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药用大麻的最佳率和对大麻素产量的克隆效应

Enrico Dilena¹, Ian Hunt², Dugald C Close³

¹Tasmanian Institute of Agriculture (TIA), University of Tasmania, Life Sciences Building, Level 2, College Rd, Sandy Bay, TAS, 7005, Australia. enrico.dilena@utas.edu.au.

Scientific reports

|April 10, 2025

概括

优化医用大麻克隆的 (N) 水平对于生物质和大麻素产量至关重要. 该研究发现,花生物质的峰值为160 mg/L N,较高的N降低了THC和CBD,但增加了CBD:THC比率.

科学领域:

农业科学农业科学
植物生理学植物生理学
园艺园艺园艺园艺

背景情况:

药用大麻克隆中的 (N) 营养和遗传变异显著影响生物质和大麻素特征.
在开花期间最佳的应用率仍在争论中,N水平和克隆基因背景之间存在潜在的相互作用.

研究的目的:

研究CBD类型医用大麻品种中应用率,大麻素度和生物质产量之间的关系.
确定不同种子系衍生克隆对这些对营养的反应的影响.

主要方法:

在开花阶段,对来自五种种子系的克隆进行了五种 (N) 水平 (30-400 mg/L).
生物质 (总量,叶子,花朵),N度和大麻素 (THC,CBD) 水平在收获后进行测量.
在统计分析中,由于偶尔的花粉污染,种子生物量被考虑在内.

主要成果:

花朵生物质的产量达到160 mg/L N的峰值,而叶子生物质随着N的供应而增加.
增加N显著降低了叶子中的THC和CBD度,花朵的趋势类似,并增加了CBD:THC比率.
克隆源强烈影响了大麻素度,独立于N治疗,特定的克隆呈现出更高的大麻素水平.

结论:

管理对于优化医用大麻产量至关重要,160 mg/L N被确定为花朵生物质的潜在最佳.
遗传因素 (克隆来源) 在大麻素生产中起着重要作用,通常会取代水平的影响.
了解这些相互作用是提高大麻素产量和种植质量的关键.

关键词:

在这里,我们可以看到CBD CBD CBD CBD.海上航行船只的航行.在花朵的花朵.营养营养的.污染的花粉污染的污染在这里,我们可以看到THCTHCTH.

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