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234篇 您的检索式:作者名="Arcangeli"
    题名 作者 年代 出处 被引量
1前列腺癌症和治疗的传染病学评论显示文摘 Prostate cancer is one of the most common types of cancer and one of the leading causes of cancer death among men in the Western countries.The aim of the present analysis is to assess the cancer burden in order to ensure accurate strategies for chemoprevention and treatment,including the major therapeutic approaches for localized high-risk disease-surgery and radiation therapy-and quality of life issues related to each option.Stefano Arcangeli Valentina Pinzi Giorgio Arcangeli 2012World Journal of Radiology2012,4,6:17
2高盐工业废水人工湿地处理中植物的筛选显示文摘通过人工湿地中试实验,考察了芦苇、睡莲、水葱、狭叶香蒲和宽叶香蒲水生植物单元对经生化处理的石油和精细化工工业区的工业废水中盐含量较高、氮磷营养盐含量较低和化学需氧量(COD)含量较高的废水中污染物的去除情况,研究了在植物不同生长阶段系统中COD的去除同盐度之间的关系,探讨了盐度差异对植物生长状况的影响,为确定人工湿地适合的进水盐度,达到有效去除高含盐量工业废水中有机污染物提供依据。结果表明,芦苇、睡莲和狭叶香蒲3种植物单元内高含盐量工业废水中污染物的净化效果较水葱和宽叶香蒲单元的净化效果好:前3种植物单元内COD、生化需氧量(BOD)和总磷(TP)的去除率大约在38%、55%和62%左右,而水葱和宽叶香蒲2种植物单元内COD、BOD和TP的去除率大约在30%、36%和52%左右;系统中各个单元内总氮(TN)去除率都在85%以上。在植物的不同生长阶段,人工湿地系统中氯离子浓度与COD浓度之间的相关性存在差异:植物生长初期,系统中氯离子浓度与系统中COD浓度之间无显著相关性,而在植物生长旺期和末期,两者则成正相关关系。因此,需根据植物的生长阶段调整人工湿地的进水盐度。王琴 张海涛 Jean-Pierre Arcangeli 瞿贤 王晓青 王乔 李国华 方方 王毓明 李鹏 2012环境工程学报2012,6,1:12
3过氧化氢对化学需氧量测定影响的研究显示文摘探讨了过氧化氢对化学需氧量测定的干扰,实验结果表明:过氧化氢的浓度与化学需氧量有较好的线性关系,某些还原性物质也能很好地隐蔽过氧化氢,减少其对化学需氧量的影响。提出了几种避免过氧化氢干扰的方法。邓小晖 张海涛 曹国民 杨芗钰 玛尔哈巴 Jean-Pierre Arcangeli 王时雨 方方 李国华 2008上海化工2008,33,4:6
4NOD2-mediated dysbiosis predisposes mice to transmissible colitis and colorectal cancer显示文摘Couturier-Maillard Aurélie Secher Thomas Rehman Ateequr Normand Sylvain De Arcangelis Adéle Haesler Robert Huot Ludovic Grandjean Teddy Bressenot Aude Delanoye-Crespin Anne Gaillot Olivier Schreiber Stefan Lemoine Yves Ryffel Bernhard Hot D 2013Journal of Clinical Investigation2013,,2:5
5人工湿地植物对高盐废水中COD的去除作用显示文摘针对经生化处理的石油和精细化工工业区的工业废水盐含量较高、氮磷营养盐含量较低和COD含量较高的特点,构建了高盐度进水条件下表面流人工湿地的中试试验装置,考察了水葱、芦苇和香蒲在此类高盐废水中的生长状况,比较了三种植物混合试验单元与无植物试验单元对此类高盐废水中COD的去除效果,研究了高含盐量工业废水湿地系统内植物生长对微生物量的影响,以及植物在微生物去除COD过程中的作用。结果表明,高含盐量的工业废水对水葱、芦苇和香蒲的生长有一定的抑制作用,植物单元对工业废水中有机物的净化效果明显好于无植物单元,且植物生长越好,人工湿地内水体中的COD净化效果越好。混合植物单元对高含盐量工业废水中COD的总去除量约为无植物单元的4倍,证明植物的存在可以增强湿地单元内土壤微生物对有机物的去除能力。王琴 瞿贤 Jean-Pierre Arcangeli 王晓青 员帅波 黄仕源 张淳 方方 王毓明 黄丽丽 张海涛 2013环境工程2013,31,S1:5
6程序升温汽化大体积进样气相色谱法同时测定空气中的甲醛及其他10种羰基污染物(英文)显示文摘Long-term indoor-air limit for formaldehyde stipulated by the European Commission is 1 μg/m3,while the World Health Organization has set a threshold of 100 μg/m3 that should not be exceeded for more than 30 min. To date,however,only a few analytical techniques have been developed that can be used to detect formaldehyde at these very restrictive limits. Thus,there is a need to develop for comprehensive methods for analyzing airborne formaldehyde and other carbonyl pollutants in the ambient environment. The aim of this study is to develop a highly sensitive online automated preconcentration gas chromatographic method using large-volume injection with a programmed temperature vaporization injector for the analysis of airborne formaldehyde and ten other carbonyl compounds. The influence of several parameters,such as the maximum volume injected,programmed temperature vaporization transfer time and temperature,carrier gas flow rate,and type of packing material was investigated. After optimization,highly satisfactory results in terms of the absolute and methodological detection limits were achieved,i. e. as low as the μg/m3 level for all the carbonyl pollutants studied. A commercially available sampler,originally designed for active sampling,was evaluated as a passive sampling device;this optimized technique was applied to monitor the concentrations of carbonyl pollutants in the indoor air of ten public buildings in Florence. The strength of this methodology lies both in the low detection limits reached in the simultaneous analysis of a wide group of 2,4-dinitrophenylhydrazine derivatives,and the potential adaptability of this method to other gas chromatographic applications to achieve lower sensitivity.Stefano DUGHERI Nicola MUCCI Ilenia POMPILIO Giovanni CAPPELLI Costanza BOSSI AlessANDro BONARI Giulio ARCANGELI 2018色谱2018,36,12:3
7Sedation with sufentanil in pantiens receiving pressure support ventilation has no effects on respiration : a pilot study 显示文摘Conti G Arcangeli A Antonelli M 2004Can J Anaesth2004,51,5:1
8Biodegradation rates of aromatic contaminants in biofilm reactors显示文摘 1995Water Science and Technology1995,31,1:1
9A HERG K+ channel in rat F-11 DRG cell line:pharmacological identification and biophysical characterization显示文摘Faravelli L Arcangeli A Olivotto M 1996Physiol1996,496,1:1
10A systematic review and meta-analysis of clinical trials of bladder-sparing trimodality treatment for muscle- invasive bladder cancer (MIBC)显示文摘Arcangeli G Arcangeli S Strigari L Crit Rev Oncol Hematol0,94,1:1
11Social Percolation Models 显示文摘Solomon S Weisbuch G De Arcangelis L Jan N Stauffer D 2000Physica A2000,277,12:1
12Herg encodes a current highly conserved in tumors of different histogenesis: A selective advantage for Cancer Cells?显示文摘Bianchi L Wible B Arcangeli A 1998Cancer Res1998,58,:1
13Dexmedetomidineuse in general anaesthesia显示文摘ARCANGELI A DPAl侔C GASPARI R 2009Curr Drug Targets2009,10,8:1
14Integrins and ion channels in cell migration:implications for neuronal development,wound healing and metastatic spread显示文摘Becchetti A Arcangeli A 2010Adv Exp Med Biol2010,674,:1
15Retrospective Comparison of External Beam Radiotherapy and Radical Prostatectomy in High-Risk, Clinically Localized Prostate Cancer显示文摘Giorgio Arcangeli Lidia Strigari Stefano Arcangeli Maria Grazia Petrongari Biancamaria Saracino Sara Gomellini Rocco Papalia Giuseppe Simone Piero De Carli Michele Gallucci 2009International Journal of Radiation Oncology Biology Physics2009,,4:1
16Effects of silica on human lung fibrobtast in culture 显示文摘ARCANGELI G CUPELLI V GIULIANO G 2001Sci Total Environ2001,270,13:1
17Sedation with sufentanil in patients receiving pressure support ventilation has no efects on respiration:a pilot study显示文摘Conti G Arcangeli A Antonelli M 2004Canad J Anesth2004,51,5:1
18Dynamic Protein Kinase A Activities Induc - ed by 13 - Adrenoceptors Dictate Signaling Propagation for Substrate Phosphory- lation and Myocyte Contraction 显示文摘Soto D Arcangelis V D Zhang J 2009Circulation Research2009,104,6:1
19Physical and functional interaction between integrins and hERG1 channels in cancer cells 显示文摘Pillozzi S Arcangeli A 2010Adv Exp Med Biol2010,674,:1
20Scaling and multiscaling laws in random fuse networks 显示文摘Arcangelis L Herrmann H J 1989Physical Review B1989,,39:1
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