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您的检索式：作者名="Jose M.Alvarez"
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| 1 | Local Changes in Chromatin Accessibility and Transcriptional Networks Underlying the Nitrate Response in Arabidopsis Roots显示文摘Transcriptional regulation,determined by the chromatin structure and regulatory elements interacting at pro-moter regions,is a key step in plant responses to environmental cues.Nitrate(NO3-)is a nutrient signal that regulates the expression of hundreds of genes in Arabidopsis thaliana.Here,we integrate mRNA sequencing,genome-wide RNA polymeraseⅡ(RNPⅡ),chromatin immunoprecipitation sequencing,and DNase Sequencing datasets to establish the relationship between RNPⅡoccupancy and chromatin accessibility in response to NO3-treatments in Arabidopsis roots.Genomic footprinting allowed us to identify in vivo regula-tory elements controlling gene expression in response to NO3-treatments.NO3--modulated transcription factor(TF)footprints are important for a rapid increase in RNPⅡoccupancy and transcript accumulation over time.We mapped key TF regulatory interactions and functionally validated the role of NAP,an NAC-domain containing TF,as a new regulatory factor in NO3-transport.Taken together,our study provides a comprehensive view of transcriptional networks in response to a nutrient signal in Arabidopsis roots. | Jose M.Alvarez Tomas C.Moyano Tao Zhang Diana E.Gras Francisco J.Herrera Viviana Araus Jose AQ'Brien Laura Carrillo Joaquin Medina Jesus Vicente-Carbajosa Jiming Jiang Rodrigo A.Gutierrez | 2019 | Molecular Plant2019，12，12： | 1 |
| 2 | 酸化作业转向的最佳泡沫干度显示文摘在基岩酸化作业中适当地注入酸是非常重要的,然而大部分酸都进入高渗透层了,而低渗透地层都未得到处理,利用泡沫能使酸转到低渗透地区,但在孔隙介质中泡沫性能的复杂性降低了酸转向效果,Behenna认为,如果在低渗透地层(受堵层)产生或注入泡沫或者由于注入高渗透地层的泡沫不足,注入酸就得不到转向。最近,Alvarez等人依据fg^*(流动状态间过渡气体分流量)模型得出的结论:注入低干度的泡沫有利于酸转向,但在注入酸之前,对较高的渗透导要注入较多的泡沫。在这个项目研究中证实了fg^*模型所含的实验结果,说明存在提高酸转向效果的最佳泡沫干度的问题,实验是在一个具有渗透率比值为15的复合岩心(平行岩心)里进行的,岩心是用不同直径的砂粒填充,以此获得渗透率的对比,在实验中用阴离子表面活性剂,对95%到低于40%的泡沫干度进行了评价,所有的实验都是在4.13MPa的压力和室温条件下进行的,所用气体为氢气。 | Jose M.Alvarez | 2000 | 新疆石油科技信息2000，21，4： | 0 |
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