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| 1 | Towards co-ordination of cancer research in Europe 显示文摘 | Vermoken AJM Schermer FATMS | 1994 | Radiot Med1994，11，3： | 1 |
| 2 | On Technological and Immunological Benefits of Multivalent Single-Injection Microsphere Vaccines显示文摘 | Gérard Boehm Marisa Peyre Dorothea Sesardic Rachel J. Huskisson Fatme Mawas Alexandra Douglas Dorothy Xing Hans P. Merkle Bruno Gander P?l Johansen | 2002 | Pharmaceutical Research2002，，9： | 1 |
| 3 | Towards coordination of cancer research in Europe显示文摘 | Vermoken AJM Schermer FATM | 1994 | Radiot Med1994，11，3： | 1 |
| 4 | The expression of lactate dehydrogenase is important for the cell cycle of Toxoplasma gondii 显示文摘 | A1- Anouti Fatme Tomavo Stanislas Parmley Stephen | 2004 | The Journal of biological chemistry2004，279，52： | 1 |
| 5 | Raman investigation of air-stable silicene nanosheetson an inert graphite surface显示文摘The fascinating properties of two-dimensional (2D) crystals have gainedincreasing interest for many applications. The synthesis of a 2D silicon structure,namely silicene, is attracting great interest for possible development of nextgeneration electronic devices. The main difficulty in working with siliceneremains its strong tendency to oxidation when exposed to air as a consequenceof its relatively highly buckled structure. In this work, we univocaUy identifythe Raman mode of air-stable low-buckled silicene nanosheets synthesized onhighly oriented pyrolytic graphite (HOPG) located at 542.5 cm-1. The main focusof this work is Raman spectroscopy and mapping analyses in combination withab initio calculations. Scanning tunneling microscopy images reveal the presenceof a patchwork of Si three-dimensional (3D) clusters and contiguous Si areaspresenting a honeycomb atomic arrangement, rotated by 30° with respect to theHOPG substrate underneath, with a lattice parameter of 0.41±0.02 nm and abuckling of the Si atoms of 0.05 nm. Raman analysis supports the co-existenceof 3D silicon clusters and 2D silicene. The Raman shift of low-buckled siliceneon an inert substrate has not been reported so far and it is completely differentfrom the one calculated for free-standing silicene and the ones measured forsilicene grown on Ag(111) surfaces. Our experimental results are perfectlyreproduced by our ab initio calculations of deposited silicene nanosheets. Thisleads us to conclude that the precise value of the observed Raman shift crucially depends on the strain between the silicene and the HOPG substrate. | Paola Castrucci Filippo Fabbri Tiziano Delise Manuela Scarselli Matteo Salvato Sara Paseale Roberto Francini Isabelle Berbezier Christoph Lechner Fatme Jardali Holger Vach Maurizio De Crescenzi | 2018 | Nano Research2018，11，11： | 1 |
| 6 | Toronto Facial Grading System:Interobserver reliability显示文摘 | Fatms TK David Z Steven DR | 2000 | Otolaryngol Head and Neck Surgery2000，122，2： | 1 |
| 7 | The potentially crucial role of quasi-particle interferences for the growth of silicene on graphite显示文摘A comprehensive picture of the initial stages of silicene growth on graphite is drawn.Evidence is shown that quasiparticle interferences play a crucial role in the formation of the observed silicene configurations.We propose,on one hand,that the charge modulations caused by those quantum interferences serve as templates and guide the incoming Si atoms to self-assemble to the unique(√3 x√3)R30°honeycomb atomic arrangement.On the other hand,their limited extension limits the growth to about 150 Si atoms under our present deposition conditions.The here proposed electrostatic interaction finally explains the unexpected stability of the observed silicene islands over time and with temperature.Despite the robust guiding nature of those quantum interferences during the early growth phase,we demonstrate that the window of experimental conditions for silicene growth is quite narrow,making it an extremely challenging experimental task.Finally,it is shown that the experimentally observed threedimensional silicon clusters might very well be the simple result of the end of the silicene growth resulting from the limited extent of the quasi-particle interferences. | Fatme Jardali Christoph Lechner Maurizio De Crescenzi Manuela Scarselli Isabelle Berbezier Paola Castrucci Holger Vach | 2020 | Nano Research2020，13，9： | 0 |
| 8 | Occurrence and ecological risk assessment of pharmaceutical products in the Kadicha river in Lebanon显示文摘Contamination of aquatic systems with pharmaceutical products represents a rising concern.The Kadicha river in Northern Lebanon is an illustrative example of a small Mediterranean river affected by rapid urbanization and population growth.This paper reports the first study on occurrence and ecological risk assessments on selected pharmaceuticals and their metabolites within the Kadicha river.For this purpose,surface water samples were collected over two sampling campaigns from twelve sites impacted by urban,rural,and mixed land uses(residential and agricultural zones)within the Kadicha river basin.Among the studied pharmaceuticals,six compounds(carbamazepine,diclofenac,acetaminophen,sulfamethoxazole,ofloxacin,and atenolol)were detected with detection frequencies and concentrations that vary according to the sampling sites.Carbamazepine was the most frequently detected compound and showed the highest concentrations(not detected-290 ng/L).The presence of pharmaceuticals carbamazepine,ofloxacin(not detected-190 ng/L),and atenolol(not detected-93 ng/L)was related to raw wastewater inputs in the water body,while the presence of sulfamethoxazole(not detected-23 ng/L)was associated with its usage in specific sites with livestock activity.Besides,the presence of acetaminophen(not detected-242 ng/L)and diclofenac(not detected-1055 ng/L)can be affected by their degradation properties in river waters.The highest concentrations were observed in the urbanized downstream area,while the lowest concentrations were within the rural upstream area.Thus,the urbanized downstream area presents the highest potential risks for aquatic species.Moreover,ofloxacin may pose high ecotoxicological risks in this watershed.The levels of contamination with pharmaceuticals do not exceed the concentrations reported in the literature.Furthermore,the levels of carbamazepine,diclofenac,and acetaminophen were more similar to sites receiving raw wastewaters,while the concentration levels of sulfamethoxazole,ofloxacin,and atenolol were more similar to sites receiving treated wastewaters.This paper highlights the need to collect and treat wastewater in this watershed to improve the situation for health and the environment.Monitoring programs on pharmaceutical compounds in Lebanese river waters are needed to better understand the pollution situation and make future public policies on water quality in Lebanon. | Fatme Merhabi Elena Gomez Nancy Ariza Castro Helmieh Amine David Rosain Jalal Halwani Helene Fenet | 2021 | Emerging Contaminants2021，7，1： | 0 |
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