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    李雪山, 黄德文, 吕芳, 周会娜, 李洋洋, 任云见, 豆长辉, 晏剑, 宁扬, 戴培刚, 张兴伟. 联合代谢产物和重要农艺性状鉴定不同雪茄烟品系[J]. 中国烟草科学, 2023, 44(5): 94-102. DOI: 10.13496/j.issn.1007-5119.2023.05.012
    引用本文: 李雪山, 黄德文, 吕芳, 周会娜, 李洋洋, 任云见, 豆长辉, 晏剑, 宁扬, 戴培刚, 张兴伟. 联合代谢产物和重要农艺性状鉴定不同雪茄烟品系[J]. 中国烟草科学, 2023, 44(5): 94-102. DOI: 10.13496/j.issn.1007-5119.2023.05.012
    LI Xueshan, HUANG Dewen, LYU Fang, ZHOU Huina, LI Yangyang, REN YunJian, DOU ChangHui, YAN Jian, NING Yang, DAI Peigang, ZHANG Xingwei. Identification of Different Cigar Lines by Combined Analysis of Metabolites and Important Agronomic Traits[J]. CHINESE TOBACCO SCIENCE, 2023, 44(5): 94-102. DOI: 10.13496/j.issn.1007-5119.2023.05.012
    Citation: LI Xueshan, HUANG Dewen, LYU Fang, ZHOU Huina, LI Yangyang, REN YunJian, DOU ChangHui, YAN Jian, NING Yang, DAI Peigang, ZHANG Xingwei. Identification of Different Cigar Lines by Combined Analysis of Metabolites and Important Agronomic Traits[J]. CHINESE TOBACCO SCIENCE, 2023, 44(5): 94-102. DOI: 10.13496/j.issn.1007-5119.2023.05.012

    联合代谢产物和重要农艺性状鉴定不同雪茄烟品系

    Identification of Different Cigar Lines by Combined Analysis of Metabolites and Important Agronomic Traits

    • 摘要: 基于代谢组学技术,筛选与优良感官质量相关代谢物丰富、具有优质高产潜力的雪茄烟品系。以7个不同雪茄烟品系为材料,在湖南桂东调查了其田间农艺性状,分析了其代谢物组成及其积累差异。结果表明,QX104和QX106在农艺性状上优于其他5个品系,叶长、叶宽和可采叶片数优势明显,更符合高产的种植目的,在代谢物积累水平上也与其他品系存在显著差异。在定性检测到的183种代谢物中,与其他品系相比,QX104有36%的代谢物上调,QX106有24%的代谢物上调,上调的代谢物主要包括有机酸、醇类、酮类、糖类等物质,有助于提升烟叶感官质量。研究表明QX104和QX106农艺性状优良,与优良感官质量相关的代谢物质丰富,为湖南烟区具有高产优质生产前景的雪茄烟品系。

       

      Abstract: Based on metabolomics technology, cigar lines with high quality and high yield potential with rich metabolites related to good sensory quality were screened. The field agronomic characteristics of 7 cigar lines were investigated in Guidong, Hunan Province, and the differences of metabolic product composition and accumulation were analyzed. The results showed that QX104 and QX106 were superior to the other five lines in agronomic traits, with obvious advantages in leaf length, leaf width and number of available leaves, which were more in line with the planting purpose of high yield, and there were significant differences in metabolite accumulation levesl with other lines. Among the 183 metabolites qualitatively detected, 36% of the metabolites in QX104 and 24% in QX106 were up-regulated compared with the other lines. All the up-regulated metabolites were helpful in improving the smoking quality of tobacco leaves. The results showed that QX104 and QX106 had excellent agronomic properties and abundant organic acids, alcohols, and carbohydrate metabolites. They were cigar lines with high yield and high-quality production prospects in Hunan tobacco areas.

       

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