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Root‐tip cutting and uniconazole treatment improve the colonization rate of Tuber indicum on Pinus armandii seedlings in the greenhouse

机译:根尖割和烯康唑处理提高了温室块茎华山松幼苗上印度块茎的定殖率

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摘要

The Chinese black truffle is commercially valuable. The main factors influencing the success or failure of a truffle crop include the mycorrhizal colonization rate and host plant quality. The effects of a plant growth regulator (uniconazole) and plant growth management technique (root‐tip cutting) on colonization rate and seedling growth were assessed under greenhouse conditions. The results indicated that 10 mg l uniconazole or the combination of 5 mg l uniconazole and root‐tip cutting constitutes an effective method for ectomycorrhizal synthesis based on an overall evaluation of colonization rate, plant biomass, plant height, root weight, stem circumference and antioxidant enzyme activities (SOD and POD) of . The abundance of Proteobacteria in the rhizosphere of colonized seedlings might serve as an indicator of stable mycorrhizal colonization. This research inspires the potential application of uniconazole and root‐tip cutting treatments for mycorrhizal synthesis and truffle cultivation.
机译:中国黑松露具有商业价值。影响松露作物成败的主要因素包括菌根定植率和寄主植物品质。在温室条件下,评估了植物生长调节剂(烯康唑)和植物生长管理技术(切根)对定植率和幼苗生长的影响。结果表明,根据定植率,植物生物量,植物高度,根重,茎周长和抗氧化剂的综合评估,10 mg烯效唑或5 mg烯效唑与根尖切开术的组合构成一种有效的外生菌根合成方法的酶活性(SOD和POD)。被定植幼苗的根际中大量的变形杆菌可能是稳定菌根定植的指标。这项研究激发了烯效唑和根尖切除疗法在菌根合成和松露培养中的潜在应用。

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