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3. The Potential of Molecular Electrocatalysis for Ammonia‐to‐Dinitrogen Conversion

Author

Dr. Nikolaos Kostopoulos, Prof. Marc Robert, and Dr. Alina Sekretareva

Subjects
ammonia oxidation, electrocatalysis, molecular catalysis, earth abundant metals, renewable fuel, Industrial electrochemistry, TP250-261, Chemistry, QD1-999
Abstract

Abstract Electrochemical ammonia oxidation reaction (eAOR) regains interest due to ammonia being an interesting alternative to hydrogen for fuel cell technologies. In the present review, we first discuss some of the most important findings on eAOR with solid catalysts, including mechanistic and feasibility aspects for practical implementation. We then examine the reports on molecular catalysis of eAOR that have recently emerged. We finally discuss immobilization strategies of these molecular catalysts, and discuss intrinsic advantages of those strategies, so as to guide the design of efficient catalytic systems able to compete with heterogeneous, solid catalysts.

Published
2024
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5. In-situ spectroscopic probe of the intrinsic structure feature of single-atom center in electrochemical CO/CO2 reduction to methanol

Author

Xinyi Ren, Jian Zhao, Xuning Li, Junming Shao, Binbin Pan, Aude Salamé, Etienne Boutin, Thomas Groizard, Shifu Wang, Jie Ding, Xiong Zhang, Wen-Yang Huang, Wen-Jing Zeng, Chengyu Liu, Yanguang Li, Sung-Fu Hung, Yanqiang Huang, Marc Robert, and Bin Liu

Subjects
Science
Abstract

Abstract While exploring the process of CO/CO2 electroreduction (COxRR) is of great significance to achieve carbon recycling, deciphering reaction mechanisms so as to further design catalytic systems able to overcome sluggish kinetics remains challenging. In this work, a model single-Co-atom catalyst with well-defined coordination structure is developed and employed as a platform to unravel the underlying reaction mechanism of COxRR. The as-prepared single-Co-atom catalyst exhibits a maximum methanol Faradaic efficiency as high as 65% at 30 mA/cm2 in a membrane electrode assembly electrolyzer, while on the contrary, the reduction pathway of CO2 to methanol is strongly decreased in CO2RR. In-situ X-ray absorption and Fourier-transform infrared spectroscopies point to a different adsorption configuration of *CO intermediate in CORR as compared to that in CO2RR, with a weaker stretching vibration of the C–O bond in the former case. Theoretical calculations further evidence the low energy barrier for the formation of a H-CoPc-CO– species, which is a critical factor in promoting the electrochemical reduction of CO to methanol.

Published
2023
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9. Retinal Disease and Remodeling

Author

Marc, Robert E., Migliore, Michele, Section editor, Linster, Christiane, Section editor, Cavarretta, Francesco, Section editor, Jaeger, Dieter, editor, and Jung, Ranu, editor

Published
2022
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11. Graffinity: Visualizing Connectivity In Large Graphs

Author

Kerzner, Ethan, Lex, Alexander, Sigulinsky, Crystal Lynn, Urness, Timothy, Jones, Bryan William, Marc, Robert E., and Meyer, Miriah

Subjects
Computer Science - Graphics, Computer Science - Human-Computer Interaction
Abstract

Multivariate graphs are prolific across many fields, including transportation and neuroscience. A key task in graph analysis is the exploration of connectivity, to, for example, analyze how signals flow through neurons, or to explore how well different cities are connected by flights. While standard node-link diagrams are helpful in judging connectivity, they do not scale to large networks. Adjacency matrices also do not scale to large networks and are only suitable to judge connectivity of adjacent nodes. A key approach to realize scalable graph visualization are queries: instead of displaying the whole network, only a relevant subset is shown. Query-based techniques for analyzing connectivity in graphs, however, can also easily suffer from cluttering if the query result is big enough. To remedy this, we introduce techniques that provide an overview of the connectivity and reveal details on demand. We have two main contributions: (1) two novel visualization techniques that work in concert for summarizing graph connectivity; and (2) Graffinity, an open-source implementation of these visualizations supplemented by detail views to enable a complete analysis workflow. Graffinity was designed in a close collaboration with neuroscientists and is optimized for connectomics data analysis, yet the technique is applicable across domains. We validate the connectivity overview and our open-source tool with illustrative examples using flight and connectomics data., Comment: The definitive version is available at http://diglib.eg.org/ and http://onlinelibrary.wiley.com

Published
2017

15. Pathoconnectome Analysis of Müller Cells in Early Retinal Remodeling

Author

Pfeiffer, Rebecca L., Anderson, James R., Emrich, Daniel P., Dahal, Jeebika, Sigulinsky, Crystal L., Morrison, Hope A. B., Yang, Jia-Hui, Watt, Carl B., Rapp, Kevin D., Kondo, Mineo, Terasaki, Hiroko, Garcia, Jessica C., Marc, Robert E., Jones, Bryan W., Crusio, Wim E., Series Editor, Lambris, John D., Series Editor, Radeke, Heinfried H., Series Editor, Rezaei, Nima, Series Editor, Bowes Rickman, Catherine, editor, Grimm, Christian, editor, Anderson, Robert E., editor, Ash, John D., editor, LaVail, Matthew M., editor, and Hollyfield, Joe G., editor

Published
2019
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18. Photocathode functionalized with a molecular cobalt catalyst for selective carbon dioxide reduction in water

Author

Palas Baran Pati, Ruwen Wang, Etienne Boutin, Stéphane Diring, Stéphane Jobic, Nicolas Barreau, Fabrice Odobel, and Marc Robert

Subjects
Science
Abstract

Photo-electrochemical reduction of carbon dioxide is a promising strategy to derive valuable products. Here, the authors show a photocathode able to produce carbon monoxide selectively in aqueous media with high activity using earth-abundant molecular catalyst.

Published
2020
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19. Understanding regional agri-food systems and their supply chains : a socio-technological systems approach

Author

Adams, Marc Robert

Subjects
338.1, HM Sociology, HT Communities. Classes. Races, S Agriculture (General), T Technology (General)
Abstract

This thesis investigates the development of regional agri-food systems and their supply chains to understand how they affect the sustainability of rural regions. It argues that the existing dichotomies of alternative-local and conventional-global do not provide a sufficiently nuanced understanding of the dynamic transitions and interactions that occur in regional agri-food systems. Deploying and extending socio-technological systems theory, the thesis explores the interaction between nested levels of sectoral and general agri-food regimes and reconstructs the emerging logics of interaction. Against this background, it analyses how alternative agri-food supply chain innovations evolve and assesses their various degrees of success. The meat, dairy and horticultural sectors in SW Wales are investigated as case studies, using a mixed methodological approach combining secondary data analysis and interviews with key stakeholders and supply chain actors. The research finds three sub-sectoral systems with highly differentiated socio-technological configurations and equally diversely configured niches. Using the socio- technological systems framework the: socio-technological configuration, degree of system stability and the future transitional pathways of the each sub-sectoral system is examined. This framework also creates the basis for an assessment of how likely their innovations are to be adopted or absorbed by the conventional agri-food system in SW Wales. The thesis finds that meaningful interactions occur not only within each sub-sector and betweentheir niches but also between sub-sectoral systems. The thesis ultimately provides a nuanced analysis of SW Wales’ agri-food systems that shows the complexity of regional food systems and critiques possible sustainable responses from public policy. It demonstrates that a socio-technical regime perspective can uncover the manifold relations between local and regional agri-food innovations and the dominant, multi-layered agri-food system. This constitutes a major empirical and conceptual contribution to the debates on sustainable food and rural development.

Published
2015

20. The T cell differentiation landscape is shaped by tumour mutations in lung cancer

Author

Ghorani, Ehsan, Reading, James L., Henry, Jake Y., Massy, Marc Robert de, Rosenthal, Rachel, Turati, Virginia, Joshi, Kroopa, Furness, Andrew J. S., Ben Aissa, Assma, Saini, Sunil Kumar, Ramskov, Sofie, Georgiou, Andrew, Sunderland, Mariana Werner, Wong, Yien Ning Sophia, Mucha, Maria Vila De, Day, William, Galvez-Cancino, Felipe, Becker, Pablo D., Uddin, Imran, Oakes, Theres, Ismail, Mazlina, Ronel, Tahel, Woolston, Annemarie, Jamal-Hanjani, Mariam, Veeriah, Selvaraju, Birkbak, Nicolai J., Wilson, Gareth A., Litchfield, Kevin, Conde, Lucia, Guerra-Assunção, José Afonso, Blighe, Kevin, Biswas, Dhruva, Salgado, Roberto, Lund, Tom, Bakir, Maise Al, Moore, David A., Hiley, Crispin T., Loi, Sherene, Sun, Yuxin, Yuan, Yinyin, AbdulJabbar, Khalid, Turajilic, Samra, Herrero, Javier, Enver, Tariq, Hadrup, Sine R., Hackshaw, Allan, Peggs, Karl S., McGranahan, Nicholas, Chain, Benny, Swanton, Charles, and Quezada, Sergio A.

Published
2020
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25. CO2 electrochemical catalytic reduction with a highly active cobalt phthalocyanine

Author

Min Wang, Kristian Torbensen, Danielle Salvatore, Shaoxuan Ren, Dorian Joulié, Fabienne Dumoulin, Daniela Mendoza, Benedikt Lassalle-Kaiser, Umit Işci, Curtis P. Berlinguette, and Marc Robert

Subjects
Science
Abstract

Molecular electrocatalysts reducing CO2 to CO with high selectivity and high rate are urgently needed. A cobalt phthalocyanine complex is capable of reducing CO2 to CO in water with a maximum partial current density up to 165 mA cm−2, matching the most active noble metal-based nanocatalysts.

Published
2019
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28. Increased Immune-Regulatory Receptor Expression on Effector T Cells as Early Indicators of Relapse Following Autologous Stem Cell Transplantation for Multiple Myeloma

Author

Lydia Lee, Nouf Alrasheed, Garima Khandelwal, Evelyn Fitzsimons, Huw Richards, William Wilson, Selina J. Chavda, Jake Henry, Lucia Conde, Marc Robert De Massy, Melody Chin, Daria Galas-Filipowicz, Javier Herrero, Benny Chain, Sergio A. Quezada, and Kwee Yong

Subjects
multiple myeloma, immune phenotype, PD-1, Ki-67, T cell receptor, autologous stem cell transplant, Immunologic diseases. Allergy, RC581-607
Abstract

The benefit of autologous stem cell transplantation (ASCT) in newly diagnosed myeloma patients, apart from supporting high dose chemotherapy, may include effects on T cell function in the bone marrow (BM). We report our exploratory findings on marrow infiltrating T cells early post-ASCT (day+100), examining phenotype and T cell receptor (TCR) repertoire, seeking correlations with timing of relapse. Compared to healthy donors (HD), we observed an increase in regulatory T cells (CD4+FoxP3+, Tregs) with reduction in CD4 T cells, leading to lower CD4:8 ratios. Compared to paired pre-treatment marrow, both CD4 and CD8 compartments showed a reduction in naïve, and increase in effector memory subsets, suggestive of a more differentiated phenotype. This was supported by increased levels of several immune-regulatory and activation proteins (ICOS, PD-1, LAG-3, CTLA-4 and GzmB) when compared with HD. Unsupervised analysis identified a patient subgroup with shorter PFS (p=0.031) whose BM contained increased Tregs, and higher immune-regulatory markers (ICOS, PD-1, LAG-3) on effector T cells. Using single feature analysis, higher frequencies of marrow PD-1+ on CD4+FoxP3- cells and Ki67+ on CD8 cells were independently associated with early relapse. Finally, studying paired pre-treatment and post-ASCT BM (n=5), we note reduced abundance of TCR sequences at day+100, with a greater proportion of expanded sequences indicating a more focused persistent TCR repertoire. Our findings indicate that, following induction chemotherapy and ASCT, marrow T cells demonstrate increased activation and differentiation, with TCR repertoire focusing. Pending confirmation in larger series, higher levels of immune-regulatory proteins on T cell effectors at day+100 may indicate early relapse.

Published
2021
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30. Why people in haematological and oncological care avoid or delay seeking medical treatment for infections caused by low white blood cell counts

Author

Talbot, Marc Robert and Yates, Philip

Subjects
150, Febrile Neutropenia, Chemotherapy, Treatment Seeking Delay, Adherence, Grounded Theory
Abstract

This article reports the findings of a grounded theory study of the processes involved in adherence and treatment seeking delay for febrile neutropenia in chemotherapy patients. Interviews were conducted with 12 patients. Six theoretical constructs were generated, namely ‘Recall of Treatment Advice’, ‘Impact of Emotions’, ‘Influence of Social Networks’, ‘Symptom Monitoring Behaviour’, ‘Symptom Interpretation’, and ‘Preparation and Journey Time’. A model was developed to reflect the complex interplay between these theoretical constructs. Data extracts are presented to illustrate the grounding of the model in patients’ accounts, and the model is discussed with reference to previous theory and research.

Published
2012

31. Rivaroxaban with or without aspirin in patients with stable coronary artery disease: an international, randomised, double-blind, placebo-controlled trial

Author

SALA, JORGELINA, CARTASEGNA, LUIS, VICO, MARISA, HOMINAL, MIGUEL ANGEL, HASBANI, EDUARDO, CACCAVO, ALBERTO, ZAIDMAN, CESAR, VOGEL, DANIEL, HRABAR, ADRIAN, SCHYGIEL, PABLO OMAR, CUNEO, CARLOS, LUQUEZ, HUGO, MACKINNON, IGNACIO J., AHUAD GUERRERO, RODOLFO ANDRES, COSTABEL, JUAN PABLO, BARTOLACCI, INES PALMIRA, MONTANA, OSCAR, BARBIERI, MARIA, GOMEZ VILAMAJO, OSCAR, GARCIA DURAN, RUBEN OMAR, SCHIAVI, LILIA BEATRIZ, GARRIDO, MARCELO, INGARAMO, ADRIAN, BORDONAVA, ANSELMO PAULINO, PELAGAGGE, MARIA JOSE, NOVARETTO, LEONARDO, ALBISU DI GENNERO, JUAN PABLO, IBANEZ SAGGIA, LUZ MARIA, ALVAREZ, MOIRA, VITA, NESTOR ALEJANDRO, MACIN, STELLA MARIS, DRAN, RICARDO DARIO, CARDONA, MARCELO, GUZMAN, LUIS, SARJANOVICH, RODOLFO JUAN, CUADRADO, JESUS, NANI, SEBASTIAN, LITVAK BRUNO, MARCOS RAUL, CHACON, CAROLINA, MAFFEI, LAURA ELENA, GRINFELD, DIEGO, VENSENTINI, NATALIA, MAJUL, CLAUDIO RODOLFO, LUCIARDI, HECTOR LUCAS, GONZALEZ COLASO, PATRICIA DEL CARMEN, FERRE PACORA, FREDY ANTONI, VAN DEN HEUVEL, PAUL, VERHAMME, PETER, ECTOR, BAVO, DEBONNAIRE, PHILIPPE, VAN DE BORNE, PHILIPPE, LEROY, JEAN, SCHROE, HERMAN, VRANCKX, PASCAL, ELEGEERT, IVAN, HOFFER, ETIENNE, DUJARDIN, KARL, INDIO DO BRASIL, CLARISSE, PRECOMA, DALTON, ABRANTES, JOSE ANTONIO, MANENTI, EULER, REIS, GILMAR, SARAIVA, JOSE, MAIA, LILIA, HERNANDES, MAURO, ROSSI, PAULO, ROSSI DOS SANTOS, FABIO, ZIMMERMANN, SERGIO LUIZ, RECH, RAFAEL, ABIB JR, EDUARDO, LEAES, PAULO, BOTELHO, ROBERTO, DUTRA, OSCAR, SOUZA, WEIMAR, BRAILE, MARIA, IZUKAWA, NILO, NICOLAU, JOSE CARLOS, TANAJURA, LUIZ FERNANDO, SERRANO JUNIOR, CARLOS VICENTE, MINELLI, CESAR, NASI, LUIZ ANTONIO, OLIVEIRA, LIVIA, DE CARVALHO CANTARELLI, MARCELO JOSE, TYTUS, RICHARD, PANDEY, SHEKHAR, LONN, EVA, CHA, JAMES, VIZEL, SAUL, BABAPULLE, MOHAN, LAMY, ANDRE, SAUNDERS, KEVIN, BERLINGIERI, JOSEPH, KIAII, BOB, BHARGAVA, RAKESH, MEHTA, PRAVINSAGAR, HILL, LAURIE, FELL, DAVID, LAM, ANDY, AL-QOOFI, FAISAL, BROWN, CRAIG, PETRELLA, ROBERT, RICCI, JOSEPH A, GLANZ, ANTHONY, NOISEUX, NICOLAS, BAINEY, KEVIN, MERALI, FATIMA, HEFFERNAN, MICHAEL, DELLA SIEGA, ANTHONY, DAGENAIS, GILLES R, DAGENAIS, FRANCOIS, BRULOTTE, STEEVE, NGUYEN, MICHEL, HARTLEIB, MICHAEL, GUZMAN, RANDOLPH, BOURGEOIS, RONALD, RUPKA, DENNIS, KHAYKIN, YAARIV, GOSSELIN, GILBERT, HUYNH, THAO, PILON, CLAUDE, CAMPEAU, JEAN, PICHETTE, FRANCIS, DIAZ, ARIEL, JOHNSTON, JAMES, SHUKLE, PRAVIN, HIRSCH, GREGORY, RHEAULT, PAUL, CZARNECKI, WLODZIMIERZ, ROY, ANNIE, NAWAZ, SHAH, FREMES, STEPHEN, SHUKLA, DINKAR, JANO, GABRIEL, COBOS, JORGE LEONARDO, CORBALAN, RAMON, MEDINA, MARCELO, NAHUELPAN, LEONARDO, RAFFO, CARLOS, PEREZ, LUIS, POTTHOFF, SERGIO, STOCKINS, BENJAMIN, SEPULVEDA, PABLO, PINCETTI, CHRISTIAN, VEJAR, MARGARITA, TIAN, HONGYAN, WU, XUESI, KE, YUANNAN, JIA, KAIYING, YIN, PENGFEI, WANG, ZHAOHUI, YU, LITIAN, WU, SHULIN, WU, ZONGQUI, LIU, SHAO WEN, BAI, XIAO JUAN, ZHENG, YANG, YANG, PING, YANG, YUN MEI, ZHANG, JIWEI, GE, JUNBO, CHEN, XIAO PING, LI, JUNXIA, HU, TAO HONG, ZHANG, RUIYAN, ZHENG, ZHE, CHEN, XIN, TAO, LIANG, LI, JIANPING, HUANG, WEIJIAN, FU, GUOSHENG, LI, CHUNJIAN, DONG, YUGANG, WANG, CHUNSHENG, ZHOU, XINMIN, KONG, YE, SOTOMAYOR, ARISTIDES, ACCINI MENDOZA, JOSE LUIS, CASTILLO, HENRY, URINA, MIGUEL, AROCA, GUSTAVO, PEREZ, MARITZA, MOLINA DE SALAZAR, DORA INES, SANCHEZ VALLEJO, GREGORIO, FERNANDO, MANZUR J, GARCIA, HENRY, GARCIA, LUIS HERNANDO, ARCOS, EDGAR, GOMEZ, JUAN, CUERVO MILLAN, FRANCISCO, TRUJILLO DADA, FREDY ALBERTO, VESGA, BORIS, MORENO SILGADO, GUSTAVO ADOLFO, ZIDKOVA, EVA, LUBANDA, JEAN-CLAUDE, KALETOVA, MARKETA, KRYZA, RADIM, MARCINEK, GABRIEL, RICHTER, MAREK, SPINAR, JINDRICH, MATUSKA, JIRI, TESAK, MARTIN, MOTOVSKA, ZUZANA, BRANNY, MARIAN, MALY, JIRI, MALY, MARTIN, WIENDL, MARTIN, FOLTYNOVA CAISOVA, LENKA, SLABY, JOSEF, VOJTISEK, PETR, PIRK, JAN, SPINAROVA, LENKA, BENESOVA, MIROSLAVA, CANADYOVA, JULIA, HOMZA, MIROSLAV, FLORIAN, JINDRICH, POLASEK, ROSTISLAV, COUFAL, ZDENEK, SKALNIKOVA, VLADIMIRA, BRAT, RADIM, BRTKO, MIROSLAV, JANSKY, PETR, LINDNER, JAROSLAV, MARCIAN, PAVEL, STRAKA, ZBYNEK, TRETINA, MARTIN, DUARTE, YAN CARLOS, POW CHON LONG, FREDDY, SANCHEZ, MAYRA, LOPEZ, JOSE, PERUGACHI, CARMITA, MARMOL, RICARDO, TRUJILLO, FREDDY, TERAN, PABLO, TUOMILEHTO, JAAKKO, TUOMILEHTO, HENRI, TUOMINEN, MARJA-LEENA, KANTOLA, ILKKA, STEG, GABRIEL, ABOYANS, VICTOR, LECLERCQ, FLORENCE, FERRARI, EMILE, BOCCARA, FRANCK, MESSAS, EMMANUEL, MISMETTI, PATRICK, SEVESTRE, MARIE ANTOINETTE, CAYLA, GUILLAUME, MOTREFF, PASCAL, STOERK, STEFAN, DUENGEN, HANS-DIRK, STELLBRINK, CHRISTOPH, GUEROCAK, OSMAN, KADEL, CHRISTOPH, BRAUN-DULLAEUS, RUEDIGER, JESERICH, MICHAEL, OPITZ, CHRISTIAN, VOEHRINGER, HANS-FRIEDRICH, APPEL, KARL-FRIEDRICH, WINKELMANN, BERNHARD, DORSEL, THOMAS, NIKOL, SIGRID, DARIUS, HARALD, RANFT, JURGEN, SCHELLONG, SEBASTIAN, JUNGMAIR, WOLFGANG, DAVIERWALA, PIROZE, VORPAHL, MARC, BAJNOK, LASZLO, LASZLO, ZOLTAN, NOORI, EBRAHIM, VERESS, GABOR, VERTES, ANDRAS, ZSARY, ANDRAS, KIS, ERNO, KORANYI, LASZLO, BAKAI, JUDIT, BODA, ZOLTAN, POOR, FERENC, JARAI, ZOLTAN, KEMENY, VENDEL, BARTON, JOHN, MCADAM, BRENDAN, MURPHY, ANDREW, CREAN, PETER, MAHON, NIALL, CURTIN, RONAN, MACNEILL, BRIAIN, DINNEEN, SEAN, HALABI, MAJDI, ZIMLICHMAN, REUVEN, ZELTSER, DAVID, TURGEMAN, YOAV, KLAINMAN, ELIEZER, LEWIS, BASIL, KATZ, AMOS, ATAR, SHAUL, NIKOLSKY, EUGENIA, BOSI, STEFANO, NALDI, MONICA, FAGGIANO, POMPILIO, ROBBA, DEBORA, MOS, LUCIO, SINAGRA, GIANFRANCO, COSMI, FRANCO, OLTRONA VISCONTI, LUIGI, CARMINE, DE MATTEIS, DI PASQUALE, GIUSEPPE, DI BIASE, MATTEO, MANDORLA, SARA, BERNARDINANGELI, MARINO, PICCINNI, GIOVANNI CARLO, GULIZIA, MICHELE MASSIMO, GALVANI, MARCELLO, VENTURI, FLAVIO, MOROCUTTI, GIORGIO, BALDIN, MARIA GRAZIA, OLIVIERI, CARLO, PERNA, GIAN PIERO, CIRRINCIONE, VINCENZO, KANNO, TAKAYASU, DAIDA, HIROYUKI, OZAKI, YUKIO, MIYAMOTO, NAOMASA, HIGASHIUE, SHINICHI, DOMAE, HIROSHI, HOSOKAWA, SHINOBU, KOBAYASHI, HIROO, KURAMOCHI, TAKEHIKO, FUJII, KENSHI, MIZUTOMI, KAZUAKI, SAKU, KEIJIRO, KIMURA, KAZUO, HIGUCHI, YOSHIHARU, ABE, MITSUNORI, OKUDA, HARUHITO, NODA, TOSHIYUKI, MITA, TERUAKI, HIRAYAMA, ATSUSHI, ONAKA, HARUHIKO, INOKO, MORIAKI, HIROKAMI, MITSUGU, OKUBO, MUNENORI, AKATSUKA, YUTAKA, IMAMAKI, MIZUHO, KAMIYA, HARUO, MANITA, MAMORU, HIMI, TOSHIHARU, UENO, HIDEKI, HISAMATSU, YUJI, AKO, JUNYA, NISHINO, YASUHIRO, KAWAKAMI, HIDEO, YAMADA, YUTAKA, KORETSUNE, YUKIHIRO, YAMADA, TAKAHISA, YOSHIDA, TETSURO, SHIMOMURA, HIDEKI, KINOSHITA, NORIYUKI, TAKAHASHI, AKIHIKO, YUSOFF, KHALID, WAN AHMAD, WAN AZMAN, ABU HASSAN, MUHAMMAD RADZI, KASIM, SAZZLI, ABDUL RAHIM, AIZAI AZAN, MOHD ZAMRIN, DIMON, MACHIDA, MASAHARU, HIGASHINO, YORIHIKO, UTSU, NORIAKI, NAKANO, AKIHIKO, NAKAMURA, SHIGERU, HASHIMOTO, TETSUO, ANDO, KENJI, SAKAMOTO, TOMOHIRO, PRINS, F.J., LOK, DIRK, MILHOUS, JOHANNES GERT-JAN, VIERGEVER, ERIC, WILLEMS, FRANK, SWART, HENK, ALINGS, MARCO, BREEDVELD, ROB, DE VRIES, KEES-JAN, VAN DER BORGH, ROGER, OEI, FANNY, ZOET-NUGTEREN, STIENEKE, KRAGTEN, HANS, HERRMAN, JEAN PAUL, VAN BERGEN, PAUL, GOSSELINK, MARCEL, HOEKSTRA, EDUARD, ZEGERS, ERWIN, RONNER, EELKO, DEN HARTOG, FRANK, BARTELS, GERARD, NIEROP, PETER, VAN DER ZWAAN, COEN, VAN ECK, JACOB, VAN GORSELEN, EDWIN, GROENEMEIJER, BJORN, HOOGSLAG, PIETER, DE GROOT, MARC ROBERT, LOYOLA, ALDRIN, SULIT, DENNIS JOSE, REY, NANNETTE, ABOLA, MARIA TERESA, MORALES, DANTE, PALOMARES, ELLEN, ABAT, MARC EVANS, ROGELIO, GREGORIO, CHUA, PHILIP, DEL PILAR, JOSE CARLO, ALCARAZ, JOHN DENNIS, EBO, GERALDINE, TIRADOR, LOUIE, CRUZ, JOSEFINA, ANONUEVO, JOHN, PITARGUE, ARTHUR, JANION, MARIANNA, GUZIK, TOMASZ, GAJOS, GRZEGORZ, ZABOWKA, MACIEJ, RYNKIEWICZ, ANDRZEJ, BRONCEL, MARLENA, SZUBA, ANDRZEJ, CZARNECKA, DANUTA, MAGA, PAWEL, STRAZHESKO, IRINA, VASYUK, YURY, SIZOVA, ZHANNA, POZDNYAKOV, YURY, BARBARASH, OLGA, VOEVODA, MIKHAIL, POPONINA, TATIANA, REPIN, ALEXEY, OSIPOVA, IRINA, EFREMUSHKINA, ANNA, NOVIKOVA, NINA, AVERKOV, OLEG, ZATEYSHCHIKOV, DMITRY, VERTKIN, ARKADIY, AUSHEVA, AZA, COMMERFORD, PATRICK, SEEDAT, SAADIYA, VAN ZYL, LOUIS, ENGELBRECHT, JAN, MAKOTOKO, ELLEN MAKONLI, PRETORIUS, CATHARINA ELIZABETH, MOHAMED, ZAID, HORAK, ADRIAN, MABIN, THOMAS, KLUG, ERIC, BAE, JANG-HO, KIM, CHEOLHO, KIM, CHONG-JIN, KIM, DONG-SOO, KIM, YONG JIN, JOO, SEUNGJAE, HA, JONG-WON, PARK, CHUL SOO, KIM, JANG YOUNG, KIM, YOUNG-KWON, JARNERT, CHRISTINA, MOOE, THOMAS, DELLBORG, MIKAEL, TORSTENSSON, INGEMAR, ALBERTSSON, PER, JOHANSSON, LARS, AL-KHALILI, FARIS, ALMROTH, HENRIK, ANDERSSON, TOMMY, PANTEV, EMIL, TENGMARK, BENGT-OLOV, LIU, BO, RASMANIS, GUNDARS, WAHLGREN, CARL-MAGNUS, MOCCETTI, TIZIANO, PARKHOMENKO, ALEXANDER, TSELUYKO, VIRA, VOLKOV, VOLODYMYR, KOVAL, OLENA, KONONENKO, LYUDMYLA, PROKHOROV, OLEKSANDR, VDOVYCHENKO, VALERIY, BAZYLEVYCH, ANDRIY, RUDENKO, LEONID, VIZIR, VADYM, KARPENKO, OLEKSANDR, MALYNOVSKY, YAROSLAV, KOVAL, VALENTYNA, STOROZHUK, BORYS, COTTON, JAMES, VENKATARAMAN, ASOK, MORIARTY, ANDREW, CONNOLLY, DEREK, DAVEY, PATRICK, SENIOR, ROXY, BIRDI, INDERPAUL, CALVERT, JOHN, DONNELLY, PATRICK, TREVELYAN, JASPER, CARTER, JUSTIN, PEACE, AARON, AUSTIN, DAVID, KUKREJA, NEVILLE, HILTON, THOMAS, SRIVASTAVA, SUNNY, WALSH, RONALD, FIELDS, RONALD, HAKAS, JOSEPH, PORTNAY, EDWARD, GOGIA, HARINDER, SALACATA, ABRAHAM, HUNTER, JOHN J., BACHARACH, J MICHAEL, SHAMMAS, NICOLAS, SURESH, DAMODHAR, SCHNEIDER, RICKY, GURBEL, PAUL, BANERJEE, SUBHASH, GRENA, PAUL, BEDWELL, NOEL, SLOAN, STEPHEN, LUPOVITCH, STEVEN, SONI, ANAND, GIBSON, KATHLEEN, SANGRIGOLI, RENEE, MEHTA, RAJENDRA, I-HSUAN TSAI, PETER, GILLESPIE, EVE, DEMPSEY, STEPHEN, HAMROFF, GLENN, BLACK, ROBERT, LADER, ELLIS, KOSTIS, JOHN B., BITTNER, VERA, MCGUINN, WILLIAM, BRANCH, KELLEY, MALHOTRA, VINAY, MICHAELSON, STEPHEN, VACANTE, MICHAEL, MCCORMICK, MATTHEW, ARIMIE, RALUCA, CAMP, ALAN, DAGHER, GEORGE, KOSHY, N. MATHEW, THEW, STEPHEN, COSTELLO, FREDERICK, HEIMAN, MARK, CHILTON, ROBERT, MORAN, MICHAEL, ADLER, FREDRIC, COMEROTA, ANTHONY, SEIWERT, ANDREW, FRENCH, WILLIAM, SEROTA, HARVEY, HARRISON, ROBERT, BAKAEEN, FAISAL, OMER, SHUAB, CHANDRA, LOKESH, WHELAN, ALAN, BOYLE, ANDREW, ROBERTS-THOMSON, PHILIP, ROGERS, JAMES, CARROLL, PATRICK, COLQUHOUN, DAVID, SHAW, JAMES, BLOMBERY, PETER, AMERENA, JOHN, HII, CHRIS, ROYSE, ALISTAIR, SINGH, BHUWAN, SELVANAYAGAM, JOSEPH, JANSEN, SHIRLEY, LO, WINGCHI, HAMMETT, CHRISTOPHER, POULTER, ROHAN, NARASIMHAN, SESHASAYEE, WIGGERS, HENRIK, NIELSEN, HENRIK, GISLASON, GUNNAR, KOBER, LARS, HOULIND, KIM, BOENELYKKE SOERENSEN, VIBEKE, DIXEN, ULRIK, REFSGAARD, JENS, ZEUTHEN, ELISABETH, SOEGAARD, PETER, HRANAI, MARIAN, GASPAR, LUDOVIT, PELLA, DANIEL, HATALOVA, KATARINA, DROZDAKOVA, ERIKA, COMAN, IOAN, DIMULESCU, DOINA, VINEREANU, DRAGOS, CINTEZA, MIRCEA, SINESCU, CRINA, ARSENESCU, CATALINA, BENEDEK, IMRE, BOBESCU, ELENA, DOBREANU, DAN, GAITA, DAN, IANCU, ADRIAN, ILIESIU, ADRIANA, LIGHEZAN, DANIEL, PETRESCU, LUCIAN, PIRVU, OCTAVIAN, TEODORESCU, IULIA, TESLOIANU, DAN, VINTILA, MARIUS MARCIAN, CHIONCEL, OVIDIU, Connolly, Stuart J, Eikelboom, John W, Bosch, Jackie, Dagenais, Gilles, Dyal, Leanne, Lanas, Fernando, Metsarinne, Kaj, O'Donnell, Martin, Dans, Anthony L, Ha, Jong-Won, Parkhomenko, Alexandr N, Avezum, Alvaro A, Lonn, Eva, Lisheng, Liu, Torp-Pedersen, Christian, Widimsky, Petr, Maggioni, Aldo P, Felix, Camilo, Keltai, Katalin, Hori, Masatsugu, Yusoff, Khalid, Guzik, Tomasz J, Bhatt, Deepak L, Branch, Kelley R H, Cook Bruns, Nancy, Berkowitz, Scott D, Anand, Sonia S, Varigos, John D, Fox, Keith A A, and Yusuf, Salim

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2018
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32. Rivaroxaban with or without aspirin in patients with stable peripheral or carotid artery disease: an international, randomised, double-blind, placebo-controlled trial

Author

SALA, JORGELINA, CARTASEGNA, LUIS, VICO, MARISA, HOMINAL, MIGUEL ANGEL, HASBANI, EDUARDO, CACCAVO, ALBERTO, ZAIDMAN, CESAR, VOGEL, DANIEL, HRABAR, ADRIAN, SCHYGIEL, PABLO OMAR, CUNEO, CARLOS, LUQUEZ, HUGO, MACKINNON, IGNACIO J., AHUAD GUERRERO, RODOLFO ANDRES, COSTABEL, JUAN PABLO, BARTOLACCI, INES PALMIRA, MONTANA, OSCAR, BARBIERI, MARIA, GOMEZ VILAMAJO, OSCAR, GARCIA DURAN, RUBEN OMAR, SCHIAVI, LILIA BEATRIZ, GARRIDO, MARCELO, INGARAMO, ADRIAN, BORDONAVA, ANSELMO PAULINO, PELAGAGGE, MARIA JOSE, NOVARETTO, LEONARDO, ALBISU DI GENNERO, JUAN PABLO, IBANEZ SAGGIA, LUZ MARIA, ALVAREZ, MOIRA, VITA, NESTOR ALEJANDRO, MACIN, STELLA MARIS, DRAN, RICARDO DARIO, CARDONA, MARCELO, GUZMAN, LUIS, SARJANOVICH, RODOLFO JUAN, CUADRADO, JESUS, NANI, SEBASTIAN, LITVAK BRUNO, MARCOS RAUL, CHACON, CAROLINA, MAFFEI, LAURA ELENA, GRINFELD, DIEGO, VENSENTINI, NATALIA, MAJUL, CLAUDIO RODOLFO, LUCIARDI, HECTOR LUCAS, GONZALEZ COLASO, PATRICIA DEL CARMEN, FERRE PACORA, FREDY ANTONI, VAN DEN HEUVEL, PAUL, VERHAMME, PETER, ECTOR, BAVO, DEBONNAIRE, PHILIPPE, VAN DE BORNE, PHILIPPE, LEROY, JEAN, SCHROE, HERMAN, VRANCKX, PASCAL, ELEGEERT, IVAN, HOFFER, ETIENNE, DUJARDIN, KARL, INDIO DO BRASIL, CLARISSE, PRECOMA, DALTON, ABRANTES, JOSE ANTONIO, MANENTI, EULER, REIS, GILMAR, SARAIVA, JOSE, MAIA, LILIA, HERNANDES, MAURO, ROSSI, PAULO, ROSSI DOS SANTOS, FABIO, ZIMMERMANN, SERGIO LUIZ, RECH, RAFAEL, ABIB JR, EDUARDO, LEAES, PAULO, BOTELHO, ROBERTO, DUTRA, OSCAR, SOUZA, WEIMAR, BRAILE, MARIA, IZUKAWA, NILO, NICOLAU, JOSE CARLOS, TANAJURA, LUIZ FERNANDO, SERRANO JUNIOR, CARLOS VICENTE, MINELLI, CESAR, NASI, LUIZ ANTONIO, OLIVEIRA, LIVIA, DE CARVALHO CANTARELLI, MARCELO JOSE, TYTUS, RICHARD, PANDEY, SHEKHAR, LONN, EVA, CHA, JAMES, VIZEL, SAUL, BABAPULLE, MOHAN, LAMY, ANDRE, SAUNDERS, KEVIN, BERLINGIERI, JOSEPH, KIAII, BOB, BHARGAVA, RAKESH, MEHTA, PRAVINSAGAR, HILL, LAURIE, FELL, DAVID, LAM, ANDY, AL-QOOFI, FAISAL, BROWN, CRAIG, PETRELLA, ROBERT, RICCI, JOSEPH A, GLANZ, ANTHONY, NOISEUX, NICOLAS, BAINEY, KEVIN, MERALI, FATIMA, HEFFERNAN, MICHAEL, DELLA SIEGA, ANTHONY, DAGENAIS, GILLES R, DAGENAIS, FRANCOIS, BRULOTTE, STEEVE, NGUYEN, MICHEL, HARTLEIB, MICHAEL, GUZMAN, RANDOLPH, BOURGEOIS, RONALD, RUPKA, DENNIS, KHAYKIN, YAARIV, GOSSELIN, GILBERT, HUYNH, THAO, PILON, CLAUDE, CAMPEAU, JEAN, PICHETTE, FRANCIS, DIAZ, ARIEL, JOHNSTON, JAMES, SHUKLE, PRAVIN, HIRSCH, GREGORY, RHEAULT, PAUL, CZARNECKI, WLODZIMIERZ, ROY, ANNIE, NAWAZ, SHAH, FREMES, STEPHEN, SHUKLA, DINKAR, JANO, GABRIEL, COBOS, JORGE LEONARDO, CORBALAN, RAMON, MEDINA, MARCELO, NAHUELPAN, LEONARDO, RAFFO, CARLOS, PEREZ, LUIS, POTTHOFF, SERGIO, STOCKINS, BENJAMIN, SEPULVEDA, PABLO, PINCETTI, CHRISTIAN, VEJAR, MARGARITA, TIAN, HONGYAN, WU, XUESI, KE, YUANNAN, JIA, KAIYING, YIN, PENGFEI, WANG, ZHAOHUI, YU, LITIAN, WU, SHULIN, WU, ZONGQUI, LIU, SHAO WEN, BAI, XIAO JUAN, ZHENG, YANG, YANG, PING, YANG, YUN MEI, ZHANG, JIWEI, GE, JUNBO, CHEN, XIAO PING, LI, JUNXIA, HU, TAO HONG, ZHANG, RUIYAN, ZHENG, ZHE, CHEN, XIN, TAO, LIANG, LI, JIANPING, HUANG, WEIJIAN, FU, GUOSHENG, LI, CHUNJIAN, DONG, YUGANG, WANG, CHUNSHENG, ZHOU, XINMIN, KONG, YE, SOTOMAYOR, ARISTIDES, ACCINI MENDOZA, JOSE LUIS, CASTILLO, HENRY, URINA, MIGUEL, AROCA, GUSTAVO, PEREZ, MARITZA, MOLINA DE SALAZAR, DORA INES, SANCHEZ VALLEJO, GREGORIO, FERNANDO, MANZUR J, GARCIA, HENRY, GARCIA, LUIS HERNANDO, ARCOS, EDGAR, GOMEZ, JUAN, CUERVO MILLAN, FRANCISCO, TRUJILLO DADA, FREDY ALBERTO, VESGA, BORIS, MORENO SILGADO, GUSTAVO ADOLFO, ZIDKOVA, EVA, LUBANDA, JEAN-CLAUDE, KALETOVA, MARKETA, KRYZA, RADIM, MARCINEK, GABRIEL, RICHTER, MAREK, SPINAR, JINDRICH, MATUSKA, JIRI, TESAK, MARTIN, MOTOVSKA, ZUZANA, BRANNY, MARIAN, MALY, JIRI, MALY, MARTIN, WIENDL, MARTIN, FOLTYNOVA CAISOVA, LENKA, SLABY, JOSEF, VOJTISEK, PETR, PIRK, JAN, SPINAROVA, LENKA, BENESOVA, MIROSLAVA, CANADYOVA, JULIA, HOMZA, MIROSLAV, FLORIAN, JINDRICH, POLASEK, ROSTISLAV, COUFAL, ZDENEK, SKALNIKOVA, VLADIMIRA, BRAT, RADIM, BRTKO, MIROSLAV, JANSKY, PETR, LINDNER, JAROSLAV, MARCIAN, PAVEL, STRAKA, ZBYNEK, TRETINA, MARTIN, DUARTE, YAN CARLOS, POW CHON LONG, FREDDY, SANCHEZ, MAYRA, LOPEZ, JOSE, PERUGACHI, CARMITA, MARMOL, RICARDO, TRUJILLO, FREDDY, TERAN, PABLO, TUOMILEHTO, JAAKKO, TUOMILEHTO, HENRI, TUOMINEN, MARJA-LEENA, KANTOLA, ILKKA, STEG, GABRIEL, ABOYANS, VICTOR, LECLERCQ, FLORENCE, FERRARI, EMILE, BOCCARA, FRANCK, MESSAS, EMMANUEL, MISMETTI, PATRICK, SEVESTRE, MARIE ANTOINETTE, CAYLA, GUILLAUME, MOTREFF, PASCAL, STOERK, STEFAN, DUENGEN, HANS-DIRK, STELLBRINK, CHRISTOPH, GUEROCAK, OSMAN, KADEL, CHRISTOPH, BRAUN-DULLAEUS, RUEDIGER, JESERICH, MICHAEL, OPITZ, CHRISTIAN, VOEHRINGER, HANS-FRIEDRICH, APPEL, KARL-FRIEDRICH, WINKELMANN, BERNHARD, DORSEL, THOMAS, NIKOL, SIGRID, DARIUS, HARALD, RANFT, JURGEN, SCHELLONG, SEBASTIAN, JUNGMAIR, WOLFGANG, DAVIERWALA, PIROZE, VORPAHL, MARC, BAJNOK, LASZLO, LASZLO, ZOLTAN, NOORI, EBRAHIM, VERESS, GABOR, VERTES, ANDRAS, ZSARY, ANDRAS, KIS, ERNO, KORANYI, LASZLO, BAKAI, JUDIT, BODA, ZOLTAN, POOR, FERENC, JARAI, ZOLTAN, KEMENY, VENDEL, BARTON, JOHN, MCADAM, BRENDAN, MURPHY, ANDREW, CREAN, PETER, MAHON, NIALL, CURTIN, RONAN, MACNEILL, BRIAIN, DINNEEN, SEAN, HALABI, MAJDI, ZIMLICHMAN, REUVEN, ZELTSER, DAVID, TURGEMAN, YOAV, KLAINMAN, ELIEZER, LEWIS, BASIL, KATZ, AMOS, ATAR, SHAUL, NIKOLSKY, EUGENIA, BOSI, STEFANO, NALDI, MONICA, FAGGIANO, POMPILIO, ROBBA, DEBORA, MOS, LUCIO, SINAGRA, GIANFRANCO, COSMI, FRANCO, OLTRONA VISCONTI, LUIGI, CARMINE, DE MATTEIS, DI PASQUALE, GIUSEPPE, DI BIASE, MATTEO, MANDORLA, SARA, BERNARDINANGELI, MARINO, PICCINNI, GIOVANNI CARLO, GULIZIA, MICHELE MASSIMO, GALVANI, MARCELLO, VENTURI, FLAVIO, MOROCUTTI, GIORGIO, BALDIN, MARIA GRAZIA, OLIVIERI, CARLO, PERNA, GIAN PIERO, CIRRINCIONE, VINCENZO, KANNO, TAKAYASU, DAIDA, HIROYUKI, OZAKI, YUKIO, MIYAMOTO, NAOMASA, HIGASHIUE, SHINICHI, DOMAE, HIROSHI, HOSOKAWA, SHINOBU, KOBAYASHI, HIROO, KURAMOCHI, TAKEHIKO, FUJII, KENSHI, MIZUTOMI, KAZUAKI, SAKU, KEIJIRO, KIMURA, KAZUO, HIGUCHI, YOSHIHARU, ABE, MITSUNORI, OKUDA, HARUHITO, NODA, TOSHIYUKI, MITA, TERUAKI, HIRAYAMA, ATSUSHI, ONAKA, HARUHIKO, INOKO, MORIAKI, HIROKAMI, MITSUGU, OKUBO, MUNENORI, AKATSUKA, YUTAKA, IMAMAKI, MIZUHO, KAMIYA, HARUO, MANITA, MAMORU, HIMI, TOSHIHARU, UENO, HIDEKI, HISAMATSU, YUJI, AKO, JUNYA, NISHINO, YASUHIRO, KAWAKAMI, HIDEO, YAMADA, YUTAKA, KORETSUNE, YUKIHIRO, YAMADA, TAKAHISA, YOSHIDA, TETSURO, SHIMOMURA, HIDEKI, KINOSHITA, NORIYUKI, TAKAHASHI, AKIHIKO, YUSOFF, KHALID, WAN AHMAD, WAN AZMAN, ABU HASSAN, MUHAMMAD RADZI, KASIM, SAZZLI, ABDUL RAHIM, AIZAI AZAN, MOHD ZAMRIN, DIMON, MACHIDA, MASAHARU, HIGASHINO, YORIHIKO, UTSU, NORIAKI, NAKANO, AKIHIKO, NAKAMURA, SHIGERU, HASHIMOTO, TETSUO, ANDO, KENJI, SAKAMOTO, TOMOHIRO, PRINS, F.J., LOK, DIRK, MILHOUS, JOHANNES GERT-JAN, VIERGEVER, ERIC, WILLEMS, FRANK, SWART, HENK, ALINGS, MARCO, BREEDVELD, ROB, DE VRIES, KEES-JAN, VAN DER BORGH, ROGER, OEI, FANNY, ZOET-NUGTEREN, STIENEKE, KRAGTEN, HANS, HERRMAN, JEAN PAUL, VAN BERGEN, PAUL, GOSSELINK, MARCEL, HOEKSTRA, EDUARD, ZEGERS, ERWIN, RONNER, EELKO, DEN HARTOG, FRANK, BARTELS, GERARD, NIEROP, PETER, VAN DER ZWAAN, COEN, VAN ECK, JACOB, VAN GORSELEN, EDWIN, GROENEMEIJER, BJORN, HOOGSLAG, PIETER, DE GROOT, MARC ROBERT, LOYOLA, ALDRIN, SULIT, DENNIS JOSE, REY, NANNETTE, ABOLA, MARIA TERESA, MORALES, DANTE, PALOMARES, ELLEN, ABAT, MARC EVANS, ROGELIO, GREGORIO, CHUA, PHILIP, DEL PILAR, JOSE CARLO, ALCARAZ, JOHN DENNIS, EBO, GERALDINE, TIRADOR, LOUIE, CRUZ, JOSEFINA, ANONUEVO, JOHN, PITARGUE, ARTHUR, JANION, MARIANNA, GUZIK, TOMASZ, GAJOS, GRZEGORZ, ZABOWKA, MACIEJ, RYNKIEWICZ, ANDRZEJ, BRONCEL, MARLENA, SZUBA, ANDRZEJ, CZARNECKA, DANUTA, MAGA, PAWEL, STRAZHESKO, IRINA, VASYUK, YURY, SIZOVA, ZHANNA, POZDNYAKOV, YURY, BARBARASH, OLGA, VOEVODA, MIKHAIL, POPONINA, TATIANA, REPIN, ALEXEY, OSIPOVA, IRINA, EFREMUSHKINA, ANNA, NOVIKOVA, NINA, AVERKOV, OLEG, ZATEYSHCHIKOV, DMITRY, VERTKIN, ARKADIY, AUSHEVA, AZA, COMMERFORD, PATRICK, SEEDAT, SAADIYA, VAN ZYL, LOUIS, ENGELBRECHT, JAN, MAKOTOKO, ELLEN MAKONLI, PRETORIUS, CATHARINA ELIZABETH, MOHAMED, ZAID, HORAK, ADRIAN, MABIN, THOMAS, KLUG, ERIC, BAE, JANG-HO, KIM, CHEOLHO, KIM, CHONG-JIN, KIM, DONG-SOO, KIM, YONG JIN, JOO, SEUNGJAE, HA, JONG-WON, PARK, CHUL SOO, KIM, JANG YOUNG, KIM, YOUNG-KWON, JARNERT, CHRISTINA, MOOE, THOMAS, DELLBORG, MIKAEL, TORSTENSSON, INGEMAR, ALBERTSSON, PER, JOHANSSON, LARS, AL-KHALILI, FARIS, ALMROTH, HENRIK, ANDERSSON, TOMMY, PANTEV, EMIL, TENGMARK, BENGT-OLOV, LIU, BO, RASMANIS, GUNDARS, WAHLGREN, CARL-MAGNUS, MOCCETTI, TIZIANO, PARKHOMENKO, ALEXANDER, TSELUYKO, VIRA, VOLKOV, VOLODYMYR, KOVAL, OLENA, KONONENKO, LYUDMYLA, PROKHOROV, OLEKSANDR, VDOVYCHENKO, VALERIY, BAZYLEVYCH, ANDRIY, RUDENKO, LEONID, VIZIR, VADYM, KARPENKO, OLEKSANDR, MALYNOVSKY, YAROSLAV, KOVAL, VALENTYNA, STOROZHUK, BORYS, COTTON, JAMES, VENKATARAMAN, ASOK, MORIARTY, ANDREW, CONNOLLY, DEREK, DAVEY, PATRICK, SENIOR, ROXY, BIRDI, INDERPAUL, CALVERT, JOHN, DONNELLY, PATRICK, TREVELYAN, JASPER, CARTER, JUSTIN, PEACE, AARON, AUSTIN, DAVID, KUKREJA, NEVILLE, HILTON, THOMAS, SRIVASTAVA, SUNNY, WALSH, RONALD, FIELDS, RONALD, HAKAS, JOSEPH, PORTNAY, EDWARD, GOGIA, HARINDER, SALACATA, ABRAHAM, HUNTER, JOHN J., BACHARACH, J MICHAEL, SHAMMAS, NICOLAS, SURESH, DAMODHAR, SCHNEIDER, RICKY, GURBEL, PAUL, BANERJEE, SUBHASH, GRENA, PAUL, BEDWELL, NOEL, SLOAN, STEPHEN, LUPOVITCH, STEVEN, SONI, ANAND, GIBSON, KATHLEEN, SANGRIGOLI, RENEE, MEHTA, RAJENDRA, I-HSUAN TSAI, PETER, GILLESPIE, EVE, DEMPSEY, STEPHEN, HAMROFF, GLENN, BLACK, ROBERT, LADER, ELLIS, KOSTIS, JOHN B., BITTNER, VERA, MCGUINN, WILLIAM, BRANCH, KELLEY, MALHOTRA, VINAY, MICHAELSON, STEPHEN, VACANTE, MICHAEL, MCCORMICK, MATTHEW, ARIMIE, RALUCA, CAMP, ALAN, DAGHER, GEORGE, KOSHY, N. MATHEW, THEW, STEPHEN, COSTELLO, FREDERICK, HEIMAN, MARK, CHILTON, ROBERT, MORAN, MICHAEL, ADLER, FREDRIC, COMEROTA, ANTHONY, SEIWERT, ANDREW, FRENCH, WILLIAM, SEROTA, HARVEY, HARRISON, ROBERT, BAKAEEN, FAISAL, OMER, SHUAB, CHANDRA, LOKESH, WHELAN, ALAN, BOYLE, ANDREW, ROBERTS-THOMSON, PHILIP, ROGERS, JAMES, CARROLL, PATRICK, COLQUHOUN, DAVID, SHAW, JAMES, BLOMBERY, PETER, AMERENA, JOHN, HII, CHRIS, ROYSE, ALISTAIR, SINGH, BHUWAN, SELVANAYAGAM, JOSEPH, JANSEN, SHIRLEY, LO, WINGCHI, HAMMETT, CHRISTOPHER, POULTER, ROHAN, NARASIMHAN, SESHASAYEE, WIGGERS, HENRIK, NIELSEN, HENRIK, GISLASON, GUNNAR, KOBER, LARS, HOULIND, KIM, BOENELYKKE SOERENSEN, VIBEKE, DIXEN, ULRIK, REFSGAARD, JENS, ZEUTHEN, ELISABETH, SOEGAARD, PETER, HRANAI, MARIAN, GASPAR, LUDOVIT, PELLA, DANIEL, HATALOVA, KATARINA, DROZDAKOVA, ERIKA, COMAN, IOAN, DIMULESCU, DOINA, VINEREANU, DRAGOS, CINTEZA, MIRCEA, SINESCU, CRINA, ARSENESCU, CATALINA, BENEDEK, IMRE, BOBESCU, ELENA, DOBREANU, DAN, GAITA, DAN, IANCU, ADRIAN, ILIESIU, ADRIANA, LIGHEZAN, DANIEL, PETRESCU, LUCIAN, PIRVU, OCTAVIAN, TEODORESCU, IULIA, TESLOIANU, DAN, VINTILA, MARIUS MARCIAN, CHIONCEL, OVIDIU, Anand, Sonia S, Bosch, Jackie, Eikelboom, John W, Connolly, Stuart J, Diaz, Rafael, Widimsky, Peter, Aboyans, Victor, Alings, Marco, Kakkar, Ajay K, Keltai, Katalin, Maggioni, Aldo P, Lewis, Basil S, Störk, Stefan, Zhu, Jun, Lopez-Jaramillo, Patricio, O'Donnell, Martin, Commerford, Patrick J, Vinereanu, Dragos, Pogosova, Nana, Ryden, Lars, Fox, Keith A A, Bhatt, Deepak L, Misselwitz, Frank, Varigos, John D, Vanassche, Thomas, Avezum, Alvaro A, Chen, Edmond, Branch, Kelley, Leong, Darryl P, Bangdiwala, Shrikant I, Hart, Robert G, and Yusuf, Salim

Published
2018
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42. Pathoconnectome Analysis of Müller Cells in Early Retinal Remodeling

Author

Pfeiffer, Rebecca L., primary, Anderson, James R., additional, Emrich, Daniel P., additional, Dahal, Jeebika, additional, Sigulinsky, Crystal L., additional, Morrison, Hope A. B., additional, Yang, Jia-Hui, additional, Watt, Carl B., additional, Rapp, Kevin D., additional, Kondo, Mineo, additional, Terasaki, Hiroko, additional, Garcia, Jessica C., additional, Marc, Robert E., additional, and Jones, Bryan W., additional

Published
2019
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43. Comparative vertebrate genomic sequence analysis studies based on Fugu rubripes

Author

Botcherby, Marc Robert Michel

Subjects
572.8
Abstract

This thesis explores the benefits of the comparative analysis of genomic DNA sequence in three vertebrate species: man, mouse and Fugu rubripes. The first region studied is the interval around Fibroblast Growth Factor 2 (FGF2). It falls within the candidate mapping interval for Insulin Dependent Diabetes 3 (Idd3) in mouse, in which Spermatogenesis Associated Factor (SPAF), Fibroblast Growth Factor 2 (FGF2) along with NUDT4 (formerly known as the antisense of FGF2, GFG) and a Centrin related sequence are known to be present. The Ensembl entry for the human draft sequence only contains FGF2. A Fugu cosmid was sequenced to 99.99% accuracy and is shown to contain orthologues to SPAF, FGF2, NUDT4 and a Centrin gene, as well as a novel gene prediction (vader), evolutionarily conserved in mouse and man. Comparison to the available mouse and human genomic sequences indicates the presence of SPAF, FGF2, NUDT4 and a Centrin gene in both the mouse and human FGF2 genomic regions. The second area of study is the conventional Protein Kinase C family (cPKC), which comprises 4 isoenzymes in man: α, β1, β2, and γ. A number of approaches are taken to identify the Fugu cPKC homologues: genomic library screening by hybridisation, sequence scanning, Southern Blotting and degenerate PCR. A PKCα orthologue is identified and evidence for the existence of two further β homologues found. These genes are compared to the PKCs found in other species by means of phylogenetic trees. Two overlapping cosmids containing the PKCα orthologue are identified, sequenced to 99.99% accuracy and analysed. Potential regulatory elements are identified. A calcium channel subunit gene (CACNG5) is also found close to Fugu PRKCA, which reflects an association between all cPKCs and CACNG genes. This is interesting both from an evolutionary point of view and in the light of the association between cPKCs and Retinitis pigmentosa. Comparative sequence analysis is a useful tool for studying the evolution of gene families; the Fugu model provides a particularly effective means for the identification novel genes as well as regulatory elements.

Published
2002

44. Eliminating redox-mediated electron transfer mechanisms on molecular catalysts enables CO2 conversion to ethanol

Author

Maryam Abdinejad, Amirhossein Farzi, Robin Möller-Gulland, Fokko Mulder, Chengyu Liu, Junming Shao, Marc Robert, Ali Seifitokaldani, and Thomas Burdyny

Abstract

Molecular catalysts play a significant role in chemical transformations, utilizing changes in redox states to facilitate reactions. In the broadening field of carbon dioxide (CO2) electrolysis to value-added products, catalyst choice strongly impacts product formation. To date molecular electrocatalysts have efficiently produced single-carbon products from CO21–3 but have struggled to achieve the carbon-carbon coupling step needed to reach highly valued multi-carbon products. Conversely, copper acts as the only reliable bulk metal that enables carbon-carbon coupling, but leads to broad C2+ product spectrums.3–5 Here we designed a molecular electrocatalyst system that subverts the traditional redox-mediated reaction mechanisms of organometallic compounds, facilitating electrochemical CO2-to-ethanol yields of 96% at optimal conditions with trace methanol and C3 products. By coupling iron tetraphenylporphyrin (Fe-TPP) with a nickel electrode, we fixed the iron oxidation state during electrocatalytic CO2 reduction to enable further reductions and coupling of *CO intermediates. This represents a marked behavioural shift compared to the same metalloporphyrin deposited onto carbon-based electrodes. Extending the approach to a 3D porous nickel support with adsorbed Fe-TPP, we attain ethanol faradaic efficiencies of 68% +/- 3.2% at -0.3 V vs a reversible hydrogen electrode (pH = 7.7) with partial ethanol current densities of -21 mA cm-2. Separately we demonstrate maintained ethanol production over 60 hours of operation. Further consideration of the wide parameter space of molecular catalyst and metal electrodes shows promise for additional novel chemistries and achievable metrics.

Published
2023

47. High-Resolution Synaptic Connectomics

Author

Marc, Robert E., Jones, Bryan W., Sigulinsky, Crystal, Anderson, James R., Lauritzen, J. Scott, Aizawa, Masuo, Series editor, Greenbaum, Elias, Editor-in-chief, Andersen, Olaf S., Series editor, Austin, Robert H., Series editor, Barber, James, Series editor, Berg, Howard C., Series editor, Bloomfield, Victor, Series editor, Callender, Robert, Series editor, Chance, Britton, Series editor, Chu, Steven, Series editor, DeFelice, Louis J., Series editor, Deisenhofer, Johann, Series editor, Feher, George, Series editor, Frauenfelder, Hans, Series editor, Giaever, Ivar, Series editor, Gruner, Sol M., Series editor, Herzfeld, Judith, Series editor, Humayun, Mark S., Series editor, Joliot, Pierre, Series editor, Keszthelyi, Lajos, Series editor, Knox, Robert S., Series editor, Lewis, Aaron, Series editor, Lindsay, Stuart M., Series editor, Mauzerall, David, Series editor, Mielczarek, Eugenie V., Series editor, Niemz, Markolf, Series editor, Parsegian, V. Adrian, Series editor, Powers, Linda S., Series editor, Prohofsky, Earl W., Series editor, Rubin, Andrew, Series editor, Seibert, Michael, Series editor, Thomas, David, Series editor, and Douglass, Adam D., editor

Published
2015
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49. Front Cover: In situ X‐ray Absorption Spectroscopy in Homogeneous Conditions Reveals Interactions Between CO 2 and a Doubly and Triply Reduced Iron(III) Porphyrin, then Leading to Catalysis (ChemCatChem 7/2023)

Author

Daniela Mendoza, Si‐Thanh Dong, Nikolaos Kostopoulos, Victor Pinty, Orestes Rivada‐Wheelaghan, Elodie Anxolabéhère‐Mallart, Marc Robert, and Benedikt Lassalle‐Kaiser

Subjects
Inorganic Chemistry, Organic Chemistry, Physical and Theoretical Chemistry, Catalysis
Published
2023

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