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3份无刺刺梨材料果实外观形态与营养成分评价

何如钰 陈丽娟 王东 张国薇 刘佳 李洪雯

西南农业学报2026,Vol.39Issue(1):59-69,11.
西南农业学报2026,Vol.39Issue(1):59-69,11.DOI:10.16213/j.cnki.scjas.2026.1.007

3份无刺刺梨材料果实外观形态与营养成分评价

Evaluation of fruit external morphology and nutritional components of three thornless Rosa roxburghii materials

何如钰 1陈丽娟 1王东 1张国薇 1刘佳 1李洪雯1

作者信息

  • 1. 四川省农业科学院园艺研究所,成都 610066||农业农村部西南地区园艺作物生物学与种质创制重点实验室,成都 610066
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摘要

Abstract

[Objective]A comprehensive study on the morphological characteristics and nutritional quality of thornless Rosa roxburghii,with multidimensional analysis to reveal its biological traits and nutritional value,provides a theoretical basis for the utilization of its resources.[Method]The study investigated the fruit morphological traits(fruit longitudinal diameter,transverse diameter,fruit shape index,single fruit weight,seed weight,edible rate and seed number),nutritional quality(soluble solids,ascorbic acid,citric acid,L-malic acid,total tannin,fructose,sucrose,glucose and superoxide dismutase),and mineral nutrient elements(potassium,calcium,zinc,magnesium,iron and inorganic phosphorus)of three thornless R.roxburghii materials(24-1,24-2,24-3)and the control(CK).Correlation analysis and principal compo-nent analysis were performed on the 22 quality indicators.[Result]In terms of morphological indicators,the fruit shape index and seed weight of 24-3 is significantly higher than those of the control(CK)(P<0.05,the same as below),indicating that its fruit shape was more round-ed.The edible rates of 24-1 and 24-2 were significantly higher than those of CK,with 24-1 having the highest edible rate.Additionally,the fruit longitudinal diameter,transverse diameter,and single fruit weight of the three thornless R.roxburghii materials all showed significant differences compared to CK,with all these indicators being superior to CK.Nutritional component analysis revealed that the contents of ascor-bic acid,citric acid,and L-malic acid in the three thornless R.roxburghii materials were significantly higher than the CK.Among them,24-2 had the highest ascorbic acid and citric acid contents,while 24-3 had the highest L-malic acid content.Meanwhile,the fructose,glucose and sucrose contents of the three thornless R.roxburghii materials were also significantly higher than the CK,demonstrating an overall superior performance.Specifically,24-2 had the highest fructose and sucrose contents,and 24-3 showed the most glucose content.The study also found that the SOD activity of the three thornless R.roxburghii materials were significantly higher than the CK,with 24-2 exhibiting the highest SOD activity.Analysis of mineral nutrients indicated that the contents of potassium,calcium,zinc,magnesium,iron and phosphorus in the three thornless R.roxburghii materials were significantly higher than those in CK,and these elements showed excellent performance across the thornless R.roxburghii materials.Specifically,24-1 had the highest calcium,zinc,and magnesium contents;24-2 ranked first in potassium and iron contents;and 24-3 had the highest phosphorus content.[Conclusion]The 24-3 exhibited the best overall quality performance,and phos-phorus(P),transverse diameter(TD),single fruit weight(SFW),potassium(K),sucrose content(SC),longitudinal diameter(LD),fruit shape index(FSI),superoxide dismutase(SOD)activity,tannin content(TC)and iron(Fe)content were identified as key indicators for quality grading of thornless R.roxburghii.The combined application of these parameters provides a robust and scientifically sound basis for objectively evaluating and classifying the quality of thornless R.roxburghii germplasm resources,which is crucial for optimizing resource utili-zation and breeding programs aimed at improving fruit quality traits.

关键词

无刺刺梨/果实/营养成分/综合评价

Key words

Thornless Rosa roxburghii/Fruit/Nutritional components/Comprehensive evaluation

分类

医药卫生

引用本文复制引用

何如钰,陈丽娟,王东,张国薇,刘佳,李洪雯..3份无刺刺梨材料果实外观形态与营养成分评价[J].西南农业学报,2026,39(1):59-69,11.

基金项目

四川省农业科学院高层次人才引进培养专项经费(30118-12-000073/002) (30118-12-000073/002)

四川省农业农村厅四川水果创新团队项目(SCCXTD-2024-4) (SCCXTD-2024-4)

四川省科技厅"十四五"果树育种攻关项目(2021YFYZ0023) (2021YFYZ0023)

西南农业学报

1001-4829

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