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2. Airway management in neonates and infants

Author

Disma, Nicola, Asai, Takashi, Cools, Evelien, Cronin, Alexandria, Engelhardt, Thomas, Fiadjoe, John, Fuchs, Alexander, Garcia-Marcinkiewicz, Annery, Habre, Walid, Heath, Chloe, Johansen, Mathias, Kaufmann, Jost, Kleine-Brueggeney, Maren, Kovatsis, Pete G., Kranke, Peter, Lusardi, Andrea C., Matava, Clyde, Peyton, James, Riva, Thomas, Romero, Carolina S., von Ungern-Sternberg, Britta, Veyckemans, Francis, and Afshari, Arash

Published
2024
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4. Direct versus video laryngoscopy with standard blades for neonatal and infant tracheal intubation with supplemental oxygen: a multicentre, non-inferiority, randomised controlled trial

Author

Riva, Thomas, Engelhardt, Thomas, Basciani, Reto, Bonfiglio, Rachele, Cools, Evelien, Fuchs, Alexander, Garcia-Marcinkiewicz, Annery G, Greif, Robert, Habre, Walid, Huber, Markus, Petre, Maria-Alexandra, von Ungern-Sternberg, Britta S, Sommerfield, David, Theiler, Lorenz, Disma, Nicola, Johansen, Mathias, Seiler, Stefan, Fisler, Nadja, Wittwer, Jennifer, Kämpfer, Martina, Enderlin, Marco, Sommerfield, Aine, Slevin, Lliana, Nguyen, Julie, Hauser, Neil, Sequera-Ramos, Luis, Daly-Guris, Rodrigo, Dato, Andrea, Moscatelli, Andrea, Wolfler, Andrea, and Mattioli, Girolamo

Abstract

Tracheal intubation in neonates and infants is a potentially life-saving procedure. Video laryngoscopy has been found to improve first-attempt tracheal intubation success and reduce complications compared with direct laryngoscopy in children younger than 12 months. Supplemental periprocedural oxygen might increase the likelihood of successful first-attempt intubation because of an increase in safe apnoea time. We tested the hypothesis that direct laryngoscopy is not inferior to video laryngoscopy when using standard blades and supplemental oxygen is provided.

Published
2023
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5. Effect of cardiopulmonary bypass and aortic clamping on functional residual capacity and ventilation distribution in children

Author

Von Ungern-Sternberg, Britta S., Petak, Ferenc, Saudan, Sonja, Pellegrini, Michel, Erb, Thomas O., and Habre, Walid

Subjects
Coronary artery bypass, Health
Abstract

To link to full-text access for this article, visit this link: http://dx.doi.org/10.1016/j.jtcvs.2007.03.061 Byline: Britta S. von Ungern-Sternberg (a), Ferenc Petak (b), Sonja Saudan, Michel Pellegrini (a), Thomas O. Erb (c), Walid Habre (a) Abbreviations: CPB, cardiopulmonary bypass; Fio.sub.2, fraction of inspired oxygen; FRC, functional residual capacity; LCI, lung clearance index; SF.sub.6, sulfur hexafluoride Abstract: To characterize factors that contribute to lung function impairment after cardiopulmonary bypass, we assessed functional residual capacity and ventilation homogeneity during the perioperative period in children with congenital heart disease who are to undergo surgical repair. Author Affiliation: (a) Pediatric Anesthesia Unit, Geneva Children's Hospital, Geneva, Switzerland (b) Department of Medical Informatics, University of Szeged, Szeged, Hungary (c) University Children's Hospital, Basel, Switzerland. Article History: Received 28 November 2006; Revised 28 March 2007; Accepted 29 March 2007 Article Note: (footnote) The work should be attributed to the Division of Anesthesia, Geneva Children's Hospital, Geneva, Switzerland. Supported by the Swiss National Science Foundation (SNSF 105828/1), MSD Scholarship of the Swiss Paediatric Respiratory Research Group (SPRRG), and the Departments of Anesthesia, Universities of Geneva and Basel, Switzerland. Ferenc Petak is supported by the Bolyai Janos research fellowship.

Published
2007

7. Lessons learned from big data (APRICOT, NECTARINE, PeDI)

Author

Disma, Nicola, Habre, Walid, and Veyckemans, Francis

Abstract

Big data in paediatric anaesthesia allows the evaluation of morbidity and mortality of anaesthesia in a large population, but also the identification of rare critical events and of their causes. This is a major step to focus education and design clinical guidelines. Moreover, they can help trying to determine normative data in a population with a wide range of ages and body weights. The example of blood pressure under anaesthesia will be detailed. Big data studies should encourage every department of anaesthesia to collect its own data and to benchmark its performance by comparison with published data. The data collection processes are also an opportunity to build collaborative research networks and help researchers to complete multicentric studies. Up to recently, big data studies were only performed in well developed countries. Fortunately, big data collections have started in some low and middle income countries and truly international studies are ongoing.

Published
2024
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8. Incidence of severe critical events in paediatric anaesthesia (APRICOT): a prospective multicentre observational study in 261 hospitals in Europe

Author

Habre, Walid, Disma, Nicola, Virag, Katalin, Becke, Karin, Hansen, Tom G, Jöhr, Martin, Leva, Brigitte, Morton, Neil S, Vermeulen, Petronella M, Zielinska, Marzena, Boda, Krisztina, Veyckemans, Francis, Klimscha, Walter, Konecny, Regina, Luntzer, Robert, Morawk-Wintersperger, Ulrike, Neiger, Franz, Rustemeyer, Lydia, Breschan, Christian, Frey, Denise, Platzer, Manuela, Germann, Reinhard, Oeding, Joachim, Stoegermüller, Birgit, Ziegler, Bernhard, Brotatsch, Philipp, Gutmann, Anton, Mausser, Gerlinde, Messerer, Brigitte, Toller, Wolfgang, Vittinghoff, Maria, Zangl, Gregor, Seidel-Ahyai, Natascha, Hochhold, Christoph, Kroess, Ruth, Paal, Peter, Cnudde, Steven, Coucke, Patricia, Loveniers, Birgit, Mitchell, John, Kahn, David, Pirotte, Thierry, Pregardien, Caroline, Veyckemans, Francis, Coppens, Marc, De Hert, Stefan, Heyse, Björn, Neckebroek, Martine, Parashchanka, Aliaksandra, Van Limmen, Jurgen, Van Den Eynde, Nancy, Vanpeteghem, Caroline, Wyffels, Piet, Lalot, Michaël, Lechat, Jean-Paul, Stevens, France, Casaer, Sari, De Groote, Françoise, De Pooter, Françoise, De Villé, Andrée, Gerin, Marc, Magasich, Natalia, Sanchez Torres, Cristel, Van Deenen, Denise, Berghmans, Johan, Himpe, Dirk, Roofthooft, Eva, Joukes, Ellen, Smitz, Carine, Van Reeth, Veronique, Huygens, Christel, Lauweryns, Julie, De Smet, Karen, Najafi, Nadia, Poelaert, Jan, Van de Velde, Anne, Van Mossevelde, Veerle, Bekavac, Ivan, Butkovic, Diana, Heli Litvic, Dubravka, Kerovec Soric, Ivana, Maretic, Hrvoje, Moscatello, Djurdjica, Popovic, Ljiljana, Micici, Slobodan, Stuck Tus, Ivana, Kalagac Fabris, Lada, Simurina, Tatjana, Sulen, Nina, Kesic-Valpotic, Gordana, Djapic, Dajana, Žurek, Jirí, Jureckova, Lucie, Mackova, Iveta, Skacel, Monika, Weinlichova, Stanislava, Divák, Jan, Frelich, Michal, Urbanec, René, Biskupova, Vera, Mixa, Vladimir, Pavlickova, Jana, Afshari, Arash, Bøttger, Morten, Ellekvist, Marguerite B., Johansen, Mathias, Ingeborg Madsen, Birgitte, Christian Nilsson, Jens, Schousboe, Birgitte MB, Clausen, Nicola G., Hansen, Tom G., Phaff Steen, Nick, Ilmoja, Mari-Liis, Tonise, Virge, Karjagin, Juri, Kikas, Reet, Isohanni, Mika, Lyly, Anniina, Takala, Annika, Happo, Johanna, Kiviluoma, Kai, Martikainen, Kati, Aantaa, Riku, Manner, Tuula, Vilo, Sanna, Amory, Catherine, Ludot, Hugues, Lambotte, Patricia, Busche, René, Jacqmarcq, Olivier, Lejus, Corinne, Corouge, Julien, Erb, Christian, Garrigue, Delphine, Gillet, Patricia, Laffargue, Anne, Lambelin, Veronique, Le Freche, Hélène, Peresbota, Daliana, Richart, Pierre, Berton, Jerome, Chapotte, Catherine, Colbus, Laurent, Lehousse, Thierry, Monrigal, Jean, Baujard, Catherine, Roulleau, Philippe, Staiti, Giuseppe, Batoz, Hélène, Bordes, Maryline, Didier, Anne, Hamonic, Yann, Lagarde, Sylvaine, Nouette-Gaulain, Karine, Semjen, François, Zaghet, Brigitte, Dekens, Jacky, Delcuze, Axelle, Dupont, Hervé, Legrand, Aurélien, Raffoflandreur, Celine, Audren, Noémie, Camus, Blandine, Cartal, Marielle, Chazelet, Chantal, Davin, Isabelle, Guillier, Marion, Desjeux, Luc, Larcher, Claire, Grein, Elodie, Leclercq, Mickeal, Levitchi, Roxana, Rosu, Lilica, Simon, Dominique, Zang, Aurélien, Migeon, Anne, Gagey, Anne-Charlotte, Bourdaud, Nathalie, Carre, Anne-Charlotte, Duflo, Frédéric, Riche, Jean-Claude, Robert, Philippe, Druot, Emilie, Maupain, Olivier, Orliaguet, Gilles, Sabau, Lucie, Taright, Hanna, Uhrig, Lynn, Verchere-Montmayeur, Juliette, Debrabant, Lise, Pilla, Clotaire, Podvin, Alexandre, Roth, Benjamin, Dahmani, Souhayl, Julien-Marsollier, Florence, Sabourdin, Nada, Alexandri, Bogdan, Brezac, Gilles, de la Brière, Francois, Hayem, Catherine, Lhubat, Elizabeth, Paul Mission, Jean, Rémond, Charlotte, Dadure, Christophe, Maniora, Maud, Marie, Anais, Pirat, Philippe, Saour, Anne-Charlotte, Sola, Chrystelle, Ecoffey, Claude, Wodey, Eric, Adam, Christian, Standl, Thomas, Schindler, Ehrenfried, Yamamoto, Tomohiro, Brackhahn, Michael, Eich, Christoph Bernhard, Guericke, Holger, Kindermann, Petra, Laschat, Michael, Schink, Cornel, Wappler, Frank, Hoehne, Claudia, Skordou, Natalia, Ulrici, Johanna, Jetzek-Zader, Martin, Kienbaum, Peter, Meyer-Treschan, Tanja, Picker, Olaf, Schaefer, Maximilian S., Mielke, Golo, Baethge, Sabine, Ramminger, Axel, Bauer, Martin, Bollinger, Matthias, Hinz, José, Quintel, Michael, Russo, Sebastian G., Bauer, Michael, Geil, Dfominik, Kortgen, Andreas, Preussler, Niels-Peter, Hofmann, Ulrich, Raber, Manfred, Reindl, Doris, Becke, Karin, Oppenrieder, Karin, Schierlinger, Bettina, Roth, Jens, Funk, Wolfgang, Fischer, Thomas, Gernoth, Christian, Wiefelspütz, Christina, Volger, Hauke, Zederer, Nicole, Diers, Anja, Huber, Matthias, Schorer, Clemens, Weyland, Andreas, Schwarzkopf, Konrad, Grau, Catharina, Roth, Winfried, Holy, Rolf, Mader, Thomas, Peter, Laura, Supthut, Hauke, Kuehhirt, Thomas, Milde, Alexander, Fiedler, Fritz, Isselhorst, Carsten, Grundmann, Ulrich, Pattar, Alexander, Reinert, Jennifer, Ehm, Birgit, Fritzsche, Katrin, Gaebler, Ralf, Meybohm, Patrick, Hein, Maximilian, Guzman, Ines, Jokinen, Johanna, Kranke, Peter, Goebel, Ulrich, Harris, Sarah, Eisner, Christoph, Ochsenreiter, Miriam, Schoeler, Michael, Thil, Elke, Ellerkmann, Richard, Hoeft, Andreas, Neumann, Claudia, Weber, Stefan, Keilhauer, Julia, Kloessing, Jan, Schramm, Michael, Trieschmann, Uwe, Knauss, Kristina, Sinner, Barbara, Steinmann, Johannes, Koessler, Herbert, Kalliardou, Evagelia, Malisiova, Anna, Tsiotou, Adelais, Chloropoulou, Pelagia, Chrysi, Mpratzou, Iordanidou, Despoina, Ntavlis, Merkourios, Boda, Krisztina B, Guerin, Christilynn, Irwin, Janice, Magner, Claire, Nakhjavani, Solmaz, O'Hare, Brendan, Galvin, Deborah, Jamil, Yosry, Lesmes, Carlos, Barak, Yuri, Fisher, Haran, Kachko, Ludmyla, Katz, Jacob, Kirilov, Dmitry, Levinzon, Michael, Manevich, Yair, Nekrasov, Konstantin, Peled, Elia, Sanko, Elena, Schmain, Dmitri, Sheinkin, Olga, Simhi, Eliahu, Tarabikin, Alex, Trabkin, Evelina, Yagudaev, Irena, Zeitlin, Yelena, Zunser, Igor, Cerutti, Elisabetta, Maddalena Schellino, Maria, Valzan, Silvia, Lucia Pinciroli, Rosa, Bortone, Luciano, Cerati, Giorgia, Salici, Fabiana, Bussolin, Leonardo, Rizzo, Giuliana, Rossetti, Francesca, Marchesini, Laura, Tesoro, Simonetta, De Lorenzo, Brita, Guarracino, Fabio, Kuppers, Beate, Astuto, Marinella, Pitino, Sofia, Scalisi, Rita, Scordo, Lucia, D'Alessandro, Sandra, Dei Giudici, Luigi, Farinelli, Ivano, Lofino, Giuseppe, Marchetti, Giuliano, Giuseppe Picardo, Sergio, Reali, Simone, Vittori, Alessandro, Antonio Idone, Francesco, Sammartino, Maria, Sbaraglia, Fabio, Barbera, Cinzia, Bevilacqua, Michela, Cento, Valeria, Disma, Nicola, Kotzeva, Svetlana, Mameli, Leila, Montobbio, Giovanni, Passariello, Leandro, Punzo, Cinzia, Sileo, Rosanna, Viacava, Rosanna, Volpe, Claudia, Zanaboni, Clelia, Calderini, Edoardo, Genco, Daniele, Neri, Simona, Ottolina, Davide, Camporesi, Anna, Izzo, Francesca, Salvo, Ida, Wolfler, Andrea, Sanna, Andrea, Sciascia, Angela, Stoia, Paolo, Guddo, Annamaria, Lapi, Maria, Ivani, Giorgio, Longobardo, Annalisa, Mossetti, Valeria, Pedrotti, Dino, Grazzini, Maurizia, Meneghini, Luisa, Metrangolo, Salvatore, Michelon, Stefania, Minardi, Carmelo, Tognon, Costanza, Zadra, Nicola, Busi, Ilaria, Khotcholava, Magda, Guido Locatelli, Bruno, Sonzogni, Valter, Starita, Giusi, Almenrader, Nicole, Aurilio, Caterina, Sansone, Pasquale, Albarello, Raffaella, Bracci, Paolo, Cecini, Mariateresa, Cristina Mondardini, Maria, Pasini, Lorena, Vason, Milo, Zani, Gianluca, Zoppellari, Roberto, Pistidda, Laura, Cortegiani, Andrea, Maurizio Raineri, Santi, Hasani, Antigona, Hashimi, Medita, Ancupans, Agris, Barzdina, Arta, Straume, Zane, Zundane, Anda, Chlopin, Mikhail, Gestautaite, Dalia, Lukosiene, Laura, Paliokaite, Evelina, Razlevice, Ilona, Armoniene, Inesa, Bernotiene, Aurelija, Daugelavicius, Vidunas, Dockiene, Ilona, Gaidelyte, Lina, Saviciene, Nijole, Krikstaponiene, Jolita, Sidlovskaite-Baltake, Dominika, Stasevski, Vladyslav, Vaitoskaite, Agne, Gatt, David, Mifsud, Stephanie, Zammit, Simone, Allison, Celia, Aslami, Hamid, Eberl, Susanne, van Stijn, Mireille F M, Stevens, Markus F, Punt, Kees, van Osch, Rob, Bauwman, Arthur, Scholten, Harm, Svircevic, Vesna, Adriaens, Veronique, Dirckx, Maaike, Dogger, Jaap, Dons-Sinke, Ilse, Machotta, Andreas, Moors, Xavier, Rad, Mandana, Staals, Lonneke, van der Knijff - van Dortmont, Anouk, van der Marel, Caroline, Sieben, Anne, van der Zwan, Tim, Veldhuizen, Marianne, Alders, David, Buhre, Wolfgang, Vermeulen, Petronella M, Engel, Nicole, Vossen, Carine, Mahadewsing, Ravin, Meijer, Patrick, Gerling, Volker, van der Schatte Olivier, Roelof, van Doorn, Thea, Vons Mark Hendriks, Kristy, Lako, Sandra, jan Scheffer, Gert, Tielens, Luc, Voet, Marieke, Absalom, Anthony, Bergsma, Margot, Spanjer, Vera, Spanjersberg, Rob, van de Riet, Yvette, Volkers, Martin, de Graaff, Jurgen C., Hopman, Geranne A.J., Kappen, Teus H., Hannie, J., Megens, A.M., Numan, Sandra C., Schouten, Anton N.J., Turner, Nigel M., Van Der Werff, Désirée B.M., Wensing, Renee T.M., Ephraim, Erik, Nolte, Claire, Reikvam, Tore, Fredrik Lund, Ole, Skaaden, Lene, Marthe Ballovarre, Kari, Bakken Boerke, Wenche, Grindheim, Guro, Lindenskov, Pal H H, Beate Solas, Anne, Sponheim, Sjur, Ullensvang, Kyrre, Viken, Oddbjorn, Marie Drage, Inger, Gymoese Berthelsen, Kasper, Anders Kroken, Bjørn, Bergland, Unni, Pryzmont, Miroslaw, Talalaj, Mariola, Wasiluk, Malgorzata, Zalewska, Dorota, Damps, Maria, Siemek-Mitela, Jadzia, Wieczorek, Pawel, Juzwa, Magdalena, Rosada-Kurasinska, Jowita, Bartkowska-Sniatkowska, Alicja, Cettler, Maciej, Kopycinska, Renata, Rudewicz, Iwona, Sobczyk, Jaek, Wojciechowski, Dariusz, Baranowski, Artur, Basiewicz, Ewa, Mierzewska-Schmidt, Magdalena, Retka, Wlodzimierz, Sawicki, Piotr, Checinska, Magdalena, Zielinska, Marzena, Zurawska, Magdalena, Leal, Teresa, Mascarenhas, Catia, Pedro Pina, António, Joao Susano, Maria, Moniz, Antonio, Teresa Rocha, Maria, Calvao Santos, Carolina, Domingas Patuleia, M, Pereira, Ricardo, Roxo, Helena, Amaral, Rosa, Guedes, Isabel, Gomes, Cristina, Gonçalves, Marta, Salgado, Helena, Santos, Maria, Rodrigues, Sara, Sa, Angela, Machado, Elvira, Pé d'Arca, Sandra, Seabra, Manuel, Mihaela Gheorghe, Ligia, Ivascu, Constantin, Moraru-Draghici, Lucia, Suvejan, Mirela, Babici, Remus, Eniko, Kovacs, Hogea, Cristiana, Mihaela, Dubau, Nicoleta, Daraban, Barbunc, Danut, Maria Nistor, Alina, Stefan, Violeta, Catalina Ionescu, Gabriela, Davidescu, Irina, Teodora Nastase, Alina, Dumitru Rusu, Florin, Badarau, Victoria, Cindea, Iulia, Moscaliuc, Melania, Olteanu, Dana, Petrescu, Luxita, Ceuca, Daniela, Galinescu, Irena, Badeti, Rodica, Capusan, Alin, Cucui-Cozma, Cosmina, Popescu, Barbura, Cimpeanu, Luminita, Birliba, Mihaela-Petronela, Miulescu, Magdalena, Balamat, Stefania, Gurita, Adriana, Ilie, Luminita, Mocioiu, Gabriel, Pick, Darina, Sirghie, Rodica, Tabacaru, Radu, Trante, Irinel, Gurita, Adriana, Horhota, Lucian, Bandrabur, Daniela, Ciobanu, Tudor, Cuciuc, Veaceslav, Munteanu, Valentin, Olaru, Valentin, Paiu, Corneliu, Savu, Anca, Trifan, Oana, Elena Malos, Anca, Glazunov, Anton, Ivanov, Alexander, Poduskov, Evgeny, Popov, Alexander, Guskov, Igor, Lugovoy, Alexander, Nechaev, Vladislav, Ovezov, Alexey, Basov, Mikhail, Kochkin, Vladimir, Lazarev, Vladimir, Chizhov, Dmitri, Ostreikov, Ivan, Tolasov, Konstantin, Budic, Ivana, Marjanovic, Vesna, Draskovic, Biljana, Pandurov, Marina, Simin, Jovana, Dolinaj, Vladimir, Janjevic, Dusanka, Mandras, Ana, Mircetic, Maja, Petrovic, Sladjana, Rebac, Vlatka, Slavkovic, Bojana, Stevanovic, Vesna, Velcev, Ana, Knezevic, Mirjana, Milojevic, Irina, Puric, Selena, Simic, Irena, Stevic, Marija, Stranjanac, Vladimir, Simic, Dusica, Cabanova, Barbora, Hanula, Miloslav, Grynyuk, Andry, Berger, Jelena, Cerne, Uros, Nastran, Andraz, Pirc, Dejan, Popic, Rok, Stupnik, Spela, Rubio, Paloma, del Río, Cristina, Benito, Pilar, Pino, Gema, Gutierrez, Ignacio, Gutierrez Valcarcel, Andrea, León Carsi, Irene, Perez Garcia, Anibal, López Galera, Sílvia, Marco Valls, Joan, Ricol Lainez, Laura, Vallejo Tarrat, Andrea, Artes, David, Banus, Ester, Chirichiello, Luca, De Abreu, Leidy, De Josemaria, Belen, Helena Gaitan, M, Garces, Antonio, Lazaro, Juan J, Manen Berga, Ferran, Molies, Dolors, Monclus, Enric, Navaro, Montserrat, Pamies, Carmen, Perelló, Marina, Prat, Mar, Ribo, Laura, Angeles Sanz, M, Serrano, Silvia, Sola Ruiz, Eva, Anuncia Escontrela Rodríguez, Blanca, Maria Gago Martinez, Andrea, Martínez Ruiz, Alberto, De La Cruz Benito, Fausto, Gabilondo Garcia, Gustavo, Martinez Maldonado, Ever, Noriega, Bryant, Oller Duque, Lara, Olmos Mendez, Alberto, Perez- Ferrer, Antonio, Reinoso Barbero, Francisco, Acevedo Bambaren, Ismael, Domínguez, Fernando, Franco, Teresa, Jiménez, Anabel, Melero, Alicia, Feliu, Montserrat, García, Irene, Montferrer, Núria, Munar, Francisca, Muro, Cristina, Nuño, Rosario, Perera, Remel, Schmucker, Erika, Börjesson, Glenda, Gillberg, Lars, Castellheim, Albert, Sandström, Kerstin, Bauer, Annette, Roos, Torbjörn, Hedlund, Lars, Boegli, Yann, Dolci, Mirko, Marcucci, Carine, Spahr-Schopfer, Isabelle, Habre, Walid, Pellegrini, Michel, Book, Malte, Errass, Loreen, Riggenbach, Christine, Casutt, Mattias, Hölzle, Martin, Hurni, Thomas, Jöhr, Martin, Mauch, Jacqueline, Anselmi, Luciano, Anselmi, Irene, Jacomet, Alfred, Oberhauser, Markus, Wossner, Stephanie, Zettl, Angelika, Erb, Thomas, Mackiewicz, Tomasz, Simitzes, Helena, Ozer, Yetkin, Takil, Arzu, Alanoglu, Zekeriyya, Bermede, Onat, Cakar Turhan, K.Sanem, Alkis, Neslihan, Yildirim Guclu, Cigdem, Ceyda Meco, Basak, Hatipoglu, Zehra, Ozcengiz, Dilek, Begec, Zekine, Ilksen Toprak, Huseyin, Kendigelen, Pinar, Cigdem Tütüncü, Ayse, Karadeniz, Meltem Savran, Seyhan Ozkan, Tulay, Sivrikoz, Nuket, Kemal Arslantas, Mustafa, Hizal, Ayse, Tore Altun, Gülbin, Umuroglu, Tumay, Baris, Sibel, Kazak Bengisun, Zuleyha, Goncharenko, Galyna, Khrapak, Maksym, Klymenko, Tetyana, Pavlenko, Vitaliy, Prysiazhniuk, Dmytro, Rudio, Olga, Varyvoda, Mykhailo, Vodianytskyi, Sergii, Boryshkevych, Ivanna, Kyselova, Iryna, Trikash, Nikolay, Albokrinov, Andrew, Perova-Sharonova, Valentina, Sklyar, Vitaliy, Surkov, Denis, Abdelaal, Amr, Barber, Nicola, Checuti, Sarah, Godsiff, Leisha, Johanne, Lynch, Simpson, Joanna, Underhill, Helen, Diwan, Rishi, Kelgeri, Nivedita, Masip, Nuria, Ravi, Radha, Roberts, Steve, Cillis, Annagrazia, Marcus, Ritchie, Merella, Federica, Love, David, Baraggia, Paolo, Bird, Victoria, Hussey, Joseph, Alderson, Peter, Bartholomew, Karen, Moncreiff, Michael, Davidson, Sarah, Hare, Alison, Kotecha, Ami, Lee, Corina, Liyanage, Ganga, Patel, Shivali, Samani, Amee, Abou-Samra, Mark, Boyd, Matthew, Hullatt, Laurence, Levy, David, Pauling, Mark, Sharman, Sarah-Jane, Smith, Natalie, Rutherford, John, Cavalier, Alison, Locke, Christie, Sage, Frederic, Bapat, Smita, Hammerschlag, Jacinda, Ioannou, Ioannis, King, Stephanie, Pegg, Rachel, Salota, Vishal, Sketcher, Jonathan, Thadsad, Muthu, Zeitlin, Deborah, Jack, Ewan, Lang, Colin, Ahmed, Samira, Ayyash, Reema, Bari, Francoise, Bell, Sarah J, Elizabeth Biercamp, Claire, Briggs, Sandra, Gabriella Elena Clement, Maria, Dalton, Mark, Ali Eissa Eid, Mohamed, Gandhi, Monica, Harmen Herrema, Idse, Khaffaf, Ranj, Jeng Min Law, Savio, McClintock, Joanna, Ireland, Nicholas, Majid Saleem, Mohammed, Smith, Fiona, Cohen, Marc, Lee, Clover-Ann, O'Donahue, Lizanne, Powell, Alex, Rawlinson, Ellen, Snoek, Aarjan, Weiss, Katja, Wellesley, Hugo, Crawford, Michael, Abdel-Hafiz, Mostafa, Day, Alexandra, Rajamani, Balaji, Saha, Rita, Wright, Dave, Chee, Lew-Chin, Bew, Stephanie, Homer, Rachel, Malarkkan, Nalini, Wolfe Barry, Juliet, Angadi, Pradeep, Cagney, Brid, De Melo, Eric, Dekker, Elsa, Helm, Emma, Jones, Gareth, Peiris, Kawshala, Russell, William, Slater, Patricia, Sodhi, Puja, Browning, Mike, Phillips, Trudie, Van Hecke, Rachel, Muir, Vimty, Singh, Piyush, Soskova, Tereza, Cumming, Craig, Farquharson, Pamela, Pearson, Karen, Shaw, Neil, Whiteside, Jonathan, Whyte, Emma, Byers, Gordon, Davies, Kay, Engelhardt, Thomas, Faliszewski, Isabella, Johnston, Graham, Kaufmann, Nils, Kusnirikova, Zuzana, Wilson, Graham, Carachi, Peter, Makin, Andrew, Foster, Brian, Lipczynski, Dariusz, Mawer, Rebecca, Rutherford, William, Rogerson, David, Rushman, Sarah, Taylor, Christopher, Tomlinson, William, Dix, Philippa, Woodward, Tom, Bell, Graham, Boyle, David, Cloherty, Marianne, Cullen, Julia, Cullen, Pauline, Fairgrieve, Ross, Ghent, Robert, Glasgow, Russell, Gordeeva, Elena, Harden, Alison, Hivey, Sarah, Jerome, Kevin, McKee, Lesley, Morton, Neil, Pribul, Vicky, Sinclair, John, Steiner, Maria, Steward, Heather, Sweeney, Lorraine, Thomson, Wendy, Whiteside, Jeanette, Dalton, Andrew, Ross, Mark, Smith, Carolyn, Allen, Claire, Anders, Nicola, Barlow, Victoria, Bassett, Mike, Darwin, Leanne, Davison, Rachel, Diacono, Jacques, Hobbs, Amy, Hutchinson, Adel, Lomas, Bernadette, Lonsdale, Hannah, Nasser, Leila, Oshan, Vimmi, Patel, Pradip, Raistrick, Christopher, Scott-Warren, Victoria, Talbot, Laura, Wai, Carolynn, Childs, Sophie, Dickinson, Matthew, Bloomfield, Tom, Garrioch, Sweyn, Watson, Karen, Gaynor, James, Harrison, Richard, Lee, Juliette, Blythe, Elizabeth, Dorman, Teresa, Eissa, Ayman, Ellwood, James, Gooch, Ingrid, Hearn, Robert, Hodgetts, Vanessa, John, Robert, Kirton, Christine, Ladak, Nadia, Morgan, Judith, Plant, Nina, Shepherd, Elizabeth, Short, Judith, Stack, Charles, Steel, Simon, Taylor, Matthew, Thomas, Deborah, Wilson, Catharine, Wilson-Smith, Elaine, Bradbury, Carol L., Hussain, Nageena, Mayell, Antonia, Mesbah, Ahmed, Qureshi, Arif, Vaidyanath, Chandra, Geary, Tim, Hawksworth, Chris, Parasuraman, Tamaraichelvi, Perry, Nicole, Banerjee, Indrani, Barr, Katharine, Butler, Patrick, Davies, Jack, Flewin, Lisa, Gande, Richard, Montague, James, Plumb, James, Pratt, Thomas, Sutherland, Paul, Taylor, Matthew, Vail, Hannah, Wilkins, Andrew, Hunter, Catherine, Russell, Susan, Thomas, Alun, Mifsud, Mark, Strachan, Dominic, Leva, Brigitte, Plichon, Benoit, and Harlet, Pierre

Abstract

Little is known about the incidence of severe critical events in children undergoing general anaesthesia in Europe. We aimed to identify the incidence, nature, and outcome of severe critical events in children undergoing anaesthesia, and the associated potential risk factors.

Published
2017
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13. Risk assessment for respiratory complications in paediatric anaesthesia: a prospective cohort study

Author

von Ungern-Sternberg, Britta S, Boda, Krisztina, Chambers, Neil A, Rebmann, Claudia, Johnson, Chris, Sly, Peter D, and Habre, Walid

Abstract

Perioperative respiratory adverse events in children are one of the major causes of morbidity and mortality during paediatric anaesthesia. We aimed to identify associations between family history, anaesthesia management, and occurrence of perioperative respiratory adverse events.

Published
2010
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14. Neonatal ventilation

Author

Habre, Walid

Abstract

Preventing ventilation-induced lung injury and bronchopulmonary dysplasia is an important goal in the care of ventilated neonates. Recently, there have been tremendous efforts to improve ventilation strategies, which aim at ventilating with a ‘protective’ and ‘open-lung’ strategy. Several different ventilation modes are now available, but it is important to note that, with regard to the neonatal pulmonary and neural outcome, there is still no clear evidence as to the superiority of one ventilation mode over another. Clinicians should bear in mind that any ventilation mode used to ventilate a neonate should be accompanied by real-time pulmonary monitoring to continuously adapt the ventilation strategy to the sudden changes in the respiratory mechanical properties of the lung. This article will describe the different ventilation modes available for neonates and highlight the importance of using a protective and open-lung ventilation strategy, even in the operating room.

Published
2010
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15. Population Pharmacokinetic/Pharmacodynamic Modelling of the Analgesic Effects of Tramadol in Pediatrics

Author

Garrido, María, Habre, Walid, Rombout, Ferdinand, and Trocóniz, Iñaki

Abstract

The efficacy of tramadol (T) in children is not clearly understood because it is still unknown the ability of that population to form the active metabolite O-demethyltramadol (M1) and, whether or not the parent compound has a contribution to the efficacy. The aim was to develop a population pharmacokinetic/pharmacodynamic model for T in pediatrics, identifying the main active components.One hundred four children, mean age (4.55 years) received intravenously 1 mg/kg dose of T over 2.5 min at the end of surgery. If pain relief was inadequate, then an additional 0.33 mg/kg dose was given at 15, 30 and/or 45 min. Plasma samples and analgesic responses such as crying and movement were measured during a 6-h period.The estimates of the apparent volumes of distribution of the central compartment and at steady state and total plasma clearance of T were 8 l, 46.2 l, and 15.2 l/h, respectively. M1 formation clearance represented only a minor elimination pathway of T. Effect site concentrations of T and M1 were found to be the best predictors of the movement and crying responses, respectively. Steady-state plasma concentration levels of T and M1 of 100 and 15 ng/ml were associated with a 95% probability of adequate pain relief.Children have the ability to produce enough M1 to achieve proper pain relief. The response variables investigated give further evidence that not only the opioid effects of the metabolite are relevant, also the non-opiod effects of tramadol seem to give a significant contribution in its clinical use.

Published
2006
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17. Kinetics of procalcitonin, interleukin 6 and C-reactive protein after cardiopulmonary-bypass in children

Author

Beghetti, Maurice, Rimensberger, Peter C., Kalangos, Afksendiyos, Habre, Walid, and Gervaix, Alain

Abstract

Cardiopulmonary bypass induces a generalized inflammatory response, with fever and leukocytes, which is difficult to differentiate from an infection. Recently, procalcitonin has been proposed as an early and specific marker of bacterial infection. The influence of cardiopulmonary bypass on production of procalcitonin, therefore, must be assessed before considering this molecule as a valuable marker of infection after cardiac surgery in children. With this in mind, we measured levels of procalcitonin, interleukin 6, and C-reactive protein before and 6 h, 1, 3 and 5 days after cardiopulmonary bypass, in 25 children undergoing cardiac surgery. Cardiopulmonary-bypass induced a transient increase in procalcitonin, with a peak at 24 h, with a median of 1.13 μg/l, a 25th and 75th interquartile of 0.68–2.25, and a p value of less than 0.001. The value had returned to normal in the majority of the children by the third day after surgery. Peak values correlated with the duration of cardiopulmonary-bypass, with a r-value of 0.58 and a p value of 0.003; cross-clamp time, with a r-value of 0.62 and a p value of 0.001; days of mechanical ventilation, with a r-value of 0.62 and a p value of 0.001; and days of stay in intensive care, with a r-value of 0.68, and a p value of 0.0003. The value returned to normal after 3 days in 83% of the patients. Levels of interleukin 6 and C-reactive protein also increased significantly after surgery, and remained elevated for up to 5 days.Thus, in contrast to other markers, levels of procalcitonin in the serum are only slightly and transiently influenced by cardiopulmonary bypass, and may prove to be useful in the early recognition of an infection subsequent to cardiopulmonary bypass.

Published
2003
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18. Propofol Increased Cerebral Perfusion as Compared With Isoflurane During a Cerebral Angiography in a Child With Moyamoya Disease

Author

Culebras, Xavier, Martin, Jean-Baptiste, Treggiari-Venzi, Miriam, Ruefenacht, Daniel, and Habre, Walid

Abstract

We report the case of a child with Moyamoya disease during a cerebral angiography procedure in which the effects of propofol on the cerebral perfusion were seen to be different compared with isoflurane. We suggest propofol was associated with a better preservation of cerebral circulation compared to isoflurane in this case of Moyamoya, as it maintained blood supply to the watershed areas.

Published
2003

19. Effects of pulmonary vascular pressures and flow on airway and parenchymal mechanics in isolated rat lungs

Author

Peták, Ferenc, Habre, Walid, Hantos, Zoltán, Sly, Peter D., and Morel, Denis R.

Abstract

Changes in pulmonary hemodynamics have been shown to alter the mechanical properties of the lungs, but the exact mechanisms are not clear. We therefore investigated the effects of alterations in pulmonary vascular pressure and flow (Q˙p) on the mechanical properties of the airways and the parenchyma by varying these parameters independently in three groups of isolated perfused normal rat lungs. The pulmonary capillary pressure (Pcest), estimated from the pulmonary arterial (Ppa) and left atrial pressure (Pla), was increased at constant Q˙p(n= 7), orQ˙pwas changed at Pcest= 10 mmHg (n= 7) and at Pcest= 20 mmHg (n= 6). In each condition, the airway resistance (Raw) and parenchymal damping (G) and elastance (H) were identified from the low-frequency pulmonary input impedance spectra. The results of measurements made under isogravimetric conditions were analyzed. The changes observed in the mechanical parameters were consistent with an altered Pla: monotonous increases in Raw were observed with increasing Pla, whereas G and H were minimal at Pla of ∼7–10 mmHg and increased at lower and higher Pla. The results indicate that Pla, and not Ppa or Q˙p, is the primary determinant of the mechanical condition of the lungs after acute changes in pulmonary hemodynamics: the parenchymal mechanics are impaired if Pla is lower or higher than physiological, whereas airway narrowing occurs at high Pla.

Published
2002
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20. Hyperoxia-induced changes in mouse lung mechanics: forced oscillations vs. barometric plethysmography

Author

Peták, Ferenc, Habre, Walid, Donati, Yves R., Hantos, Zoltán, and Barazzone-Argiroffo, Constance

Abstract

Hyperoxia-induced lung damage was investigated via airway and respiratory tissue mechanics measurements with low-frequency forced oscillations (LFOT) and analysis of spontaneous breathing indexes by barometric whole body plethysmography (WBP). WBP was performed in the unrestrained awake mice kept in room air (n= 12) or in 100% oxygen for 24 (n= 9), 48 (n= 8), or 60 (n= 9) h, and the indexes, including enhanced pause (Penh) and peak inspiratory and expiratory flows, were determined. The mice were then anesthetized, paralyzed, and mechanically ventilated. Airway resistance, respiratory system resistance at breathing frequency, and tissue damping and elastance were identified from the LFOT impedance data by model fitting. The monotonous decrease in airway resistance during hyperoxia correlated best with the increasing peak expiratory flow. Respiratory system resistance and tissue damping and elastance were unchanged up to 48 h of exposure but were markedly elevated at 60 h, with associated decreases in peak inspiratory flow. Penh was increased at 24 h and sharply elevated at 60 h. These results indicate no adverse effect of hyperoxia on the airway mechanics in mice, whereas marked parenchymal damage develops by 60 h. The inconsistent relationships between LFOT parameters and WBP indexes suggest that the changes in the latter reflect alterations in the breathing pattern rather than in the mechanical properties. It is concluded that, in the presence of diffuse lung disease, Penh is inadequate for characterization of the mechanical status of the respiratory system.

Published
2001
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21. Pharmacokinetics of ropivacaine following caudal analgesia in children

Author

Habre, Walid, Bergesio, Riccardo, Johnson, Chris, Hackett, Peter, Joyce, David, and Sims, Craig

Abstract

Ropivacaine has a favourable toxicity profile for epidural anaesthesia in adults, so it may also be an appropriate agent for epidural analgesia in children. We therefore designed this study to determine the pharmacokinetic variables of ropivacaine relevant to the risk of toxicity, after caudal administration in children. We studied nine healthy children, aged 1–6 years who received 1 ml.kg−1of ropivacaine 0.25% for caudal analgesia. Venous blood samples were collected at intervals for 12 h after injection. Total plasma concentration of ropivacaine was assayed by high performance liquid chromatography, and pharmacokinetic descriptors were estimated from the plasma concentration‐time data. The median peak venous plasma concentration was 799 μg·l−1[interquartile range (IQR) 707–1044 μg·l−1], and was reached at a median time of 1.5 h (IQR 0.5–2 h). The mean elimination half‐life was 3.9 h (95% CI 2.7–5.0 h), and the mean apparent clearance and volume of distribution were 7.6±1.6 ml·min−1·kg−1(95% CI 6.1–9.1 ml·min−1·kg−1) and 2.4±0.6 l·kg−1(95% CI 1.9–3.0 l.kg−1), respectively. Analgesia was satisfactory in all cases and no systemic ropivacaine toxicity was observed. Caudal administration of weight‐adjusted doses of ropivacaine to children resulted in systemic exposure similar to that reported for adults. No systemic toxicity was observed. The findings strengthen predictions that the relative systemic safety of epidural ropivacaine in adults will apply to children. However, the pharmacokinetics and safety of epidural ropivacaine need to be studied further in children with circumstances that affect drug disposition and systemic tolerance.

Published
2000
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22. Pediatric anesthesia and recent developments in asthma in children

Author

Habre, Walid

Abstract

Asthma is a chronic inflammatory disease and the physiological consequence is bronchial hyperresponsiveness to different stimuli. With the worldwide increase in the prevalence of asthma, an increased number of asthmatics are likely to require anesthesia for surgical procedures. Recent investigations described the role played by different environmental agents in asthma, and clarified assessment and management strategies which can be applied to anesthesia in order to decrease the morbidity related to perioperative bronchospasm in children with asthma

Published
1998

24. Anaesthetic management of children with Joubert syndrome

Author

HABRE, WALID, SIMS, CRAIG, and D’SOUZA, MICHAEL

Abstract

We report the anaesthetic management of two children with Joubert syndrome. Children with this syndrome have abnormalities of respiratory control due to changes in the brainstem and cerebellum. They are extremely sensitive to the respiratory depressant effects of anaesthetic agents, including nitrous oxide. Anaesthesia using inhalational induction, controlled ventilation, avoidance of opioids, and close postoperative monitoring is recommended.

Published
1997
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25. Les lésions d’ischémie-reperfusion du poumon chez le porc influencent la fonction respiratoire quels que soient les agents anesthésiques

Author

Le Guen, Morgan, Doras, Camille, Malaspinas, Iliona, Petak, Ferenz, and Habre, Walid

Abstract

La transplantation thoracique est un modèle pur de syndrome d’ischémie/reperfusion (I/R) avec un risque pulmonaire majeur. Des études cliniques récentes à propos de la ventilation uni-pulmonaire semblent suggérer une influence du type d’agents anesthésique hypnotique dans cette réponse inflammatoire. L’objectif de cette étude expérimentale est donc de comparer l’impact de deux agents anesthésiques différents (sévorane et propofol) sur la fonction respiratoire au cours d’une I/R.

Published
2015
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