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Compromising between European and US allergen immunotherapy schools: Discussions from GUIMIT, the Mexican immunotherapy guidelines by Larenas Linnemann, Désirée, Rodríguez Pérez, Noel, Luna Pech, Jorge A., Rodríguez González, Mónica, Blandón Vijil, María Virginia, Del Río Navarro, Blanca E., Costa Domínguez, María del Carmen, Navarrete Rodríguez, Elsy Maureen, Macouzet Sánchez, Carlos, Ortega Martell, José Antonio, Pozo Beltrán, César Fireth, Estrada Cardona, Alan, Arias Cruz, Alfredo, Rodríguez Galván, Karen Guadalupe, Brito Díaz, Herson, Canseco Raymundo, María Del Rosario, Castelán Chávez, Enrique Emanuel, Escalante Domínguez, Alberto José, Gálvez Romero, José Luis, Gómez Vera, Javier, González Díaz, Sandra Nora, Guerrero Núñez, María Gracia Belinda, Hernández Colín, Dante Daniel, Macías Weinmann, Alejandra, Mendoza Hernández, David Alejandro, Meneses Sánchez, Néstor Alejandro, Mogica Martínez, María Dolores, Moncayo Coello, Carol Vivian, Montiel Herrera, Juan Manuel, O'Farril Romanillos, Patricia María, Onuma Takane, Ernesto, Ortega Cisneros, Margarita, Rangel Garza, Lorena, Stone Aguilar, Héctor, Torres Lozano, Carlos, Venegas Montoya, Edna, Wakida Kusunoki, Guillermo, Partida Gaytán, Armando, López García, Aída Inés, Macías Robles, Ana Paola, Ambriz Moreno, María de Jesús, Azamar Jácome, Amyra Ali, Beltrán de Paz, Claudia Yusdivia, Caballero López, Chrystopherson, Fernández de Córdova Aguirre, Juan Carlos, Fernández Soto, José Roberto, Lozano Sáenz, José Santos, Oyoqui Flores, José Joel, Osorio Escamilla, Roberto Efrain, Ramírez Jiménez, Fernando, Rivero Yeverino, Daniela, Martínez Infante, Eric, Medina Ávalos, Miguel Alejandro

“…Finally, dissemination and implementation of guidelines is briefly discussed, explaining how we used online tools for this in Mexico. Conclusions: Countries where European and American AIT extracts are available should adjust AIT according to which school is followed.…”
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Desarrollo de una vacuna oral contra Helicobacter pylori basada en la expresión de un antígeno multi-epítopo en Lactococcus lactis recombinante. by Urrutia Baca, Víctor Hugo

“…Therefore, a rational, strategic and efficient vaccine design against H. pylori is necessary where the use of the most current bioinformatics tools can help achieve this. In this study, an immunoinformatic approach was used to design a new multi-epitope oral vaccine against H. pylori. …”
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Desarrollo de una vacuna oral contra Helicobacter pylori basada en la expresión de un antígeno multi-epítopo en Lactococcus lactis recombinante. by Urrutia Baca, Víctor Hugo

“…Therefore, a rational, strategic and efficient vaccine design against H. pylori is necessary where the use of the most current bioinformatics tools can help achieve this. In this study, an immunoinformatic approach was used to design a new multi-epitope oral vaccine against H. pylori. …”
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A global-scale screening of non-native aquatic organisms to identify potentially invasive species under current and future climate conditions by Vilizzi, Lorenzo, Copp, Gordon H., Hill, Jeffrey E., Adamovich, Boris, Aislabie, Luke, Akin, Daniel, Al Faisal, Abbas J., Almeida, David, Azmai, M.N. Amal, Bakiu, Rigers, Bellati, Adriana, Bernier, Renée, Bies, Jason M., Bilge, Gökçen, Branco, Paulo, Bui, Thuyet D., Canning Clode, João, Cardoso Ramos, Henrique Anatole, Castellanos Galindo, Gustavo A., Castro, Nuno, Chaichana, Ratcha, Chainho, Paula, Chan, Joleen, Cunico, Almir M., Curd, Amelia, Dangchana, Punyanuch, Dashinov, Dimitriy, Davison, Phil I., De Camargo, Mariele P., Dodd, Jennifer A., Durland Donahou, Allison L., Edsman, Lennart, Ekmekçi, F. Güler, Elphinstone Davis, Jessica, Erős, Tibor, Evangelista, Charlotte, Fenwick, Gemma, Ferincz, Árpád, Ferreira, Teresa, Feunteun, Eric, Filiz, Halit, Forneck, Sandra C., Gajduchenko, Helen S., Gama Monteiro, João, Gestoso, Ignacio, Giannetto, Daniela, Gilles, Allan S., Gizzi, Francesca, Glamuzina, Branko, Glamuzina, Luka, Goldsmit, Jesica, Gollasch, Stephan, Goulletquer, Philippe, Grabowska, Joanna, Harmer, Rogan, Haubrock, Phillip J., He, Dekui, Hean, Jeffrey W., Herczeg, Gábor, Howland, Kimberly L., Ilhan, Ali, Interesova, Elena, Jakubčinová, Katarína, Jelmert, Anders, Johnsen, Stein I., Kakareko, Tomasz, Kanongdate, Kamalaporn, Killi, Nurçin, Kim, Jeong-Eun, Kırankaya, Şerife Gülsün, Kňazovická, Dominika, Kopecký, Oldřich, Kostov, Vasil, Koutsikos, Nicholas, Kozic, Sebastian, Kuljanishvili, Tatia, Kumar, Biju, Kumar, Lohith, Kurita, Yoshihisa, Kurtul, Irmak, Lazzaro, Lorenzo, Lee, Laura, Lehtiniemi, Maiju, Leonardi, Giovanni, Leuven, Rob S.E.W., Li, Shan, Lipinskaya, Tatsiana, Liu, Fei, Lloyd, Lance, Lorenzoni, Massimo, Luna, Sergio Alberto, Lyons, Timothy J., Magellan, Kit, Malmstrøm, Martin, Marchini, Agnese, Marr, Sean M., Masson, Gérard, Masson, Laurence, McKenzie, Cynthia H., Memedemin, Daniyar, Mendoza, Roberto, Minchin, Dan, Miossec, Laurence, Moghaddas, Seyed Daryoush, Moshobane, Moleseng C., Mumladze, Levan, Naddafi, Rahmat, Najafi Majd, Elnaz, Năstase, Aurel, Năvodaru, Ion, Neal, J. Wesley, Nienhuis, Sarah, Nimtim, Matura, Nolan, Emma T., Occhipinti Ambrogi, Anna, Ojaveer, Henn, Olenin, Sergej, Olsson, Karin, Onikura, Norio, O'Shaughnessy, Kathryn, Paganelli, Daniele, Parretti, Paola, Patoka, Jiří, Pavia, Richard Thomas B., Pellitteri Rosa, Daniele, Pelletier Rousseau, Michèle, Peralta, Elfritzson M., Perdikaris, Costas, Pietraszewski, Dariusz, Piria, Marina, Pitois, Sophie, Pompei, Laura, Poulet, Nicolas, Preda, Cristina, Puntila Dodd, Riikka, Qashqaei, Ali T., Radočaj, Tena, Rahmani, Hossein, Raj, Smrithy, Reeves, David, Ristovska, Milica, Rizevsky, Viktor, Robertson, D. Ross, Robertson, Peter, Ruykys, Laura, Saba, Abdulwakil O., Santos, José M., Sarı, Hasan M., Segurado, Pedro, Semenchenko, Vitaliy, Senanan, Wansuk, Simard, Nathalie, Simonović, Predrag, Skóra, Michał E., Slovák Švolíková, Kristína, Smeti, Evangelia, Smídová, Tereza, Spelić, Ivan, Srėbalienė, Greta, Stasolla, Gianluca, Stebbing, Paul, Stevove, Barbora, Suresh, Vettath R., Szajbert, Bettina, Ta, Kieu Anh T., Tarkan, Ali Serhan, Tempesti, Jonathan, Therriault, Thomas W., Tidbury, Hannah J., Top Karakuş, Nildeniz, Tricarico, Elena, Troca, Débora F.A., Tsiamis, Konstantinos, Tuckett, Quenton M., Tutman, Pero, Uyan, Umut, Uzunova, Eliza, Vardakas, Leonidas, Velle, Gaute, Verreycken, Hugo, Vintsek, Lizaveta, Wei, Hui, Weiperth, András, Weyl, Olaf L.F., Winter, Emily R., Włodarczyk, Radosław, Wood, Louisa E., Yang, Ruibin, Yapıcı, Sercan, Yeo, Shayne S.B., Yoğurtçuoğlu, Baran, Yunnie, Anna L.E., Zhu, Yunjie, Zięba, Grzegorz, Zitňanová, Kristína, Clarke, Stacey

“…This multi-lingual decision-support tool for the risk screening of aquatic organisms provides assessors with risk scores for a species under current and future climate change conditions that, following a statistically based calibration, permits the accurate classification of species into high-, medium- and low-risk categories under current and predicted climate conditions. …”
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Desarrollo de algoritmos matemáticos para detectar la presencia de bacterias, hongos y plagas, utilizando sistemas de procesamiento de imágenes. by Grajeda González, Uziel Francisco

“…As an alternative, hyperspectral imaging systems, in the visible spectrum, emerge as a tool to solve the above problems. In this research, this pathogen was detected on unthreshed wheat spikes through the use of principal component analysis, as well as the algorithm known as a spectral angle mapper and using a hyperspectral image processing system (camera and a lighting system with a regulator, Specim FX10). …”
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Diseño y evaluación de un sistema de información geográfica, como herramienta, para la prevención y control del dengue en el área metropolitana de Monterrey, N. L. (2009-2012).... by Orta Pesina, Héctor

“…The most important object of this work is to use a Geographic Information System, and that the tools developed in this study; AGEB, Week and Month Outbreak (M+1SD); can be used to help agencies of health, epidemiologists, public health officials, urban and the competent authorities in the elaboration of control measures and contingency programmers to effectively combat the dengue fever disease.…”
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Desarrollo de algoritmos matemáticos para detectar la presencia de bacterias, hongos y plagas, utilizando sistemas de procesamiento de imágenes. by Grajeda González, Uziel Francisco

“…As an alternative, hyperspectral imaging systems, in the visible spectrum, emerge as a tool to solve the above problems. In this research, this pathogen was detected on unthreshed wheat spikes through the use of principal component analysis, as well as the algorithm known as a spectral angle mapper and using a hyperspectral image processing system (camera and a lighting system with a regulator, Specim FX10). …”
Get full text

Diseño y evaluación de un sistema de información geográfica, como herramienta, para la prevención y control del dengue en el área metropolitana de Monterrey, N. L. (2009-2012).... by Orta Pesina, Héctor

“…The most important object of this work is to use a Geographic Information System, and that the tools developed in this study; AGEB, Week and Month Outbreak (M+1SD); can be used to help agencies of health, epidemiologists, public health officials, urban and the competent authorities in the elaboration of control measures and contingency programmers to effectively combat the dengue fever disease.…”
Get full text