Changes in physiological and biochemical parameters during the growth and development of guava fruit (Psidium guajava) grown in Vietnam

Trong Van Van Le Van, N. N. Khanh, L. Huyen, V. Hien, L. T. Lam
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引用次数: 5

Abstract

This research examined the ripening time of guava fruit to provide a scientific basis for better harvesting and preservation of these fruits. Biochemical research methods were used to analyse changes in physiological and biochemical parameters according to the growth and development of guava fruit. The fruit took 14 weeks after anthesis to reach its maximum size in terms of length and diameter. The chlorophyll content in guava peel peaked after 10 weeks, decreasing until week 15. The content of carotenoids, which was low at fruit formation, rose rapidly until fruit ripening, while the vitamin C and reducing sugar contents increased continuously and peaked at week 14. A gradual increase was seen in the starch and total organic acid contents from the beginning of fruit formation, with peaks at 10 weeks, followed by a moderate downward trend. The pectin content showed the same trend, as it declined gradually after peaking at 12 weeks. The first 4 weeks showed an increase in the tannin content, which decreased afterward. The study results show that guava fruit should be harvested after physiological maturity and before ripening completely (14 weeks) to ensure that the nutritional value of the fruit is maintained during storage. Highlights• Xa Li guava at 14 week after anthesis to reach its maximum size in terms of length and diameter. • The chlorophyll content in guava peel peaked after 10 weeks, decreasing until week 15. The content of carotenoids, which was low at fruit formation, rose rapidly until fruit ripening.• The vitamin C and reducing sugar contents peaked at week 14. A gradual increase was seen in the starch and total organic acid contents and peaks at 10 weeks, followed by a moderate downward trend. • The pectin content showed the same trend, as it declined gradually after peaking at 12 weeks. The first 4 weeks showed an increase in the tannin content, which decreased afterward.
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越南番石榴果实生长发育过程中生理生化参数的变化
研究番石榴果实的成熟时间,为番石榴果实的采收和保鲜提供科学依据。采用生化研究方法,分析了番石榴果实生长发育过程中生理生化参数的变化。花后14周,果实的长度和直径达到最大值。番石榴果皮叶绿素含量在10周后达到峰值,15周后逐渐下降。果实形成时较低的类胡萝卜素含量迅速上升,直至果实成熟,而维生素C和还原糖含量持续增加,并在第14周达到峰值。淀粉和总有机酸含量从果实形成初期开始逐渐增加,在第10周达到峰值,随后呈温和下降趋势。果胶含量在12周达到峰值后逐渐下降。前4周单宁含量增加,后4周单宁含量下降。研究结果表明,番石榴果实应在生理成熟后、完全成熟前(14周)采收,以保证果实在贮藏过程中保持其营养价值。•Xa李番石榴在开花后14周达到其最大尺寸的长度和直径。•番石榴果皮叶绿素含量在10周后达到峰值,15周后逐渐下降。在果实形成时含量较低的类胡萝卜素,在果实成熟前迅速上升。•维生素C和还原糖含量在第14周达到峰值。淀粉和总有机酸含量逐渐增加,在第10周达到峰值,随后呈温和下降趋势。•果胶含量变化趋势相同,在12周达到峰值后逐渐下降。前4周单宁含量增加,后4周单宁含量下降。
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