoms related to COVID-19.

Highlights

  • The world health organization (WHO) has reported the presence of COVID-19 in 215 countries

  • Countries like Brazil, were one of the countries most affected by the disease, taking into account this factor (Prata et al, 2020; Shi et al, 2020)

  • The objective of this work was to evaluate whether medicinal plants as active ingredients of herbal, homeopathic and floral medicines marketed in Brazil, had potential use as a therapeutic strategy for prevention, treatment and cure for COVID-19

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Summary

Introduction

The world health organization (WHO) has reported the presence of COVID-19 in 215 countries. In they the number of cases exceeds over a million and the number of deaths exceeds over 250 thousand (WHO, 2020). The virus can survive for two hours to a few days on the surface or on the floor, but that this is not the main course of the infection (Aanouz et al, 2020; Ali & Alharbi, 2020). Environmental factors, such as temperature, can affect the epidemiological dynamics of many infectious diseases. Countries like Brazil, were one of the countries most affected by the disease, taking into account this factor (Prata et al, 2020; Shi et al, 2020)

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