HERBS

作品数：253被引量：595H指数：13
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Impact of the root ratio of herbs and shrubs on the soil shear strength of collapsing walls in Benggang
《Journal of Mountain Science》2025年第4期1431-1445,共15页SHUAI Fang WANG Hua HA Fang ZHAN Yuanyuan SHEN Haoming MA Bo ZHANG Yue LIN Jinshi HUANG Yanhe JIANG Fangshi 
supported by the Water Conservancy Science and Technology Project of Fujian Province(KJG21009A);the Significant Science and Technology Projects of the Ministry of Water Resources(SKS-2022073);the Scientific and Technological Innovation Project of Natural Resources in Fujian Province(KY-070000-04-2022-013)。
Plant roots improve the stability of collapsing walls and prevent their collapse;they are thus important for controlling the degree of Benggang erosion in southern China.The vegetation species on the collapsing walls ...
关键词：High rock slope Slope stability Physical model experiment Failure mode Numerical analysis 
Environmental drivers of herbaceous plant diversity in the understory community of a warm-temperate forest
《Plant Diversity》2025年第2期282-290,共9页Tingting Deng Qingqing Du Yan Zhu Simon A.Queenborough 
financially supported by the NSF of China(32271614;31870408);Biological Resources Programme,Chinese Academy of Sciences;State Key Laboratory of Vegetation and Environmental Change of China(Y7206F1016);the Strategic Priority Research Program of the Chinese Academy of Sciences(XDB31030000);National key basic R&D program of China(2017YFA0605100).
Herbaceous plants are an essential component of forest diversity and driver of ecosystem processes.However,because the growth forms and life-history strategies of herbaceous plants differ from those of woody plants,it...
关键词：Donglingshan FDP HERBS Woody species diversity Environmental filtering Habitat associations 
Effects of Surface Herbs on the Growth of Populus L.Cutting Seedling,Soil Property and Ammonia Volatilization
《Phyton-International Journal of Experimental Botany》2025年第3期695-707,共13页Chang Liu Chengcheng Yin Jinjin Zhang Haijun Sun 
funded by the Science and Technology Innovation Programof Jiangsu Province,China for“Carbon Dioxide Emission Peaking and Carbon Neutrality”(BE2022307).
To promote the growth of cutting seeding of poplar(Populus L.),nitrogen(N)fertilizer and surface weed managements were required.We here conducted a pot experiment to examine the effects of natural vegetation,barnyardg...
关键词：Herb management NH3 emission nitrogen loss nursery cultivation soil fertility 
Phytobiotics in poultry:revolutionizing broiler chicken nutrition with plant‑derived gut health enhancers
《Journal of Animal Science and Biotechnology》2025年第1期1-33,共33页Uchechukwu Edna Obianwuna Xinyu Chang Vivian U.Oleforuh‑Okoleh Patience N.Onu Haijun Zhang Kai Qiu Shugeng Wu 
National Key Research and Development Program of China(2023YFD1301603);Agricultural Science and Technology Innovation Program of Chinese Academy of Agricultural Sciences(CAAS-ZDRW202305).
As the global population continues to expand,the demand for broiler chicken production to supply safe and high-quality meat is increasing.To meet this ever-growing demand,broiler chickens with enhanced growth performa...
关键词：BROILERS Essential oils Gut health Herbs and spices Phytobiotics Plant extracts 
Super-self-assembly extraction from natural herbs
《Nano Research》2025年第2期367-376,共10页Jiawei Xiang Yuan Meng Mingyuan Zhao Zhongxian Li Qiang Zhang Ning Wang Zhuo Ao Dong Han 
We are grateful for support from Chinese Academy of Sciences for funding XDB3600000(Nos.QYKIZD-SSW-SLH02 and ZDBS-LY SLH036);the Strategic Priority Research Program of the Chinese Academy of Sciences(No.XDB36000000).
Life systems are complex systems,and the self-assembly behaviour represents the transition from disorder to order and serves as a concrete indicator and starting point for understanding complex systems.Super-self-asse...
关键词：SELF-ASSEMBLY natural herbs multi-morphological particles complex system 
Traditional Chinese medicine:an important coping strategy with challenges of radiation injury
《Acupuncture and Herbal Medicine》2024年第4期427-435,共9页Shuai Shao Yue Gao 
supported by the Innovation Team and Talents Cultivation Program of National Administration of Traditional Chinese Medicine(ZYYCXTD-D-202207);the Young Scholar Science Foundation of Chinese Center for Disease Control and Prevention(2022A304);the Young Elite Scientists Sponsorship Program by China Association of Chinese Medicine(CACM-2019-QNRC2-B01).
People turn nervous when mention is made of radiation injuries,which cause multiple organ morbidities and are difficult to manage.However,the discovery of antiradiation drugs remains challenging.Traditional Chinese me...
关键词：ANTIRADIATION FORMULAS HERBS INGREDIENTS Radiation injury Traditional Chinese medicine 
Biological Mechanism of Traditional Chinese Medicine Formula and Herbs in Treating Diseases from the Perspective of Cold and Hot
《World Journal of Traditional Chinese Medicine》2024年第3期274-283,共10页Bo-Yang Wang Pan Chen Peng Zhang Shao Li 
supported by the Anhui Province Traditional Chinese Medicine Science and Technology Research Project (202303a07020001);grants from the National Natural Science Foundation of China (T2341008 and 62061160369)
Cold and Hot syndrome, also known as “ZHENG” in Mandarin, is a fundamental theory in traditional Chinese medicine(TCM) and plays a pivotal role in the differentiation of diseases in TCM. Diseases are treated with va...
关键词：Cold and hot herbs cold and hot syndrome machine learning multi‑omics network target traditional Chinese medicine 
Degree of shade tolerance shapes seasonality of chlorophyll, nitrogen and phosphorus levels of trees and herbs in a temperate deciduous forest
《Journal of Forestry Research》2024年第4期60-72,共13页Jiajia Zeng Fan Liu Yuan Zhu Jiayi Li Ying Ruan Xiankui Quan Chuankuan Wang Xingchang Wang 
This work was supported by the National Natural Science Foundation of China(32171765).
Forest productivity is closely linked to seasonal variations and vertical differentiation in leaf traits.However,leaf structural and chemical traits variation among co-existing species,and plant functional types withi...
关键词：Leaf traits Leaf nutrients Seasonal variations CHLOROPHYLL Nitrogen Phosphorus Shade tolerance Canopy layers 
Molecular quantification of herbs(Herb-Q):a pyrosequencingbased approach and its application in Pinellia ternata
《Chinese Journal of Natural Medicines》2024年第7期663-672,共10页PEI Yifei LIU Ziyi YU Dade ZHANG Xiangyu SUN Wei CHEN Xiaofang FENG Xue LI Xiwen 
supported by the Scientific and Technological Innovation Project of China Academy of Chinese Medical Sciences(Nos.CI2021A04106 and CI2021A03910);the National Key Research and Development Program of China(No.2019YFC1710601);the Fundamental Research Funds for the Central Public Welfare Research Institutes of China(Nos.ZZ15-YQ-033,ZXKT21026 and ZXKT23004);the Major Special Project of Scientific and Technological Cooperation of Bijie(No.2021-02);the Advantageous Chinese Medicinal Materials R&D Talent Base Project of Bijie,Guizhou Province(No.RCJD2020-21);Bijie Technology Innovation Platform and Talent Team(Bikehe[2023]No.66-BJZDSYS 2024-05).
Variations in herb dosage due to species adulteration and dosing inaccuracies can substantially affect clinical safety and efficacy.Accurate species quantification remains challenging,as current methods often yield in...
关键词：Quantification ADULTERANT DNA barcodes Single nucleotide polymorphism 
Synergistic effects of three traditional herbs green tea,mulberry leaf and corn silk on glucose uptake level of L6 myoblasts and the hypoglycemic mechanism
《Traditional Medicine Research》2024年第7期1-12,共12页Jing-Na Zhou Ming-Yue Li Ting-Ting Zhang Jing-Yang Lu Min Zhang Peng-Wei Zhuang Hai-Xia Chen 
the grant from National Key Research and Development Program of China(Grant No.2021YFE0110000);the grant from Tianjin Municipal Science and Technology Foundation(Grant No.22JCYBJC00160).
Background:Green tea,mulberry leaf and corn silk are traditional herbs used in the prevention and treatment of diabetes in China for a long time,but their synergistic hypoglycemic effects and mechanisms remain unclear...
关键词：green tea mulberry leaf corn silk synergistic effect type 2 diabetes mellitus mechanism 
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