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Abstract
Arbuscular mycorrhizal fungi (AMF) species and/or phosphorus addition in the soil can affect secondary metabolism production and growth in plants. This study evaluated these effects on Piper divaricatum culture, which presents an essential oil rich in phenylpropanoids. Growth parameters, leaf volatile composition, total phenolic content, and the enzymatic activity of lipoxygenase (LOX) and phenylalanine ammonia-lyase (PAL) were monitored. At 90 days post inoculation (dpi), the treatments with AMF and AMF + P were more effective in terms of the number and biomass of leaves. In addition, the AMF group had increased plant height and root length. Phenylpropanoid and methyl eugenol contents were higher at 30 dpi in the P and AMF + P association treatments. However, at 90 dpi, the plants with P addition at 20 mg·dm−3 and AMF + 200 mg of P·dm−3 showed higher phenolic contents and PAL activity, respectively. All treatments increased LOX activity, especially with P addition at 200 mg·dm−3. These results demonstrate that P and AMF can be applied to optimize leaf biomass and volatile compound production in P. divaricatum.
Highlights
The Piper genus has an important prominence in folk medicine for the treatment of numerous symptoms, such as pain, convulsions, insomnia, hemorrhages, stomach problems, etc. [4,5]
The leaves and roots of P. divaricatum are used in folk medicine, when cooked, for anti-rheumatic baths and, in infusion, against rheumatic pain and abdominal cramps [3]
Piper divaricatum plants were collected in the city of Ananindeua (Pará State, Brazil), and for botanical identification, an exsiccate was deposited in the Herbarium of the Emílio
Summary
Mainly in Pará and Amazonas states, as well as other Brazilian states [1]. The Piper genus has an important prominence in folk medicine for the treatment of numerous symptoms, such as pain, convulsions, insomnia, hemorrhages, stomach problems, etc. The leaves and roots of P. divaricatum are used in folk medicine, when cooked, for anti-rheumatic baths and, in infusion, against rheumatic pain and abdominal cramps [3]. The most common chemotype of P. divaricatum essential oil (EO) is rich in phenylpropanoids, such as methyl eugenol and eugenol, to which several biological activities are attributed. In the literature, this EO is described as antioxidant [6,7], antibacterial against
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