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3 期             谭小明等: 广西喀斯特地区毛唇芋兰根内与根际土壤真菌群落组成分析                                            4 1 3

            (Lin et al.ꎬ 2020)等对兰科植物真菌群落组成的影                   HUANG MQꎬ XIE YLꎬ LAI XPꎬ et al.ꎬ 2012. Protection of
            响有关ꎮ                                                 total  flavonoid  fraction  from  Nervilia  fordii  on
                 总之ꎬ高通量测序等现代分子生物学技术为                             lipopolysaccharide ̄induced acute lung injury in rats [ J].
                                                                 Chin Med Matꎬ 4(4): 287-293.
            高效、全面分析兰科植物毛唇芋兰根系共生真菌
                                                               JACQUEMYN Hꎬ BRYS Rꎬ WAUD Mꎬ et al.ꎬ 2015.
            组成提供了有效手段ꎬ也为进一步有针对性地分
                                                                 Mycorrhizal networks and coexistence in species ̄rich orchid
            离培养可培养的菌根真菌ꎬ用于研究兰科种子共                                communities [J]. New Phytoltꎬ 206(3): 1127-1134.
            生萌发和菌根共生作用机制等提供了科学参考ꎬ                              JACQUEMYN Hꎬ MERCKX Vꎬ BRYS Rꎬ et al.ꎬ 2011.
            这对采用菌根技术解决毛唇芋兰濒危植物资源保                                Analysis of  network architecture reveals phylogenetic
            护和可持续利用具有非常重要的实践意义ꎮ 然                                constraints on mycorrhizal specificity in the genus Orchis
            而ꎬ本研究虽然从毛唇芋兰根系和根际土壤中获                                (Orchidaceae) [J]. New Phytolꎬ 192: 518-528.
                                                               JIANG YLꎬ CHEN XHꎬ MIAO Qꎬ et al.ꎬ 2019. Difference in
            得大量的序列ꎬ但由于 NCBI 数据库比对数据的不
                                                                 fungal communities between in roots and in root ̄associated
            足ꎬ因此无法全部将这些生物信息解读出来ꎬ这对
                                                                 soil of nine orchids in Liaoningꎬ China [J]. Chin J Plant
            本研究的全面分析产生了一定的干扰ꎬ这部分工                                Ecolꎬ 43(12): 1079-1090. [蒋玉玲ꎬ 陈旭辉ꎬ 苗青ꎬ 等ꎬ
            作还有待进一步完善ꎮ                                           2019. 辽宁省 9 种兰科植物根内与根际土壤中真菌群落
                                                                 结构的差异 [J]. 植物生态学报ꎬ 43(12): 1079-1090.]
                                                               LIANG YSꎬ GONG Lꎬ HUANG ZHꎬ et al.ꎬ 2017. Analysis of
            参考文献:                                                global ecological suitability of southern Chinese materia

                                                                 medica herba Nervilia fordii [J]. Subtrop Plant Sciꎬ 46(4):
            BUNCH WDꎬ COWDEN CCꎬ WURZBURGER Nꎬ et al.ꎬ           339-342. [梁永枢ꎬ 宫璐ꎬ 黄志海ꎬ 等ꎬ 2017. 南药青天葵
               2013. Geography and soil chemistry drive the distribution of  全球产地生态适宜性分析 [J]. 亚热带植物科学ꎬ 46(4):
               fungal associations in lady’ s slipper orchidꎬ Cypripedium  339-342.]
               acaule [J]. Botanyꎬ 91(12): 850-856.            LIN Mꎬ XIONG Hꎬ XIANG Xꎬ et al.ꎬ 2020. The effect of plant
            CHEN Jꎬ MENG ZXꎬ XING YMꎬ et al.ꎬ 2017. Isolation and  geographical location and developmental stage on root ̄
               identification of endophytic fungi from five medicinal plants  associated microbiomes of Gymnadenia conopsea [J]. Front
               species of Orchidaceae [J]. Chin Pharm Jꎬ 52(4): 267-  Microbiolꎬ 11(1257): 1-17.
               271. [陈娟ꎬ 孟志霞ꎬ 邢咏梅ꎬ 等ꎬ 2017. 5 种兰科药用植           MA XTꎬ XING XKꎬ GUO SXꎬ 2016. Correlation between
               物可培养内生真菌的鉴定及多样性分析 [J]. 中国药学                       distribution of Dendrobium chrysotoxum and mycorrhizal
               杂志ꎬ 52(4): 267-271.]                              fungal community composition [ J]. Mycosystemaꎬ 35(7):
            CHEN YHꎬ XING     XKꎬ GUO   SXꎬ 2017.  Nutritional   814-821. [马雪亭ꎬ 邢晓科ꎬ 郭顺星ꎬ 2016. 鼓槌石斛的
               relationships between orchids and mycorrhizal fungi: a review  地理分布与菌根真菌区系组成的相关性 [J]. 菌物学报ꎬ
               [J]. Mycosystemaꎬ 36(7): 807-819. [陈艳红ꎬ 邢晓科ꎬ      35(7): 814-821.]
               郭顺星ꎬ 2017. 兰科植物与菌根真菌的营养关系 [J]. 菌                MCCORMICK MKꎬ JACQUEMYN Hꎬ 2014. What constrains
               物学报ꎬ 36(7): 807-819.]                             the distribution of orchid populations? [ J]. New Phytolꎬ
            CHEN YHꎬ XING XKꎬ GUO SXꎬ 2018. The endophytic fungal  202(2): 392-400.
               community composition of Gymnadenia conopsea in Beijing  MCCORMICK MKꎬ TAYLOR DLꎬ WHIGHAM DFꎬ et al.ꎬ
               [J]. Mycosystemaꎬ 37(1): 35-42. [陈艳红ꎬ 邢晓科ꎬ 郭      2016. Germination patterns in three terrestrial orchids relate
               顺星ꎬ 2018. 北京地区手参内生真菌的区系组成分析                       to abundance of mycorrhizal fungi [ J]. J Ecolꎬ 104(3):
               [J]. 菌物学报ꎬ 37(1): 35-42.]                         744-754.
            FAY MFꎬ 2016. Orchid conservation: further links [J]. Ann  MEI QXꎬ 2008. Advance in the research of chemical constituent
               Botꎬ 118(1): 89-91.                               pharmacologic action and clinical application of Herba
            FU YJꎬ ZHANG JLꎬ HOU XQꎬ 2019. Comparative analysis of  Nerviliae Plicatae [J]. Chin Arch Trad Chin Medꎬ 26(10):
               fungi diversity in rizospheric and non ̄rhizospheric soil from  2239-2241. [梅全喜ꎬ 2008. 青天葵的化学成分药理作用
               Cypripedium macranthum estimated via high ̄throughput  与临床应用研究进展 [J]. 中华中医药学刊ꎬ 26(10):
               sequencing [J]. Acta Agric Boreal ̄Occident Sinꎬ 28(2):  2239-2241.]
               253-259. [付亚娟ꎬ 张江丽ꎬ 侯晓强ꎬ 2019. 大花杓兰根            MENG YYꎬ ZHANG WLꎬ SELOSSE MAꎬ et al.ꎬ 2019. Are
               际与非根际土壤真菌多样性的高通量测序分析 [J]. 西                       fungi from adult orchid roots the best symbionts at

               北农业学报ꎬ 28(2): 253-259.]                           germination? A case study [J]. Mycorrhizaꎬ 2019ꎬ 29(5):
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