Page 216 - 《广西植物》2025年第10期
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                                                                A. TRINITY _ 42988ꎻ B. TRINITY _ 5687ꎻ C. TRINITY _
                                                                34868ꎻ D. TRINITY_876.
                                                                       图 5  接种和未接种的马尾松根系
                                                                          差异基因的 RT ̄qPCR 验证
              1. 类黄酮生物合成ꎻ 2. 光合作用ꎻ 3. 单萜类生物合成ꎻ
              4. 物候期ꎻ 5. 角质、亚蜡和蜡的生物合成ꎻ 6. 二苯乙烯ꎬ二                 Fig. 5  RT ̄qPCR verification of differential genes of
              芳基庚烷和姜辣素的生物合成ꎻ 7. 黄酮和黄酮醇的生物合                     Pinus massoniana root inoculated with and without ECMF
              成ꎻ 8. 酪氨酸代谢ꎻ 9. 其他聚糖降解ꎻ 10. 二萜生物合成ꎻ
              11. 维生素 B6 代谢ꎻ 12. 谷胱甘肽代谢ꎻ 13. 甘油酯质代
              谢ꎻ 14. 甜菜红碱生物合成ꎻ 15. 赖氨酸生物合成ꎻ 16. 牛                Medicineꎬ 1 ( 6): 1 - 11. [ 崔 雯ꎬ 白 雪 松ꎬ 王 建ꎬ 等ꎬ
              磺酸和次牛磺酸代谢ꎻ 17. 单环类生物合成ꎻ 18. 异喹啉生                   2022. 脱落酸调控与植物抗病相关次生代谢产物生物合
              物碱的生物合成ꎻ 19. 糖胺聚糖降解ꎻ 20. 精氨酸和脯氨酸                   成的研究进展 [J]. 植物医学ꎬ 1 (6): 1-11.]
              代谢ꎮ                                              DAGUERRE Yꎬ BASSO Vꎬ HARTMANN ̄WITTULSKI Sꎬ
              1. Flavonoid biosynthesisꎻ 2. Photosynthesisꎻ 3. Monoterpenoid
                                                                 2020. The mutualism effector MiSSP7 of Laccaria bicolor
              biosynthesisꎻ 4. Phenological periodꎻ 5. Biosynthesis of cutinꎬ
                                                                 alters the interactions between the poplar JAZ6 protein and
              and waxꎻ 6. Biosynthesis of stilbenesꎬ diarylheptane and gingerolꎻ
                                                                 its associated proteins [ J ]. Scientific Reportsꎬ 10(1):
              7. Biosynthesis of flavonoids and flavonolsꎻ 8. Tyrosine
                                                                 1-16.
              metabolismꎻ 9. Degradation of other glycansꎻ 10. Diterpenoid
              biosynthesisꎻ 11. Vitamin B6 metabolismꎻ 12. Glutathione  FANG Xꎬ TIAN DLꎬ XIANG WHꎬ et al.ꎬ 2004. Absorptionꎬ
              metabolismꎻ 13. Glycerol metabolismꎻ 14. Betaine biosynthesisꎻ  accumulation and dynamic of heavy metal elements in Pinus
              15. Lysine biosynthesisꎻ 16. Taurine and hypotaurine metabolismꎻ  massoniana plantation in Guangxi [ J]. Guihaiaꎬ 24(5):
              17. Monocyclic biosynthesisꎻ 18. Biosynthesis of isoquinoline  437-442ꎬ 455. [方晰ꎬ 田大伦ꎬ 项文化ꎬ 等ꎬ 2004. 广西
              alkaloidsꎻ 19. Glycosaminoglycan degradationꎻ 20. Arginine and
                                                                 马尾松人工林对重金属元素的吸收、累积及动态 [J]. 广
              proline metabolism.
                                                                 西植物ꎬ 24(5): 437-442ꎬ 455.]
                    图 4  马尾松根系接种组和未接种组                         GAO CHꎬ XIA JLꎬ LIANG KYꎬ et al.ꎬ 2022. Research progress
                        代谢途径显著性富集分析                              on secondary metabolites of marine plants and their co ̄
               Fig. 4  Significant enrichment analysis of metabolic  epiphytic microorganisms in the Beibu Gulf [J]. Guihaiaꎬ
                  pathways in Pinus massoniana root inoculated
                                                                 42(8): 1259 - 1272. [ 高 程 海ꎬ 夏 家 朗ꎬ 梁 考 云ꎬ 等ꎬ
                          with and without ECMF                  2022. 北部湾海洋植物及其共附生微生物次级代谢产物
                                                                 研究进展 [J]. 广西植物ꎬ 42 (8): 1259-1272.]
            参考文献:                                              GARCIA Kꎬ DOIDY Jꎬ ZIMMERMANN SDꎬ et al.ꎬ 2016. Take a
                                                                 trip through the plant and fungal transportome of mycorrhiza
            CUI Wꎬ BAI XSꎬ WANG Jꎬ et al.ꎬ 2022. Research progress of  [J]. Trends in Plant Scienceꎬ 21(11): 937-950.
               ABA hormone regulating biosynthesis of disease resistance  GENRE Aꎬ LANFRANCO Lꎬ PEROTTO Sꎬ et al.ꎬ 2020.
               related plant secondary metabolites [J]. Plant Health and  Unique and common traits in mycorrhizal symbioses [ J].
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