[PDF][PDF] The Biology, utilization and phytochemical composition of the fruits and leaves of Gongronema latifolium Benth
Agrotechnol, 2013•academia.edu
Basic information on plant species is important for the improvement of the species. This
study was carried out to investigate and understand the biology, utilization and
phytochemical composition of Gongronema latifolium which is a spice plant growing in the
humid forest vegetation of South-Eastern Nigeria. Results showed that the species had
culinary and medicinal properties. G. latifolium has simple and opposite leaves, dehiscent
seed pod (follicle), that opens along a single seam. The seeds are flat with white hairy …
study was carried out to investigate and understand the biology, utilization and
phytochemical composition of Gongronema latifolium which is a spice plant growing in the
humid forest vegetation of South-Eastern Nigeria. Results showed that the species had
culinary and medicinal properties. G. latifolium has simple and opposite leaves, dehiscent
seed pod (follicle), that opens along a single seam. The seeds are flat with white hairy …
Abstract
Basic information on plant species is important for the improvement of the species. This study was carried out to investigate and understand the biology, utilization and phytochemical composition of Gongronema latifolium which is a spice plant growing in the humid forest vegetation of South-Eastern Nigeria. Results showed that the species had culinary and medicinal properties. G. latifolium has simple and opposite leaves, dehiscent seed pod (follicle), that opens along a single seam. The seeds are flat with white hairy pappus, The flowers are bisexual, regular with pale yellow coloured petals and superior ovary. Phytochemical analysis of the tender fruits and mature leaves of Gongronema latifolium revealed the presence of alkaloids, tannins, saponins, flavonoids, phenols, phytic acid and hydrocyanic acid. The phytochemicals were higher in the fruitscompared to the leaves (P< 0.001) except the flavonoids which were higher in the leaves than in the fruits (P< 0.001). The presence of these phytochemicals account for the nutriceutical/medicinal properties of Gongronema latifolium.
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