Results 71 to 80 of about 5,955 (185)
Electron Transport Inhibitor in Cyperus javanicus
The natural quinone, hydroxydietrichequinone (3-heptadec-8-enyl-2-hydroxy-5-methoxy-[1,4]benzoquinone) is a secondary metabolite of Cyperus javanicus. We found that this quinone inhibited both mitochondrial respiration and photosynthesis in their electron transportation systems.
MORIMOTO, Masanori +3 more
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The present study was designed to evaluate the inhibitory effects of three local plant ethanolic extracts (Cyperus rotundus , Eugenia caryophyllus and Cariandrum sativum ) against the growth of Candida albicans in culture media by using of agar well ...
Zainab Adnan Hatem Al-Ebady +1 more
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Study on Decontamination Effects and Stress Physiological Reactions of Three Wetland Plants
:Three emerged plants-Iris pseudacorus, Cyperus alternifolius And Cyperus papyrus were collected and cultivated with no soil to study their ability of removing main pollutants from domestic wastewater and their stress physiological reactions., as well as
Ren Ting-Ting +3 more
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Because of the limiting efficacy of common weed control methods on Cyperus spp. and Imperata cylindrica their occurrences in tropical agroecologies and the effect of soil properties in suppressing these species were investigated in south Benin (Cotonou),
Brahima Kone +5 more
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THE TAXONOMY OF CYPERUS VIRENS AND CYPERUS DRUMMONDII (CYPERACEAE) IN THE SOUTHEASTERN UNITED STATES
(Uploaded by Plazi from the Biodiversity Heritage Library) No abstract provided.
Carter, Richard +3 more
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Published as part of Becherer, 1956, Florae Vallesiacae Supplementum, pp.
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Pseudocitrobacter cyperus, a novel bacterial species recovered from Cyperus alternifolius in Egypt
Abstract Background Strain Cyp38ST was isolated as an endophyte from the plant Cyperus alternifolius, collected along the banks of the River Nile in 2019. Preliminary analysis tentatively identified Cyp38ST as belonging to the genus Pseudocitrobacter.
Samira M. Hamed, Mai A. Amer
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旨在提高油莎豆油的提取率,对油莎豆进行不同时间的汽爆预处理,探究汽爆预处理对油莎豆的化学组分、微观结构以及油脂提取率的影响。结果显示:汽爆预处理使油莎豆的脂溶物和水溶物含量增加,纤维素、半纤维素和果胶含量减少,木质素含量增加;汽爆预处理使油莎豆细胞壁主要化学键发生断裂或修饰;汽爆(30 min)后油莎豆形状发生明显变化,细胞间裂缝变大,细胞结构破损,排列杂乱;汽爆后油莎豆的油脂提取率增至18.41%,比汽爆前(14.58%)提高26.27%。综上,汽爆破壁促进油莎豆油提取的方法是可行的。In order
杨天翔1,薛慧婷2,任宇飞1,李冠华1,张德建1 YANG Tianxiang1, XUE Huiting2, REN Yufei1, LI Guanhua1, ZHANG Dejian1
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