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Cyclopropane- and Spirolimonoids and Related Compounds from Hortia Oreadica

Overview
Journal Phytochemistry
Publisher Elsevier
Date 2012 Feb 1
PMID 22289621
Citations 3
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Abstract

The dichloromethane extract from taproots of Hortia oreadica afforded six limonoids, these are 9,11-dehydro-12α-acetoxyhortiolide A, hortiolide C, 11α-acetoxy-15-deoxy-6-hydroxyhortiolide C, hortiolide D, hortiolide E, 12β-hydroxyhortiolide E, in addition to the known limonoid, guyanin. The dichloromethane extract from stems of H. oreadica also afforded two limonoids 9,11-dehydro-12α-hydroxyhortiolide A and 6-hydroxyhortiolide C. As a result of this study and literature data, Hortia has been shown to produce highly specialized limonoids that are similar to those from the Flindersia (Flindersioideae). The taxonomy of Hortia has been debatable, with most authors placing it in the Toddalioideae. Considering the complexity of the isolated limonoids, Hortia does not show any close affinity to the genera of Toddalioideae. That is, the limonoids appear to be of little value in resolving the taxonomic situation of Hortia.

Citing Articles

Trichilones A-E: New Limonoids from .

Gonzalez-Ramirez M, Limachi I, Manner S, Ticona J, Salamanca E, Gimenez A Molecules. 2021; 26(11).

PMID: 34063814 PMC: 8196563. DOI: 10.3390/molecules26113070.


Trichilianones A-D, Novel Cyclopropane-Type Limonoids from .

Limachi I, Gonzalez-Ramirez M, Manner S, Ticona J, Salamanca E, Gimenez A Molecules. 2021; 26(4).

PMID: 33671969 PMC: 7919047. DOI: 10.3390/molecules26041019.


New limonoids from Hortia oreadica and unexpected coumarin from H. superba using chromatography over cleaning Sephadex with sodium hypochlorite.

Severino V, de Freitas S, Braga P, Forim M, da Silva M, Fernandes J Molecules. 2014; 19(8):12031-47.

PMID: 25120055 PMC: 6271672. DOI: 10.3390/molecules190812031.