Resultados de búsqueda - ((((("naif" OR "naf") OR "nain") OR "niif") OR ("nadif" OR "nidia")) OR ("nair" OR "pair"))

Application of stable isotope analysis to differentiate shrimp extracted by industrial fishing or produced through aquaculture practices. por Gamboa Delgado, Julián, Molina Poveda, César, Godínez Siordia, Daniel Enrique, Villarreal Cavazos, David Alonso, Ricque Marie, Denis, Cruz Suárez, Lucía Elizabeth

“…Carbon and nitrogen stable isotope values (13CVPDB and 15NAIR) allowed clear differentiation of wild from farmed animals. 13CVPDB and 15NAIR values in shrimps collected in the open sea were isotopically enriched (−16.99‰ and 11.57‰), indicating that these organisms belong to higher trophic levels than farmed animals. 13CVPDB and 15NAIR values of farmed animals (−19.72‰ and 7.85‰, respectively) partially overlapped with values measured in animals collected in estuaries (−18.46‰ and 5.38‰, respectively). …”
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Application of stable isotope analysis to differentiate shrimp extracted by industrial fishing or produced through aquaculture practices por Gamboa Delgado, Julián, Molina Poveda, César, Godínez Siordia, Daniel Enrique, Villarreal Cavazos, David Alonso, Ricque Marie, Denis, Cruz Suárez, Lucía Elizabeth

“…Carbon and nitrogen stable isotope values (δ13CVPDB and δ15NAIR) allowed clear differentiation of wild from farmed animals. δ13CVPDB and δ15NAIR values in shrimps collected in the open sea were isotopically enriched (−16.99‰ and 11.57‰), indicating that these organisms belong to higher trophic levels than farmed animals. δ13CVPDB and δ15NAIR values of farmed animals (−19.72‰ and 7.85‰, respectively) partially overlapped with values measured in animals collected in estuaries (−18.46‰ and 5.38‰, respectively). …”
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Formulations and Algorithms for the Kidney Exchange Problem por Riascos Álvarez, Lizeth Carolina

“…This could happen for instance when the donor of one pair is compatible with the patient of another pair and vice-versa. …”
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Formulations and Algorithms for the Kidney Exchange Problem por Riascos Álvarez, Lizeth Carolina

“…This could happen for instance when the donor of one pair is compatible with the patient of another pair and vice-versa. …”
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Universal primers for the amplification and sequence analysis pf actin-1 from diverse mosquito species por Staley, Molly, Dorman, Karin S., Bartholomay, Lyric C., Fernández Salas, Ildefonso, Farfán Ale, José Arturo, Loroño Pino, María Alba, García Rejón, Julián Everardo, Ibarra Juárez, Luis Arturo, Blitvich, Bradley J.

“…We propose that this primer pair can be used as an internal control to test the quality of RNA from mosquitoes collected in vector surveillance studies. …”
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Mass shift of σ-meson in nuclear matter por Morones Ibarra, José Rubén, Menchaca Maciel, Mónica del Carmen, Santos Guevara, Ayax, Robledo Padilla, Felipe Ángel

“…The propagation of σ-meson in nuclear matter is studied in the Walecka model, by assuming that the sigma couples to a pair of nucleon–antinucleon states and to particle–hole states. …”
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Modeling of the photocatalytic reactor for blue wastewater degradation by a composite based on zinc oxide, green pigments, and phenolic resins. por Olivo Alanís, Daniel Simón

“…The proposed kinetic model, for further reactor design, takes into account the generation of electron-hole pair and the reactive oxygen species via redox reactions, as well as the attack of the reactive species to the pollutant. …”
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Modeling of the photocatalytic reactor for blue wastewater degradation by a composite based on zinc oxide, green pigments, and phenolic resins. por Olivo Alanís, Daniel Simón

“…The proposed kinetic model, for further reactor design, takes into account the generation of electron-hole pair and the reactive oxygen species via redox reactions, as well as the attack of the reactive species to the pollutant. …”
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Followee recommendation in twitter using fuzzy link prediction. por Rodríguez Aldape, Fernando Manuel, Torres Treviño, Luis Martín, Garza Villarreal, Sara Elena

“…This fuzzy approach handles recommendation as a link prediction problem and uses three types of similarity between a pair of users: tweet similarity, followee id similarity, and followee tweet similarity. …”
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Amine adduct with tin (II) chloride: Synthesis, molecular structure characterization, and DFT computational studies por Ibarra Rodríguez, Marisol, Muñoz Flores, Blanca M., Rasika Dias, H.V., Hernández Ahuactzi, Iran F., Sánchez, Mario, Jiménez Pérez, Víctor Manuel

“…The reaction of the tetramethylethylendiamine [(CH3)2NCH2CH2N(CH3)2] with SnCl2 in toluene provided the adduct dichloro-(1,2-bis(dimethylamino)ethane-N,N0)-tin(II) with a tetracoordinate metal center and pseudo-trigonal bipyramidal geometry with a stereochemically active unshared electron pair in its vertex. This compound was characterized by IR, NMR (1H, 13C, and 119Sn) and X-ray studies. …”
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Followee recommendation in Twitter using fuzzy link prediction por Rodríguez Aldape, Fernando Manuel, Torres Treviño, Luis Martín, Garza Villarreal, Sara Elena

“…This fuzzy approach handles recommendation as a link prediction problem and uses three types of similarity between a pair of users: tweet similarity, followee id similarity, and followee tweet similarity. …”
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Tris{2-[(2-aminobenzylidene)amino]ethyl}amine por Elizondo García, Mariana, Bernés Flouriot, Sylvain Jean, Pérez Rodríguez, Nancy, Elizondo Martínez, Perla

“…The N—CH2—CH2—N conformation of the pendant arms is gauche [torsion angle = 76.1 (3)], which results in a claw-like molecule, with the terminal aniline groups wrapped around the symmetry axis. The lone pair of the apical N atom is clearly oriented inwards towards the cavity, and should thus be chemically inactive. …”
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Ecomorphological trajectories of reef fish sister species (Pomacentridae) from both sides of the Isthmus of Panama por Aguilar Medrano, Rosalía

“…The objectives of this study were to: (1) analyze the variation in niche, morphology, and size in each pair of sister damselfish species on both sides of the Isthmus of Panama, (2) determine whether these variables show specific patterns on each side of the isthmus, and (3) determine whether these variables are correlated through evolution. …”
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SmFeTaO Photocatalyst for Degradation of Indigo Carmine Dye under Solar Light Irradiation por Torres Martínez, Leticia M., Ruiz Gómez, Miguel A., Figueroa Torres, Mayra Zyzlila, Juárez Ramírez, Isaías, Moctezuma, Edgar

“…On the other hand, when Sm2FeTaO7 was impregnated with CuO as cocatalyst the photocatalytic activity was increased because CuO acts as electron trap decreasing electron-hole pair recombination rates.…”
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MACVIA clinical decision algorithm in adolescents and adults with allergic rhinitis por Bousquet, Jean J., Schünemann, Holger J., Hellings, Peter W., Arnavielhe, Sylvie, Bachert, Claus, Bedbrook, Anna, Bergmann, Karl Christian, Bosnic Anticevitch, Sinthia, Brozek, Jan L., Calderón, Moisés, Canonica, Giorgio Walter, Casale, Thomas B., Chavannes, Niels H., Cox, Linda, Chrystyn, Henry, Cruz, Álvaro A., Dahl, Ronald, De Carlo, Giuseppe, Demoly, Pascal, Devillier, Phillipe, Dray, Gérard, Fletcher, Monica, Fokkens, Wytske J., Fonseca, Joao A., González Díaz, Sandra Nora, Grouse, Lawrence, Keil, Thomas, Kuna, Piotr, Larenas Linnemann, Désirée, Lodrup Carlsen, Karin C., Meltzer, E. O., Mullol, Jaoquim, Muraro, Antonella, Naclerio, Robert N., Palkonen, Susanna, Papadopoulos, Nikolaos G., Passalacqua, Giovanni, Price, David, Ryan, Dermot, Samolinski, Boleslaw, Scadding, Glenis K., Sheikh, Aziz, Spertini, François, Valiulis, Arunas, Valovirta, Erkka, Walker, Samantha, Wickman, Magnus, Yorgancioglu, Arzu, Haahtela, Tari, Zuberbier, Torsten, Aberer, Werner, Adachi, Mitsuru, Agache, Ioana, Akdis, Cezmi, Akdis, Mubeccel, Annesi Maesano, Isabella, Ansotegui, Ignacio J., Anto, Josep M., Arshad, S. Hasan, Baiardini, Ilaria, Baigenzhin, Abay K., Barbara, Cristina, Bateman, Eric D., Beghé, Bianca, Bel, Elisabeth H., Ben Kheder, Ali, Bennoor, Kazi S., Benson, Michael, Bernstein, David, Michael, Bewick, Thomas, Bieber, Bindslev Jensen, Carsten, Bjermer, Leif, Blain, Hubert, Boner, Attilio, Bonini, Matteo, Bonini, Sergio, Bosse, Isabelle, Bouchard, Jacques, Boulet, Louis Philippe, Bourret, Rodolphe A., Bousquet, Philippe J., Braido, Fulvio, Briggs, Andrew H., Brightling, Christopher E., Buhl, Roland, Burney, Peter G., Bush, Andrew, Caballero Fonseca, Fernando, Caimmi, Davide P., Camargos, Paulo, Camuzat, Thierry, Carlsen, Kai Hakon, Carr, Warner, Casale, Thomas B., Sarabia, Alfonso Cepeda, Chatzi, Leda, Chen, Yuzhi Z., Chiron, Raphaël, Chkhartishvili, Ekaterine, Chuchalin, Alexander G., Ciprandi, Georgio, Cirule, Ieva, Correia de Sousa, Jaime, Costa, David J., Crooks, George, Custovic, Adnan, Dahlen, Sven Erik, Darsow, Ulf, De Blay, Frédéric, De Manuel Keenoy, Esteban, Dedeu, Tony, Deleanu, Diana, Denburg, Judah, Didier, Alain, Dinh Xuan, Anh Tuan, Dokic, Dejan, Douagui, Habib B., Dubakiene, Ruta, Durham, Stephen R., Dykewicz, Mark S., El Gamal, Yehia, Emuzyte, Regina, Fink Wagner, Antje H., Fiocchi, Alessandro, Forastiere, Francesco, Gamkrelidze, Amiran, Gemicioğlu, Bilun, Gereda, José E., Gerth van Wijk, Roy, Gotua, Maia, Grisle, Ineta, Guzmán Meléndez, María Antonieta, Haahtela, Tari, Heinrich, Joachim, Hellquist Dahl, Birthe, Horak, Friedrich, Howarth, Peter H., Humbert, Marc, Hyland, Michael E., Ivancevich, Juan Carlos, Jares, Edgardo José, Johnston, Sebastian L., Jonquet, Olivier, Joos, Guy, Jung, Ki Suck, Just, Jocelyne, Jutel, Marek, Kaidashev, Igor P., Khaitov, Musa R., Kalayci, Omer, Kalyoncu, Fuat, Keith, Paul K., Khaltaev, Nikolai, Kleine Tebbe, Jorg, Klimek, Ludger, N'Goran, Bernard Koffi, Kolek, Vítězslav, Koppelman, Gerard H., Kowalski, Marek L., Kull, Inger, Kvedariene, Violeta, Lambrecht, Bart, Lau, Susanne, Laune, Daniel, Le Thi Tuyet, Lan, Li, Jingmei, Lieberman, Phillipe, Lipworth, Brian J., Renaud, Louis, Magard, Yves, Magnan, Antoine, Mahboub, Bassam, Majer, Ivan, Makela, Mika, Manning, Peter J., Masjedi, Mohamad R., Maurer, Marcus, Mavale Manuel, Sandra, Melén, Erik, Melo Gomes, Elisabete, Mercier, Jacques, Merk, Hans, Miculinic, Neven, Mihaltan, Florin, Milenkovic, Branislava, Mohammad, Yousser, Molimard, Mathieu, Momas, Isabelle, Montilla Santana, Anna, Morais Almeida, Mario, Mösges, Ralph, Nadif, Rachel, Namazova Baranova, Leyla, Neffen, Hugo, Nekam, Kristof, Neou, Angelos, Niggemann, Bodo, Nyembue, T. Dieudonné, O'Hehir, Robyn E., Ohta, Ken, Okamoto, Yoshitaka, Okubo, Kim, Ouedraogo, Solange, Paggiaro, Pier Luigi, Pali Schöll, Isabella, Palmer, Stephen, Panzner, Petr, Papi, Alberto, Park, Hae Sim, Pavord, Ian, Pawankar, Ruby, Pfaar, Oliver, Picard, Robert, Pigearias, Bernard, Pin, Isabelle, Plavec, Davor, Pohl, Wolfgang, Popov, Todor A., Postma, Dirkje S., Potter, Paul, Poulsen, Lars K., Rabe, Klaus F., Raciborski, Filip, Pontal, Françoise Radier, Reitamo, Sakari, Repka Ramírez, Maria Susana, Robalo Cordeiro, Carlos, Roberts, Graham, Rodenas, Francisco, Rolland, Christine, Rodriguez, Miguel Roman, Romano, Antonino, Rosado Pinto, José, Rosario, Nelson A., Rosenwasser, Larry, Rottem, Menachem, Sánchez Borges, Mario, Sastre Dominguez, Joaquim, Schmid Grendelmeier, Peter, Serrano, Eli, Simons, F. Estelle R., Sisul Alvariza, Juan Carlos, Skrindo, Ingebjorg, Smit, Henriette A., Solé, Dirceu, Sooronbaev, Talant, Spranger, Otto, Stelmach, Raphael, Strandberg, Timo, Sunyer, Jordi, Thijs, C., Todo Bom, Ana Maria, Triggiani, Massimo, Valenta, Rudolf, Valero, Antonio L., Van Hage, Marianne, Vandenplas, Olivier, Vezzani, Giorgio, Vichyanond, Pakit, Viegi, Giovanni, Wagenmann, Martin, Wahn, Ulrich, De Yun, Wang, Williams, D. M., Wright, John, Yawn, Barbara P., Yiallouros, P. K., Yusuf, Osman M., Zar, Heather J., Zernotti, Mario, Zhang, Luo, Zhong, Nanshan, Zidarn, Mihaela

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Development of a Novel Trap for the Collection of Black Flies of the Simulium ochraceum Complex por Rodríguez Pérez, Mario Alberto, Adeleke, Monsuru Adebayo, Burkett Cadena, Nathan D., Garza Hernandez, Javier Alfonso, Reyes Villanueva, Filiberto, Cupp, Eddie W., Toé, Laurent D., Salinas Carmona, Mario César, Rodríguez Ramírez, Américo David, Katholi, Charles R., Unnasch, Thomas R.

“…When baited with CO2 and BG-lure (a synthetic blend of human odor components) a pair of Esperanza window traps collected numbers of S. …”
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Identification and susceptibility of clinical isolates of Candida spp. to killer toxins por Robledo Leal, Efrén Ricardo, Rivera Morales, Lydia Guadalupe, Sangorrín, M. P., González González, Gloria María, Ramos Alfano, Gerardo, Adame Rodríguez, Juan Manuel, Alcocer González, Juan Manuel, Aréchiga Carvajal, Elva Teresa, Rodríguez Padilla, Cristina

“…PCR analysis was performed from genomic DNA with a primer pair of the ITS2‑5.8S rDNA region. PCR‑positive samples were characterized by RFLP. …”
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Photoelectric evaluation of dye-sensitized solar cells based on prodigiosin pigment derived from Serratia marcescens 11E por Hernández Velasco, Patricia, Morales Atilano, Irene, Rodríguez Delgado, Melissa Marlene, Rodríguez Delgado, José Manuel, Luna Moreno, Donato, Avalos Alanís, Francisco Guadalupe, Villarreal Chiu, Juan Francisco

“…Structurally, the DSSC consisted of a titanium dioxide (TiO2) photoanode sensitized with the pigment by direct adsorption, an electrolyte containing a redox pair I…”
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QTL mapping of genome regions controlling temephos resistance in larvae of the mosquito Aedes aegypti por Bonizzoni, Mariangela, Reyes Solis, Guadalupe del Carmen, Saavedra Rodríguez, Karla Lizet, Suarez, Adriana Flores, Black, William C.

“…Methodology/Principal Findings: Quantitative Trait Loci (QTL) controlling temephos survival in Ae. aegypti larvae were mapped in a pair of F3 advanced intercross lines arising from temephos resistant parents from Solidaridad, México and temephos susceptible parents from Iquitos, Peru. …”
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Biodiversidad de crustáceos decápodos (Crustacea: Decapoda) en México por Alvarez, Fernando, Villalobos, José Luis, Hendrickx, Michel E., Escobar Briones, Elva, Rodríguez Almaraz, Gabino Adrián, Campos, Ernesto

“…Except in two cases, similarity indices (SI) based on number of species common to any pair of habitats were all very low. Continental shelf and the Bay of Mazatlán have 57 species in cornmon (SI = 0.50), while rocky shore habitat and the Bay of Mazatlán share 27 species (SI = 0.24). …”
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