Legume Research

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Legume Research, volume 39 issue 6 (december 2016) : 931-934

Study on L-Dopa content in faba bean flowers

Zheng Kai-Bin1, 2, Xu Xiao-Yu2, Qiu Shan-Lian1, Li Ai-Ping2*
1<p>Institute of Subtropical Agriculture, Fujian Academy of Agricultural Sciences, Zhangzhou, Fujian 363005, China.</p>
Cite article:- Kai-Bin1 Zheng, 2, Xiao-Yu2 Xu, Shan-Lian1 Qiu, Ai-Ping2* Li (2016). Study on L-Dopa content in faba bean flowers . Legume Research. 39(6): 931-934. doi: 10.18805/lr.v39i6.6641.

Faba bean (Vicia faba L.) flower is rich in L-Dopa used for the treatment of Parkinson’s disease. In order to utilize L-Dopa from faba bean flower more efficiently, the effects of factors on L-Dopa contents in faba bean flowers determined by HPLC were studied. Results showed that the L-Dopa contents in faba bean flowers differenced in germplasm resources, the highest L-Dopa content in faba bean flowers was 20 times higher than that of the lowest. The average contents of two years ranged from 0.53% to 10.63%, and the average was 4.48%.The darker the flower colors, the lower the L-Dopa contents in faba bean flowers. The L-Dopa contents of faba bean flowers of small seed species were lower than the medium and the large species in faba bean flowers. The L-Dopa contents of the buds were higher than open flowers. As the drying temperature increased, the L-Dopa contents reduced. That dried in 100°C was only 60% of that at 40°C.


  1. Cao Yiyuan (2010). Study on L-DOPA Content of Vicia Faba L.. Fujian Agriculture and Forestry University.

  2. Cai Jun, Zhu Zhaoyi (1990). Study on Mucuna medicinal plant resources of levodopa. Chinese traditional and herbal drugs. 21: 7-8.

  3. Hu Jun (1987). Plant resources of Levodopa. Chinese Wild Plant Resources, 3: 25-29.

  4. Li Huazhong, Sun Wei and Chen Jian (2000). The Synthesis and The Purification of L-DOPA[J]. Amino Acids and Biotic Resources. 22: 33-38.

  5. Rocco Longo, Aldo Castellani, Piero Sberze, et al. (1974). Distribution of L-Dopa and related amino acids in vicia. Phytochemistry. 13: 166-167.

  6. Wu Shihong, Jiang Weizhe, Huang Min, et al (2009). A Comparative Study on the Contents of Levedopa in Seed of Stizolobium cochinchinensis (Lour) Tang et Wang in Different Harvesting Time. Lishizhen Medicine and Materia Medica Research. 20: 526-527.

  7. Yang Xinghan, Zhang Xiaotong, Zhou Ronghan (1997). Study on levodopa phytoextraction and separation technology. Primary Journal of Chinese Materia Medica.11: 45-46.

  8. Zheng Zhuojie, Wang Shumin, Zong Xuxiao, et al (1997). Food legumes in China. Beijing: Chinese Agricultural Press.

  9. Zhou Ronghan, Yang Xinghao, Tang Zhengping (l988). Study on chinese mucuna plant resources of levodopa. Journal of Chinese Medicinal Materials. 11: 22.

  10. Zheng Kaibin, Li Aiping, Liao Sufeng (2012). Levodopa content in different parts of broad Beans. Fujian Journal of Agricultural Sciences. 27: 333-336.

     

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