不同光照条件下山棘的形态生理反应

Hasya Diyanah Hanafi, F. Pa'ee
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引用次数: 0

摘要

非生物胁迫如光胁迫会对植物细胞或植物的生化过程造成伤害或破坏。不同的光照条件导致植物的形态和生理反应不同。本研究旨在探讨不同光照条件下棘棘草对不同光照条件下的反应是植物防御机制的结果。槟榔是一种具有较高药用价值的植物,目前正被商业化作为治疗各种疾病的替代疗法。在每一种情况下,对5个Clinacanthus nutans样本进行4周的治疗。形态学观察表明,与条件B(聚乙烯网遮蔽)下的样品相比,条件A(完全暴露在阳光下)下的样品茎粗较大,根长较长,株高较高,颜色较浅。在叶片大小参数上,B条件下的样品叶片比A条件下的大。同时,生理分析表明,叶绿素含量在不同条件下存在差异(A条件下为0.83±0.463 Ca, 1.46±0.740 Cb, 0.03±0.015类胡萝卜素,0.50±0.321 Ca);B条件下的叶绿素含量为1.47±0.539,类胡萝卜素含量为0.03±0.105),而A条件下的植物由于干物质含量较高(0.27±0.017),其光合速率较高。建议延长治疗周期,进行初级和次级代谢物分析,以保证结果更准确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Morphological and Physiological Responses of Clinacanthus Nutans Under Different Light Conditions
Abiotic stress such as light stress can cause injuries or damage to the plant cells or biochemical processes in the plants. Difference of light conditions resulted in different morphological and physiological responses of plants. This study is done to determine the response of Clinacanthus nutans under different light condition as the results of plant defense mechanism. Clinacanthus nutans is one of the plant species that contains higher medicinal value and currently being commercialised as alternative treatment to treat various ailments. Four weeks of treatment was done on five samples of Clinacanthus nutans in each condition. Observation done morphologically shows that samples under condition A (exposed fully under sunlight) appear bigger in stem diameter, longer in root length, higher in plant height and pale in colour compared to samples in condition B (shaded under polyethylene netting). However, for leaf size parameter, samples in condition B has bigger leaves compared to condition A. Meanwhile, for physiological analysis, shows that there is difference in chlorophyll content based on different condition (0.83 ± 0.463 Ca, 1.46 ± 0.740 Cb and 0.03 ± 0.015 carotenoids for condition A, and 0.50 ± 0.321 Ca, 1.47 ± 0.539 Cb and 0.03 ± 0.105 carotenoids for condition B) and samples under condition A contain higher photosynthetic rate as a result of higher dry matter content (0.27 ± 0.017) in plants. It is suggested that to ensure the results is more accurate, the period of treatment should be longer and analysis on primary and secondary metabolites should be conducted.
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