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您的检索式：作者名="Hongdou LIU"
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| 1 | The Impacts on Spinach Growth and Yield by Biological Organic Fertilizer显示文摘To decrease fertilization amount of chemical fertilizer and improve the quality of vegetable crops,spinach was taken as the test material,and the impact of different fertilizer on spinach growth and yield was studied via the manners of biological organic fertilizer and organic fertilizer + chemical fertilizer. Experimental results showed that in the formula of organic fertilizer + chemical fertilizer,chlorophyll and nitrogen contents in spinach leaves obviously increased; in the formula of only adding organic fertilizer,spinach leaf temperature,leaf width,root length,plant height and fresh weight were all better than those in the formula of organic fertilizer + chemical fertilizer,and better formulas were A_5,E_5,F_3 and I_5,in which spinach plant height in E_5 was 5. 63 times higher than G_5,root length in E_5 was 2. 67 times higher than G_5,and fresh weight in G_5 was 32. 6 times higher than G_5. By comprehensive analysis,the most suitable formula for spinach production was E_5,and the research could provide theoretic basis for fertilization amount of organic fertilizer required by spinach growth and development. | Hongdou LIU Hailin JIN Nan LI Xinhe LIU Xue LI Fanteng CONG Renzhe PIAO Hongyan ZHAO | 2018 | Asian Agricultural Research2018，10，3： | 2 |
| 2 | Master microRNA-222 regulates cardiac microRNA maturation and triggers Tetralogy of Fallot显示文摘Dear Editor,Tetralogy of Fallot(TOF)is the most common complex congenital heart disease.Besides gene mutations and copy number variants,altered protein function induced by posttranscriptional or translational regulation also contributes to the onset of TOF.1 MiRNAs are short noncoding RNAs that bind to the 3’-UTR of target mRNAs to repress protein production.However,the causal link between miRNAs and TOF and the underlying mechanism has not been established. | Chao Li Hongdou Li Xiaoying Yao Dong Liu Yongming Wang Xinyi Huang Zhongzhou Yang Wufan Tao Jian-Yuan Zhao Hongyan Wang | 2022 | Signal Transduction and Targeted Therapy2022，7，6： | 0 |
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