Nicotine content and Dietary composition of some cultivated Species of Solanaceae family

B. Olatunji, S. Arowosegbe, Oluwaseyi C. Adeleke, Damilola Obawumi, A. Asowata-Ayodele
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Abstract

Abstract Despite the fact that vegetables are consumed in large quantities in our environment, there is a dearth of literature that focused on the optimum benefits to man especially in the management of disease like Parkinson’s Disease (PD). Nicotine, the major phyto-constituent of Nicotiana tabacum of the family Solanaceae has been reported to be present in some other species of the family. This study investigated the nicotine content and the dietary components in the leaves and fruits of selected species of cultivated vegetable plants belonging to Solanaceae family. Edible plants from Solanaceae family were grown till the fruiting stage in the experimental farm of Ekiti State University, Ado Ekiti, while Nicotiana tabacum was used as the control plant. Plants samples from mature leaves and fruits of each plant were harvested washed with de-ionized water, oven dried at 30°C. Powdered samples were analyzed for mineral and proximate components according to standard procedure and nicotine content were determined with GC-MS. Nicotine remained the major constituent of tobacco. Nicotyrine, a product of nicotine dehydrogenation was also detected in all the plant samples. Capsicum annum var. accuminatum fruit displayed the highest nicotine content (0.5543 mg/L) compared to the others with relatively lower quantities. Nicotyrine content was more available in the plant fruits than nicotine, with C. annum var abbreviatum displaying more of nicotyrine content (75.3456 mg/L). Solanum lycopersicum displayed the highest moisture contents (19.94 %), followed by tobacco leaf (11.88%). N. tabacum leaf displayed high quantity of protein (56.52%) than other members. The fruits of the solanaceae plant species were rich in carbohydrate, protein with very low amount of fat. This study revealed that the solanaceae plants contained more of nicotyrine than nicotine. In contrast to the previous studies, the nicotine content was higher in the eggplant leaves than the fruits. Eggplant and Capsicum species can be recommended for patient suffering from neurodegenerative diseases like PD.
部分茄科栽培品种烟碱含量及膳食成分研究
尽管蔬菜在我们的环境中被大量消耗,但缺乏文献关注蔬菜对人类的最佳益处,特别是在帕金森病(PD)等疾病的治疗方面。据报道,烟碱是茄科烟草的主要植物成分,也存在于茄科的一些其他物种中。本研究对茄科栽培蔬菜的叶片和果实中烟碱含量及膳食成分进行了研究。在埃基蒂州立大学Ado Ekiti实验农场种植茄科食用植物至结果期,对照植物为烟草。每种植物的成熟叶子和果实的植物样本用去离子水清洗,在30°C下烘箱干燥。采用气相色谱-质谱法测定烟碱含量。尼古丁仍然是烟草的主要成分。在所有植物样品中也检测到尼古丁脱氢的产物烟碱。累积辣椒果实尼古丁含量最高,为0.5543 mg/L,而其他果实尼古丁含量相对较低。植物果实中烟碱含量高于尼古丁含量,其中小檗中烟碱含量最高(75.3456 mg/L)。番茄茄(Solanum lycopersicum)水分含量最高(19.94%),其次是烟叶(11.88%)。烟叶中蛋白质含量最高(56.52%)。茄科植物的果实富含碳水化合物和蛋白质,脂肪含量极低。结果表明,茄科植物中烟碱含量高于尼古丁含量。与以往的研究相反,茄子叶片中的尼古丁含量高于果实。茄子和辣椒可以推荐给患有神经退行性疾病如PD的患者。
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