Teacher of the "General.Sciences" department of the Asia International University, Bukhara, Uzbekistan

Medicinal ginger (Zingiber officinale Roscoe) is one of the most important medicinal plants widely used in traditional and modern medicine due to its high content of biologically active compounds. This study presents a comprehensive scientific analysis of the morpho-anatomical structure, physiological characteristics, and biosynthesis of biologically active substances in ginger. The morphological and anatomical features of vegetative organs, particularly the rhizome, were examined to determine their diagnostic and functional significance. Physiological parameters such as photosynthetic activity, transpiration intensity, and water balance were analyzed in relation to growth and development stages. Special attention was given to the biosynthesis and accumulation patterns of key bioactive compounds, including gingerols, shogaols, and essential oils, which determine the pharmacological value of ginger. The results reveal a close relationship between anatomical structure, physiological processes, and secondary metabolite production, highlighting the adaptive mechanisms of the plant. The findings provide a scientific basis for improving the cultivation, utilization, and standardization of ginger as a valuable medicinal raw material.药用姜（Zingiber officinale Roscoe）是目前应用广泛的重要药用植物之一，因其富含生物活性化合物（biologically active compounds），被广泛用于传统与现代医药领域。本研究对姜的形态解剖结构、生理特性及生物活性物质的生物合成过程开展了全面科学分析。研究重点考察了营养器官（尤以根茎为代表）的形态与解剖特征，以明确其诊断学与功能学意义；针对不同生长发育阶段，分析了光合活性、蒸腾强度、水分平衡等生理参数的变化规律。研究特别关注了决定姜药用价值的关键生物活性成分——包括姜酚（gingerols）、姜烯酚（shogaols）与挥发油（essential oils）——的生物合成与积累模式。研究结果揭示了解剖结构、生理过程与次生代谢产物生成三者间的紧密关联，凸显了该植物的适应性调控机制。本研究结果可为优化姜作为优质药用原料的栽培、利用与标准化工作提供科学依据。