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53. On Regular Simplex Division in Copositivity Detection.

Author

Salmerón, J. M. G., Casado, L. G., and Hendrix, E. M. T.

Subjects
MATRICES (Mathematics), BISECTORS (Geometry), VECTOR algebra, GEOMETRY, COMBINATORICS
Abstract

Over the last decades checking copositivity of matrices by simplicial subdivision of the unit simplex has made a big progress. Recently it has been shown that surprisingly the use of regular simplicial subdivisions may have some advantage over traditional iterative bisection of simplices. In this contribution, we pose the question whether regular subdivisions may provide opportunities in copositivity testing. [ABSTRACT FROM AUTHOR]

Published
2019
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54. Long-Term Use of Ticagrelor in Patients with Prior Myocardial Infarction

Author

Bonaca, MP, Bhatt, DL, Cohen, M, Steg, PG, Storey, RF, Jensen, EC, Magnani, G, Bansilal, S, Fish, MP, Im, K, Bengtsson, O, Ophuis, TO, Budaj, A, Theroux, P, Ruda, M, Hamm, C, Goto, S, Spinar, J, Nicolau, JC, Kiss, RG, Murphy, SA, Wiviott, SD, Held, P, Braunwald, E, Sabatine, MS, Morin, S, Dantzer, E, Acquilano, D, McGuire, RL, Gannon, JB, Gershman, E, Ahlbom, AM, Boberg, B, Abola, MT, Ardissino, D, Aylward, P, Corbalan, R, Dalby, A, Diaz, R, Hu, DY, Isaza, D, Kamensky, G, Kiss, R, Kontny, F, Lopez-Sendon, J, Medina, F, Montalescot, G, Nicolau, J, Paolasso, E, Parkhomenko, A, Van De Werf, F, Anderson, JL, White, HD, Verheugt, FWA, Pedersen, TR, DeMets, DL, Lowe, C, Arevalo, C, Awtry, E, Berger, C, Croce, K, Desai, A, Gelfand, E, Ho, C, Leeman, D, Link, M, Norden, A, Pande, A, Rost, N, Ruberg, F, Silverman, S, Singhal, A, Vita, J, Alvarisqueta, A, De Gennaro, N, Berli, M, Roude, AE, Di Gennaro, JA, Albisu, JF, Caccavo, A, Torres, M, Cuadrado, J, Bordoni, P, Cuello, J, Aviles, A, Glenny, A, Recoaro, R, Fernandez, R, Strada, BN, Fuentealba, V, Gallo, C, Duran, RG, Garcia, C, Hominal, M, Castoldi, M, Jure, H, Pacora, FF, Lorenzatti, A, Martinez, JM, Macin, S, Cocco, N, MacKinnon, I, Bagnato, MB, Marino, J, Cusimano, S, Arias, V, Focaccia, M, Muntaner, J, Mansilla, V, Poy, C, Prado, A, Paterlini, G, Montana, O, Camino, A, Sala, J, Luciani, C, Vico, M, Morell, Y, Dumont, C, Vottero, E, Zangroniz, P, Lescano, A, Morara, P, Marquez, LL, Patron, FR, Labarta, GB, Sivila, CD, Quiroga, AR, Maffei, L, Sassone, S, Rolandi, F, Vesentini, N, Carnero, G, Del Verme, S, Hershson, A, Figal, JC, Viso, ME, Hii, C, Smith, K, Singh, B, Acampo, M, Rogers, J, ODonoghue, M, Amerena, J, Long, A, Dart, A, Kay, S, Worthley, M, Nimmo, J, Lehman, R, Morrison, H, Dick, R, Savage, C, van Gaal, W, Park, M, Blombery, P, McCarthy, C, Oqueli, E, Hill, D, Sader, M, Vrachas, D, Purnell, P, Vibert, J, Collins, N, Gordon, A, Arstall, M, Rose, J, Aroney, C, Cleave, P, Fitzpatrick, M, Mackenzie, M, Garrahy, P, Hall, C, Nelson, G, Reid, E, Lee, A, Gibbs, J, Thompson, P, Crittenden, J, Hammett, C, Hindom, L, Antonis, P, Manzoney, A, Cross, D, Pollard, C, Brieger, D, Wu, J, Whelan, A, Tulloch, G, Taylor, A, Smith, B, Horowitz, J, Black, M, Boland, J, Malmendier, D, Celen, H, Wendelen, E, Claeys, M, Pieter, M, Cools, F, Simons, N, De Maeseneire, S, De Wolf, L, Brike, C, Dubois, P, Bolado, ACY, Foading-Deffo, B, Tahon, S, Friart, A, Arend, C, Gevaert, S, Verdegem, P, Marechal, P, Gits, F, Pierard, L, Celentano, C, Pirenne, B, Bouvy, C, Renkin, J, Huyberechts, D, Sinnaeve, P, De Velder, L, Stammen, F, Casier, T, Striekwold, H, Van den Broeck, D, Thoeng, J, Goris, R, Timmermans, P, Collard, SJ, Van De Borne, P, De Clippel, M, Wollaert, B, Jacobs, C, Vankelecom, B, Daelemans, Y, Vervoort, G, Drieghe, S, Vranckx, P, Janssen, A, Vrolix, M, Simenon, I, Wijns, W, Delacroix, H, Denie, D, Schoors, D, Lemoine, I, Cornelis, K, Willems, AM, Schroder, E, Domange, J, Greque, G, Machado, H, Armaganijan, D, Del Monaco, MI, da Silva, D, Nakazone, R, Dutra, O, Vaz, R, Daher, R, Rodrigues, D, Guimaraes, A, Teixeira, A, Saraiva, J, Leaes, P, Blacher, M, Maia, L, Nakazone, MA, Manenti, E, Ruschel, K, Marin-Neto, J, Pavao, R, Preto, R, Junior, AA, Oliveira, G, Rassi, S, Sampaio, D, Rossi, PR, dos Santos, L, de Souza, J, Lino, E, Filho, PP, Zucchetti, C, Gomes, M, de Paiva, A, Sousa, AC, Almeida, A, Botelho, R, da Silva, R, Giraldez, R, Franken, M, Faludi, A, Bertolami, M, Hernandes, M, Lucas, N, Carvalho, A, Bertolami, A, Precoma, D, Geralde, L, Pereira, A, Cesar, L, Mioto, B, Marino, R, Rabelo, W, dos Santos, F, Vidotti, M, Mangione, J, Mauro, M, Kormann, A, Ultramari, F, Zimmermann, S, Michalaros, Y, Fonseca, M, Sampaio, C, Eliaschewitz, F, Barbosa, E, Drews, C, de Lorenzo, A, Barros, C, Cancado, G, Neuesnchwander, F, Zimmermann, E, Chompalova, B, Denchev, S, Gocheva, N, Mihov, A, Mincheva, V, Gelev, V, Tisheva, S, Todorov, G, Goudev, A, Parvanova, Z, Todorova, M, Mitkova, M, Smilov, L, Yakovova, S, Milanova, K, Aleksov, N, Mollov, M, Shishmanova, D, Hristova, K, Uzunangelov, Y, Peltegov, V, Karamitev, G, Benov, H, Vasileva, D, Parishev, G, Milcheva, N, Avramov, D, Miteva, B, Stoyanovski, V, Pencheva, G, Nikolova, L, Stancheva, N, Nyagina, M, Markov, D, Spirova, D, Peneva, Y, Peshkov, O, Mitkova, L, Mandzhukova, S, Rangelova, V, Ivanov, K, Krusheva, B, Raycheva, V, Gergova, V, Goranov, K, Stoykov, A, Staleva, M, Rashkova, V, Postadzhian, A, Krancheva, V, Lulova, E, Delchev, G, Cantor, W, Constance, C, Gosselin, G, Marr, D, Pandey, A, Pesant, Y, Pouliot, J, Gladstone, P, McPherson, T, Rupka, D, Saw, J, St-Amour, E, Syan, G, Syan, R, Rosenbloom, A, Vizel, S, Della Siega, A, Halperin, F, Nigro, F, Chehayeb, R, Fell, D, Labonte, R, Nawaz, S, Gupta, M, Ma, P, Glanz, A, Kouz, S, Bhargava, R, Dion, D, Dupuis, R, Grondin, F, Wong, B, Sabbah, E, Hui, W, Belisle, P, Tymchak, W, Montigny, M, Lonn, E, Bose, S, Kincade, D, Gallo, R, Lamy, A, Bell, A, Lemay, M, Bata, I, Kostuk, W, Cheung, S, Petrella, R, Lubelsky, B, Berlingieri, J, Fortin, C, DeYoung, J, Babapulle, M, Landry, D, Gupta, A, Bertrand, O, Jadin, M, Robbins, K, Gauthier, MF, Masson, C, Reyes, V, O'Blenis, G, Clarus, S, Sardin, V, Marquette, S, Bozek, B, Spurrell, D, Thiessen, S, Fox, R, Tremblay, I, Singh, J, Samms, S, Ross, B, Solomon, P, Nelson, S, Roberts, P, Forsyth, C, Lepage, C, McPherson, C, Dewar, C, Dela Cruz, C, Louch, D, Vilag, C, Roy, M, Stata, C, Morissette, A, Ouimet, F, Bilodeau, N, Chausse, I, Kvill, L, Chartrand, MJ, Harris, L, Bolduc, H, Magi, A, Jule, P, Valley, S, Morrissette, J, Power, P, Kailey, P, Thomas, A, Wright, D, Carr, S, Cleveland, T, Dihel, C, Coldwell, J, Schellenberg, S, Viau, C, Watt, M, Corke, R, Shea-Landry, G, Gandhi, A, Tishler, S, Prieto, JC, Noriega, V, Cobos, L, Obreque, C, Potthof, S, Zapata, J, Lucero, F, Luque, M, Pincetti, C, Torres, G, Yanez, M, Vasquez, C, Manriquez, L, Espinoza, MJ, Yovaniniz, P, Grandon, M, Castro, P, Llevaneras, S, Lanas, F, Hidalgo, J, Arriagada, G, Villan, C, Florenzano, F, Chacon, MV, Rodriguez, M, Barreda, B, Raffo, C, Reyes, T, Hu, D, Liu, W, Tan, N, Feng, Y, Dong, Y, Yang, D, Liao, Y, Wei, F, Wei, M, Yan, M, Yan, X, Wang, S, Li, Y, Yuan, Z, Xiong, Y, Zhu, J, Li, S, Ma, G, Chen, L, Li, Z, Liu, Y, Xiong, W, Pang, W, Chen, Y, Lu, G, Chen, Z, Zhao, S, Zhou, H, Huang, J, Gang, Y, Chai, Y, Yang, X, Zhang, Z, Mu, Z, Hernandez, E, Mora, C, Maria, E, Catalan, Y, Reynales, H, Huertas, D, Molina, D, Rendon, N, Sanchez, G, Tellez, R, Botero, R, Salazar, P, Vesga, B, Delgado, P, Herrera, M, Perez, D, Jaramillo, N, Toloza, R, Orozco, A, Bustamante, Y, Jaramillo, C, Garces, G, Saaibi, J, Castillo, J, Arana, C, Gonzalez, M, Urina, M, Ramirez, N, Manzur, F, Rosales, D, Quintero, A, Gonzalez, E, Accini, J, Reyes, M, Elbl, L, Malecha, J, Stanek, L, Jerabek, O, Lubanda, H, Kos, P, Zidkova, E, Vlckova, D, Naplava, R, Ludka, O, Ludkova, A, Soucek, M, Kuchar, J, Poloczek, M, Wasserburger, B, Panovsky, R, Linhart, A, Rihacek, I, Macha, J, Grunfeldova, H, Spinarova, L, Zanova, M, Bren, J, Zarembova, J, Cermak, O, Sembera, Z, Svobodova, I, Monhart, Z, Pleva, L, Sipula, J, Polasek, R, Kolmas, P, Dedek, V, Janota, T, Stipal, R, Kucera, D, Bednarova, J, Broulova, P, Lukac, M, Hanak, P, Reichert, P, Bouchal, P, Turkova, N, Krocova, E, Petrova, I, Matyasek, I, Brychta, T, Machova, V, Marusincova, I, Sperlingova, B, Macquin-Mavier, T, Khalife, K, Galley, D, Elhadad, S, Decoulx, E, Cottin, Y, Coisne, D, Bonnet, JL, Ferrari, E, Range, G, Cayla, G, Goralski, M, Furber, A, Elbaz, M, Aboyans, V, Poulard, JE, Zemour, G, Labeque, JN, Hirsch, JL, Vaquette, B, Livarek, B, Igigabel, P, Lafitte, S, Oudghiri, M, Bertin, B, Beitar, T, Merkling, D, Beltra, C, Maubert, A, El Jarroudi, M, Bichat, F, Berger, N, Fiacchetti, C, Douillet, M, Laure, C, Leperchois-Jacquey, C, Miran, S, Cornet, C, Rosolin, N, Pradel, V, Leparree, S, Doux, N, Mais, C, Sevilla, J, Laurencon, V, Georges, J, Gilard, V, Duprat, C, Giannitsis, E, Schenkenberger, I, Appel, KF, Toursarkissian, N, Bott, J, Nischik, R, Schmidt, E, Jung, T, Steiner, S, Khariouzov, A, Heuer, H, Kadel, C, Hanefeld, M, Weil, J, Koenig, W, Horacek, T, Muenzel, T, Brachmann, J, Weber, D, Wittlich, N, Stellbrink, C, Dungen, HD, Leschke, M, Zeymer, U, Dorsel, T, Voehringer, HF, Dissmann, M, Vom Dahl, J, Derwahl, KM, Trenk, D, Frey, N, Schroeder, T, Foerster, A, Bartels, R, Kisselbach, C, Deigentasch, H, Dreykluft, K, Becker, P, Scheuren, A, Erdas, M, Wipper, J, Schmidt, A, Henzler, A, Winter, K, Fischer, S, Kopf, S, Laschewski, B, Rahn, G, Schrapel, C, Miodek, M, Hildenbrand, S, Fink, P, Gebel, G, Goebel, U, Siepmann, C, Drexler, A, Maiwald, A, Blaich, B, Baumann, S, Iselt, M, Gebhardt, S, Kazcmarek, N, Krug-Hoeren, B, Traubler, B, Nicula, D, Reichenbach, D, Langer, C, Kiroglu, K, Riedel, S, Schulte, M, Borst, M, Katona, A, Vertes, A, Merkely, B, Ungi, I, Kiraly, C, Zolyomi, S, Horvath, I, Lupkovics, G, Edes, I, Simon, E, Czuriga, I, Laszlo, Z, Kancz, S, Takacs, J, Papp, A, Czigany, A, Muller, G, Tas, AS, Polgar, P, Jilling, MJ, Bartal, G, Kerkovits, A, Bodi, M, Benczur, B, Valco, J, Erdei, F, Sebo, J, Korda, A, Turi, T, Becker, D, Kalapos, A, Bosko, M, Pap, G, Magyari, B, Basa, A, Jenei, C, Bakai, J, Unterberger, K, Vas, K, Fulop, G, Nagy, M, Takacs, A, Mate, Z, Szilagyi, A, Nagy, K, Svab, M, Kis, E, Horthy, R, Kantor, F, Sperr, E, Bajcsi, E, Bujdoso, A, Martina, P, Fiscella, A, Marenzi, G, Tamburino, C, Terrosu, P, Presbitero, P, Cuccia, C, Bovenzi, F, Berti, S, Colivicchi, F, Paloscia, L, Scherillo, M, Tartaglione, S, Della Rovere, F, De Cesare, N, Manari, A, Astarita, C, Oltrona, L, Marzilli, M, Caldarola, P, Merlini, P, Celentano, A, Di Sciascio, G, Pajes, G, Silvestri, O, Delfino, R, Bassani, F, Cavallini, C, Fattore, L, Di Lorenzo, L, Notarangelo, F, Stefanin, C, Giacoppo, M, Rubino, M, Dammino, L, Chessa, P, Di Pizzo, A, Musmeci, G, Mazzoni, A, Tyack, K, Aiello, A, Mascellanti, M, Formigli, D, Guglielmino, G, Bernabo, P, Bocciarelli, M, De Iaco, G, Russo, G, Rizzotti, D, Orsini, E, Saponetti, LS, Babbolin, M, De Divitiis, M, Patti, G, Monti, F, Silvestri, N, Valbusa, A, Lazzarotti, M, Puccetti, L, Grikstaite, E, Patrizi, G, Bosco, B, Marchegiano, R, Takenaka, T, Ono, M, Suzuki, M, Hasegawa, K, Domae, H, Fukui, K, Iseki, H, Aoyama, T, Suzuki, C, Sakai, R, Hashimoto, T, Inoko, M, Sasaki, T, Kataoka, T, Okutsu, M, Yasaka, Y, Miyamoto, T, Tomobuchi, Y, Tamura, R, Hosokawa, S, Komura, Y, Takahashi, N, Mima, T, Sadamatsu, K, Fujimoto, K, Matsumura, T, Koide, S, Himi, T, Hashimoto, Y, Yamasaki, M, Okubo, M, Takase, H, Morii, I, Utsu, N, Higashino, Y, Shigematsu, S, Nakagawa, T, Ota, T, Takahashi, W, Kakishita, M, Hayashi, Y, Momiyama, Y, Baden, M, Saeki, T, Hiroi, S, Wada, A, Nakata, A, Nishi, Y, Hirasawa, S, Shibata, Y, Fukuzawa, S, Machida, M, Takama, N, Teranishi, J, Sakuma, K, Abe, Y, Suzuki, A, Yamazaki, A, Nakachi, T, Nagayama, H, Fujino, S, Tsurukai, A, Nojima, S, Ishiguchi, Y, Hada, K, Nakatani, K, Yamamoto, K, Matsuo, A, Yamaguchi, E, Ito, S, Matsuda, M, Onishi, M, Kawanishi, Y, Ohashi, Y, Ochi, K, Miyamoto, S, Ichishita, Y, Iwamoto, H, Sagara, Y, Komori, M, Matsumura, A, Nakashima, R, Kondo, M, Suzuki, K, Kodama, S, Kotajima, H, Fujimoto, N, Honda, K, Iwamoto, M, Okada, S, Ichinose, K, Takinami, N, Takagi, E, Nakano, A, Tomari, H, Yokoyama, T, Matsui, Y, Nishimura, N, Asano, T, Mochiduki, A, Yamashita, S, Okino, S, Hirabayashi, K, Funada, R, Wardeh, AJ, Dille, C, De Melker, EC, van der Spoel, A, Willems, FF, Maassen, E, Westendorp, ICD, Zweers, D, Dunselman, PHJM, Blom, L, Ronner, E, Wissenburg, A, van der Sluis, A, Badings, EA, den Hartog, FR, Singerling, M, Aksoy, I, Heil, A, Tjeerdsma, G, van Daalen, C, Lenderink, T, Lardenois, R, Prins, FJ, Rutten, R, Plomp, J, Veldmeijer, S, De Vries, RJM, Krikken, J, Ophuis, TAJMO, Buvelot, S, Bos, RJ, Tan-Urgert, B, Werner, HA, Wittekoek, M, van Daele, MERM, Bouwens, M, Oomen, A, Meijlis, P, Verheul, JA, Uiterwaal, H, Knufman, N, de Lange, H, Bartels, GL, Hendriks-Van Woerden, M, van Bemmel, B, Beyering, M, Zwart, PAG, Teng, Y, van der Zwaan, C, Havenaar, J, Hermans, WRM, de Graauw, J, Hamraoui, K, Dabrowska, K, de Nooijer, C, Groenenberg, I, Kietselae, BLJH, Muis, L, Hamer, BJB, Hobe, C, van Eck, JWM, Elzebroek, N, Tans, JGM, Stapel, AGT, Nierop, PR, Dirks, M, Kuijper, AFM, Schiks, M, de Groot, MR, Post, G, ten Berg, JM, Bras, R, Koolen, JJ, van Leur, L, Herrman, JPR, Roelse, A, Ebink, C, Jones, B, Lipsic, E, Couperus, M, Bogaard, K, Dijk, A, Pettersen, KI, Fortun, M, Gullestad, L, Stueflotten, W, Popovic, I, Sobye, ET, Hogalmen, G, German, M, Hysing, J, Flagstad, E, Slettom, G, Nordrehaug, JE, Isaksen, A, Graven, T, Haug, H, Sandvik, J, Thunhaug, H, Ronning, PB, Gravrok, B, Lappegard, KT, Enebakk, T, Ronnevik, P, Ronnevik, T, Hurtig, U, Skanke, E, Omland, T, Tobiassen, GM, Berrospi, P, Ragas, Y, Bustamante, G, Marruffo, Y, Chavez, E, Chaname, A, Heredia, J, Gamero, K, Lema, J, Carrion, AM, Rodriguez, V, Cabanillas, N, Rodriguez, A, Zena, N, Segura, L, Rojas, C, Toce, L, Carrera, J, Orihuela, B, Del Portal, M, Roldan, Y, Roldan, G, Rodriguez, J, Chavez, C, Luna, G, Parra, J, Ramos, J, Mogrovejo, W, Godoy, J, Talledo, MZ, Diestra, J, Godoy, A, Matta, M, Pino, C, Vergara, R, Chois, A, Guillen, AM, Medina, J, Chirinos, J, Paredes, A, Quiroz, M, Camacho, L, Gil, M, Cerbito, S, Beltran, J, Tanglao, M, Uy, N, Busa, J, Rogelio, G, Arbis, MG, Prado, JP, Miranda, M, Sulit, DJ, Dioquino, R, Sevilla, R, Soriano, RA, Rosita, RR, Amazona, A, Atilano, A, Lim, E, Ebo, G, Maglasang, P, Palmes, P, Loreno, CA, Tirador, L, Alagban, C, Roxas, DJ, Roxas, JF, Cheng, F, De Guzman, S, Morales, D, Mararac, T, Barbas, B, Barbas, K, Ferrolino, A, Baysac, C, Llarena, AC, Julianes, C, Torun, A, Dalkowski, M, Widejko, K, Derlaga, B, Laskowska, E, Dudek, D, Dziewierz, A, Jozwa, R, Busz-Papiez, B, Pawlowicz, L, Kaczmarczyk, M, Jaworska, K, Skonieczny, G, Kopaczewski, J, Wujkowski, M, Krasowski, W, Krzyzanek, P, Kubica, J, Kozinski, M, Miekus, P, Glaza, M, Podolec, P, Wilkolek, P, Piepiorka, M, Piepiorka-Broniecka, M, Pluta, W, Ploch, M, Rynkiewicz, A, Mosakowska, K, Szpajer, M, Lesinski, D, Szwed, H, Jasek, S, Sciborski, R, Piotrowicz, R, Musial, W, Lisowska, A, Rekosz, J, Kasznicka, M, Korzeniak, R, Staneta, P, Konczakowski, P, Waluszek-Konczakowska, I, Cymerman, K, Lubinski, A, Grycewicz, T, Hiczkiewicz, J, Plucinski, M, Korol, M, Szczech, J, Hawro, M, Skorski, M, Cichon, K, Jankowski, M, Cygler, J, Ottomanska-Cygler, M, Korecki, J, Gulaj, E, Zechowicz, T, Zechowicz, M, Goch, A, Topolinski, B, Ogorek, M, Szczepanska, A, Wojewoda, P, Jagoda, E, Krzyzanowski, W, Muzyk-Osikowicz, M, Jaszczurowski, W, Stasiewski, A, Wietrzynska, J, Miklaszewicz, B, Beme, A, Sudnik, W, Matys, U, Ponikowski, P, Powierza, S, Kim, YH, Choi, DJ, Seung, KB, Lim, DS, Lee, SH, Kim, HS, Bae, JH, Hong, TJ, Hong, MK, Tahk, SJ, Kim, YJ, Yoon, J, Jeong, MH, Chae, JK, Cho, MC, Hong, SK, Hur, SH, Jeong, JO, Her, SH, Lee, JM, Chang, KC, Yoon, CH, Chang, K, Park, J, Choi, S, Park, K, Bae, Y, Lee, H, Kim, BK, Yoon, MH, Park, JS, Jang, H, Kim, C, Cho, EJ, Bae, J, Lee, D, Lee, J, Choi, YY, Dimulescu, D, Vintila, M, Fruntelata, A, Pirvu, O, Stanciulescu, G, Giuca, A, Militaru, C, Radoi, M, Bobescu, E, Crisu, D, Creteanu, M, Minescu, B, Bolohan, F, Manitiu, I, Bengus, C, Iosipescu, L, Ciobotaru, V, Basarab, G, Benedek, I, Constantinescu, M, Cristea, M, Capalneanu, R, Tatu-Chitoiu, G, Huidu, S, Protopopescu, L, Greavu, M, Diaconu, M, Blajan, D, Istratoaie, O, Lican, G, Bisoc, A, Doka, B, Jemna, D, Parasteac, M, Serban, L, Mihai, M, Cioca, G, Ochean, V, Costache, L, Andor, M, Stoica, D, Benedek, T, Sava, N, Anciu, M, Mot, S, Cornaciu, S, Boldueva, S, Golitsyn, S, Karpov, Y, Kobalava, Z, Konstantinov, V, Kuimov, A, Ezhov, M, Panov, A, Novikova, T, Simanenkov, V, Smolenskaya, O, Tsyba, L, Vishnevsky, A, Yakhontova, P, Kislyak, O, Demchenko, E, Yakovlev, A, Ermoshkina, L, Arkhipov, M, Galyavich, A, Strongin, L, Kosmacheva, E, Goloshchekin, B, Sidorenko, B, Izmozherova, N, Shustov, S, Orlikova, O, Lukyanov, Y, Koziolova, N, Nedogoda, S, Statsenko, M, Kotelnikov, M, Osipenko, M, Oshchepkova, E, Bolieva, L, Ryamzina, I, Pavlysh, E, Samokhvalova, M, Mironova, N, Buza, V, Shavarov, A, Serebrenitskaya, M, Khomyakova, L, Safarova, M, Lohovinina, N, Staroverov, I, Bitakova, F, Zakharova, N, Khurs, E, Belenky, D, Kositsyn, D, Rovnykh, Y, Kasatova, T, Lubinskaya, E, Omelchenko, M, Slukhaenko, I, Kozulin, A, Baleeva, L, Pochinka, I, Kizhvatova, N, Laptev, I, Bugrimova, M, Popov, A, Kovalevskaya, E, Orlikov, E, Paltsman, Z, Lamden, D, Surovtseva, M, Tsoma, V, Derevjanchenko, M, Streltsov, S, Bikbulatova, E, Dmitriev, V, Byazrova, S, Khovaeva, Y, Komandenko, O, Dlesk, A, Urban, M, Vinanska, D, Dzupina, A, Hranai, M, Cisar, P, Toth, P, Paulov, S, Sivak, V, Bolvanska, N, Pella, D, Palka, J, Nedelova, I, Benacka, J, Gergel, V, Hatalova, K, Kohut, P, Kovar, F, Knazeje, M, Macek, V, Sinska, R, Bugan, V, Badenhorst, JCW, Erasmus, L, Burgess, LJ, de Necker, I, Corbett, CH, Fouche, L, Dawood, SY, Conradie, C, Delport, EF, Kruger, M, Ebrahim, I, Bobak, C, Nethononda, MR, Nunkoo, T, van Rensburg, FPJ, Middle, R, Horak, AR, Henley, L, Mabin, TA, King, A, Ranjith, N, Ramdas, S, Roodt, A, Coetsee, E, Theron, H, Karsten, M, Van Zyl, LJ, Roscher, M, Venter, TP, de Kock, L, Becker, AC, Swanepoel, J, Ismail, SM, Dalby, AJ, Allman, J, Roux, JP, Christie, H, Naidoo, DP, Vawda, GHM, Manga, P, Olckers, W, Mpe, MT, Farrell, BM, Areses, ELD, Lopez, SV, Fernandez, JMC, Roldan, JG, Pavia, PG, Segovia, AG, Puig, JG, Garcia, VC, Aguilera, RM, Munoa, MD, Cortada, JB, Cereto, PC, Perez, IP, Cid, LP, Basilio, EG, Guerra, PC, Ortiz, AF, Balcones, LDV, Vera, TR, Martinez, JMG, Galvan, ED, Caballero, AH, Blanco, VMR, Lopez, JMR, Franco, MRP, Soriano, FR, Porcar, LC, Fillat, ARC, Moreno, SG, Montejano, MG, Guerrero, JMD, Coronado, JLB, Eizagaechevarria, NM, Araucua, GN, Rubio, AM, Roca, MC, Marimon, XGM, Perales, MV, Gonzalez, AB, Sastre, MP, Juanatey, JRG, Acuna, JMG, Al-Khalili, F, Lof, P, Bandh, S, Myllyla, L, Christensen, K, Johansson, K, Dellborg, M, Hultsberg-Olsson, G, Alstrom, P, Damm, TL, Erlinge, D, Brolin, G, Ravn-Fischer, PA, Johansson, P, Andreen, S, Linderfalk, C, Ram, B, Lindholm, CJ, Assarsson, E, Mooe, T, Lindberg, A, Paren, P, Moodh, J, Svensson, P, Andersson, I, Wodlin, P, Raschperger, A, Skogvard, P, Koch, A, Lind, N, Osberg, L, Nilsson, C, Svensson, K, Bengtsson, M, Samad, B, Nilsson, M, Berglund, E, Lundgren, C, Lindmark, K, Sundholm, C, Aladellie, L, Welin-Berger, B, Guneri, S, Dogan, NB, Ersanli, M, Coskun, U, Cayli, M, Seker, T, Camsari, A, Ozcan, T, Ongen, Z, Karadag, B, Boyaci, B, Sezenoz, B, Pekdemir, H, Hidayet, S, Erol, M, Yalcin, A, Sezer, M, Emet, S, Bozkurt, E, Ozen, MB, Lutay, Y, Dyadyk, O, Kholopov, L, Rudyk, I, Shaposhnikova, Y, Chopey, I, Ternuschak, T, Reshotko, D, Popova, G, Batushkin, V, Gema, A, Vizir, V, Berezyn, O, Lutai, M, Tovstukha, V, Shumakov, V, Pogurelska, O, Sirenko, Y, Rekovets, O, Kraiz, I, Kamenska, E, Tseluyko, V, Yakovleva, L, Yena, L, Artemenko, V, Koval, O, Kaplan, P, Karpenko, O, Nevolina, I, Bazilevych, A, Harbar, M, Rudenko, L, Beregova, O, Mostovyi, Y, Rasputina, L, Vatutin, M, Shevelok, A, Kovalenko, V, Polenova, N, Amosova, K, Tkachenko, L, Volkov, V, Zaprovalna, O, Storey, R, Thomas, M, Pell, A, Moriarty, A, Kinnin, M, Ahsan, A, Burton, J, ORourke, B, Young, J, Lang, C, Forbes, J, Rowlands, D, Hamill, S, Sprigings, D, Cadd, A, de Belder, M, Atkinson, B, Ramsey, M, Fagan, JC, Pye, M, Wright, L, Keeling, P, Hughes, D, Fraser, D, Phillips, H, Muthusamy, R, Lawan, M, Levy, T, Kennard, S, Bodalia, B, Mottram, J, Calvert, J, Brodie, K, Gunstone, A, Douglas, C, Trouton, T, Hunter, B, Gerber, R, Pepper, H, Mathur, A, Andiapen, M, Baumbach, A, Bowles, R, Hildick-Smith, D, McGregor, A, Loh, I, Plocky, J, Adams, K, Clemmer, K, Aggarwal, K, Burkhardt, V, Costa, M, Lemmertz, K, Anderson, J, York, T, Angiolillo, D, Green, E, Sperling, M, Vasquez, E, Aycock, G, Tatum, D, Amin, J, Davidson, A, Hendrix, E, Shepard, L, Strain, J, Michel, K, Talano, J, Szalanski, N, Berk, M, Ibarra, M, Bhagwat, R, Winterrowd, D, Bilazarian, S, Marsters, M, Blonder, R, Graf, L, Brilakis, E, Roesle, M, Byrd, L, Sullivan, A, Longo, J, Pennella, A, Westerhausen, D, Weil, R, Carr, K, Piazza, J, Carr, KW, Castello, R, Hawks, M, Chandna, H, Holly, D, Chandrashekhar, YS, Molinaro, N, Carter, M, Antonino, M, Kosmicki, D, Kelley, M, Richwine, R, Pazier, P, Glasgow, B, Bresee, S, Alexander, J, Concha, M, Martinez, E, Connelly, T, Schenks, R, Cooper, M, Garman, V, Condit, J, White, A, Fialkow, J, Mckercher, M, Luna, M, Soto, G, Prodafikas, J, Rambaud, B, Donovan, J, Mudd, D, Doty, W, Parsons, T, D'Urso, M, Bies, J, Han, J, Treadwell, M, Erickson, B, Dahl, P, Fattal, P, Braem, J, Felten, W, Prior, J, French, W, Barillas, O, Berger, R, Genova, E, Gelernt, M, Cockrell, D, Miller, G, Dumka, K, Gill, S, Elliot, S, Goldberg, R, Barrett, M, Gordon, P, Stern, L, Ayres, T, Rhule, V, Gupta, D, Holton, T, Haddad, T, Jain, J, Hakas, J, McSorley, J, Hamroff, G, Hollenweger, L, Wainwright, W, Jones, S, Casagrande, M, Casagrande, MG, Effat, M, Mardis, R, Henderson, D, Millard, D, Hermany, P, Meissner-Dengler, S, Hinchman, D, Luck, K, Hodson, R, Severson, L, Horwitz, P, Miller, K, Isserman, S, Moore, C, Jan, M, Bilyk, O, Kersh, R, DaCosta, A, Kim, E, Gonzales, C, Kmetzo, J, Taylor, D, Knutson, T, Belanger, B, Hage-Korban, E, Harrington, A, Murdock, D, Heiman, M, Dandekar, U, Khan, M, Khan, G, Lui, H, Holman, L, MacDonald, L, Derbyshire, S, Watkins, K, Mayer, N, Mitchell, B, McCullum, K, Delio-Cox, B, Mckay, R, Cloutier, J, McKenzie, M, Rodkey, K, McLaurin, B, Lack, A, Minisi, A, Jeter, D, Mitchell, R, Keane-Richmond, P, Stine, R, Bullivant, M, Morford, R, White, J, Oberoi, M, Geraldo-Abache, A, O'Dea, D, Mehta, R, Tang, N, Ong, S, Edwards, M, Osborne, J, Alonzo, C, Lev, V, Monroe, J, Popeil, L, Sorrentino, N, Portelli, J, Landi, T, Potu, R, Smith, N, Prashad, R, McDonough, C, Qureshi, M, Howe, A, Raikhel, M, Arsate, M, Rogers, W, Saag, L, Sangrigoli, R, Schwarz, L, Abu-Fadel, M, Hagee, A, Kinnaman, S, McDaniel, V, Wilson, V, Purcell, T, Roberts, J, Riofrio, K, Shah, U, Narang, S, Gredler, F, Knap, P, Shanes, J, Hansen, C, Sharma, M, Gibson, T, Sheldon, W, Bohn, A, Siegel, C, Tibbits, L, Singh, V, Nelson, M, Singh, N, Logwood, D, Randhawa, P, Vargas, B, Stegemoller, R, Cole, B, Aggarwal, R, Johnson, M, Steinhoff, J, Dunaway, B, Patel, K, Boomer, L, Taheri, H, Morgan, K, Tahirkheli, N, Santos, A, Thadani, U, Alexander, D, Bennett, W, Kelley, E, Thomas, J, Macnicholas, D, Varma, S, Evans, S, Vlastaris, A, Bittel, B, Voyce, S, Mack, B, Weiss, R, Fournier, T, Whitney, R, Orosco, C, Willis, J, VonGerichten, S, Wiseman, A, Sharrow, A, Wohns, D, Schuitema, J, Amin, M, Ramus, A, Wilson, W, Moeller, C, Newell, M, Tindell, L, Rivera, W, Kwierant, J, Bretton, E, Corbin, B, Labroo, A, Lopez, C, Brown, C, Craig, M, Lucca, M, Keinanen, T, Eisenberg, S, Fielding, M, Doorey, A, Squire, A, Suresh, D, Frost, J, Teklinski, A, Stone, B, Waksman, R, Griffin, S, Wharton, W, Blakely, J, Fishbein, G, Weller, C, Camp, A, Fisher, S, Meholick, A, Hejna, E, Anderson, R, Long, S, Parikh, S, Norton, N, Vijay, N, Washam, M, Smith, S, and Stepanov, N

Abstract

BACKGROUND The potential benefit of dual antiplatelet therapy beyond 1 year after a myocardial infarction has not been established. We investigated the efficacy and safety of ticagrelor, a P2Y(12) receptor antagonist with established efficacy after an acute coronary syndrome, in this context. METHODS We randomly assigned, in a double-blind 1: 1: 1 fashion, 21,162 patients who had had a myocardial infarction 1 to 3 years earlier to ticagrelor at a dose of 90 mg twice daily, ticagrelor at a dose of 60 mg twice daily, or placebo. All the patients were to receive low-dose aspirin and were followed for a median of 33 months. The primary efficacy end point was the composite of cardiovascular death, myocardial infarction, or stroke. The primary safety end point was Thrombolysis in Myocardial Infarction (TIMI) major bleeding. RESULTS The two ticagrelor doses each reduced, as compared with placebo, the rate of the primary efficacy end point, with Kaplan-Meier rates at 3 years of 7.85% in the group that received 90 mg of ticagrelor twice daily, 7.77% in the group that received 60 mg of ticagrelor twice daily, and 9.04% in the placebo group (hazard ratio for 90 mg of ticagrelor vs. placebo, 0.85; 95% confidence interval [CI], 0.75 to 0.96; P = 0.008; hazard ratio for 60 mg of ticagrelor vs. placebo, 0.84; 95% CI, 0.74 to 0.95; P = 0.004). Rates of TIMI major bleeding were higher with ticagrelor (2.60% with 90 mg and 2.30% with 60 mg) than with placebo (1.06%) (P < 0.001 for each dose vs. placebo); the rates of intracranial hemorrhage or fatal bleeding in the three groups were 0.63%, 0.71%, and 0.60%, respectively. CONCLUSIONS In patients with a myocardial infarction more than 1 year previously, treatment with ticagrelor significantly reduced the risk of cardiovascular death, myocardial infarction, or stroke and increased the risk of major bleeding. (Funded by AstraZeneca; PEGASUS-TIMI 54 ClinicalTrials.gov number, NCT01225562.)

Published
2015

55. Phenotypic and Genotypic Characterization of Nosocomial Staphylococcus aureus Isolates from Trauma Patients

Author

Na'was, T., Hawwari, A., Hendrix, E., Hebden, J., Edelman, R., Martin, M., Campbell, W., Naso, R., Schwalbe, R., Fttom, A.I., Na'was, T., Hawwari, A., Hendrix, E., Hebden, J., Edelman, R., Martin, M., Campbell, W., Naso, R., Schwalbe, R., and Fttom, A.I.

Abstract

Staphylococcus aureus is a major cause of nosocomial infections. During the period from March 1992 to March 1994, the patients admitted to the intensive care unit of the University of Maryland Shock Trauma Center were monitored for the development ofS. aureus infections. Among the 776 patients eligible for the study, 60 (7.7%) patients developed 65 incidents of nosocomialS. aureus infections. Of the clinical isolates, 43.1% possessed a polysaccharide type 5 capsule, 44.6% possessed a type 8 capsule, and the remaining 12.3% had capsules that were not typed by the type 5 or type 8 antibodies. Six antibiogram types were noted among the infection-related isolates, with the majority of the types being resistant only to penicillin and ampicillin. It was noted that the majority of cases of pneumonia were caused by relatively susceptible strains, while resistant strains were isolated from patients with bacteremia and other infections. Only 16 (6.3%) of the isolates were found to be methicillin-resistant S. aureus (MRSA). DNA fingerprinting by pulsed-field gel electrophoresis showed 36 different patterns, with characteristic patterns being found for MRSA strains and the strains with different capsular types. Clonal relationships were established, and the origins of the infection-related isolates in each patient were determined. We conclude that (i) nosocomial infection-related isolates from the shock trauma patients did not belong to a single clone, although the predominance of a methicillin-resistant genotype was noted, (ii) most infection-relatedS. aureus isolates were relatively susceptible to antibiotics, but a MRSA strain was endemic, and (iii) for practical purposes, the combination of the results of capsular and antibiogram typing can be used as a useful epidemiological marker.

Published
2016

58. A Minimax Regret Analysis of Flood Risk Management Strategies Under Climate Change Uncertainty and Emerging Information.

Author

Pol, T., Gabbert, S., Weikard, H.-P., Ierland, E., and Hendrix, E.

Subjects
FLOOD risk, CLIMATE change, ABSOLUTE sea level change, FLOOD damage prevention, ENVIRONMENTAL risk assessment, FLOOD control, ADAPTIVE natural resource management, ROBUST optimization
Abstract

This paper studies the dynamic application of the minimax regret (MR) decision criterion to identify robust flood risk management strategies under climate change uncertainty and emerging information. An MR method is developed that uses multiple learning scenarios, for example about sea level rise or river peak flow development, to analyse effects of changes in information on optimal investment in flood protection. To illustrate the method, optimal dike height and floodplain development are studied in a conceptual model, and conventional and adaptive MR solutions are compared. A dynamic application of the MR decision criterion allows investments to be changed after new information on climate change impacts, which has an effect on today's optimal investments. The results suggest that adaptive MR solutions are more robust than the solutions obtained from a conventional MR analysis of investments in flood protection. Moreover, adaptive MR analysis with multiple learning scenarios is more general and contains conventional MR analysis as a special case. [ABSTRACT FROM AUTHOR]

Published
2017
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61. Technologies used in on-stream particle size analysis.

Author

Hendrix E. and Hendrix E.

Abstract

The importance is discussed of particle size in mineral plant design and performance in relation to valuable mineral recovery, energy and reagent consumption, filtration and thickening capacity, water recovery and tailings disposal and higher transport and downstream processing costs. Particle size measurement methods are reviewed, including ultrasonic attenuation, image analysis, direct mechanical measurement, low-angle laser scattering and laser diffraction, and details are given of instruments and systems., The importance is discussed of particle size in mineral plant design and performance in relation to valuable mineral recovery, energy and reagent consumption, filtration and thickening capacity, water recovery and tailings disposal and higher transport and downstream processing costs. Particle size measurement methods are reviewed, including ultrasonic attenuation, image analysis, direct mechanical measurement, low-angle laser scattering and laser diffraction, and details are given of instruments and systems.

Published
2007

62. Willow biomass fuel supply chain: A dynamic programming approach

Author

Gigler, J.K., Heesen, R.A., Hendrix, E., and Meerdink, G.

Subjects
Sectie Proceskunde, Institute of Agricultural and Environmental Engineering, Sub-department of Food and Bioprocess Engineering, Instituut voor Mechanisatie, Arbeid en Gebouwen, Life Science, Mathematical and Statistical Methods - Biometris, Wiskundige en Statistische Methoden - Biometris, VLAG
Published
1997

68. Tradable SO2 permits: guided bilateral trade in Europe

Author

Kruitwagen, S., Hendrix, E., and van Ierland, E.C.

Subjects
WIMEK, Life Science, Staathuishoudkunde, General Economics, Mathematical and Statistical Methods - Biometris, Wiskundige en Statistische Methoden - Biometris
Published
1994

70. Payload shrouds structural optimization study Final report

Author

Hendrix, E. S

Subjects
Structural Mechanics
Abstract

Computer programs for synthesizing structural arrangements for ring-stiffened, honeycomb sandwich, and ring-stringer stiffened methods of construction for Saturn nose fairings

Published
1965

71. Launch vehicle nose shroud optimization

Author

Bacchus, D. L and Hendrix, E. S

Subjects
Space Vehicles
Abstract

Nose fairing cone shape effect on Saturn V launch vehicle performance

Published
1965

78. A New Minimum-Volume Enclosing Algorithm for Endmember Identification and Abundance Estimation in Hyperspectral Data.

Author

Hendrix, E. M. T., Garcia, I., Plaza, J., Martin, G., and Plaza, A.

Subjects
*HYPERSPECTRAL imaging systems, *SPECTRAL imaging, *REMOTE sensing, *DATA analysis, *OPTICAL resolution
Abstract

Spectral unmixing is an important technique for hyperspectral data exploitation, in which a mixed spectral signature is decomposed into a collection of spectrally pure constituent spectra, called endmembers, and a set of correspondent fractions, or abundances, that indicate the proportion of each endmember present in the mixture. Over the last years, several algorithms have been developed for automatic or semiautomatic endmember extraction. Some available approaches assume that the input data set contains at least one pure spectral signature for each distinct material and further conduct a search for the most spectrally pure signatures in the high-dimensional space spanned by the hyperspectral data. Among these approaches, those aimed at maximizing the volume of the simplex that can be formed using available spectral signatures have found wide acceptance. However, the presence of spectrally pure constituents is unlikely in remotely sensed hyperspectral scenes due to spatial resolution, mixing phenomena, and other considerations. In order to address this issue, other available algorithms have been developed to generate virtual endmembers (not necessarily present among the input data samples) by finding the simplex with minimum volume that encloses all available observations. In this paper, we discuss maximum-volume versus minimum-volume enclosing solutions and further develop a novel algorithm in the latter category which incorporates the fractional abundance estimation as an internal step of the endmember searching process (i.e., it does not require an external method to produce endmember fractional abundances). The method is based on iteratively enclosing the observations in a lower dimensional space and removing observations that are most likely not to be enclosed by the simplex of the endmembers to be estimated. The performance of the algorithm is investigated and compared to that of other algorithms (with and without the pure pixel assumption) using synthetic and real hyperspectral data sets collected by a variety of hyperspectral imaging instruments. [ABSTRACT FROM AUTHOR]

Published
2012
Full Text
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79. Training technologists for the genomic age.

Author

Tatum T and Hendrix E

Abstract

Molecular techniques are playing an ever-increasing role in all areas of anatomic and clinical pathology. The field is currently in need of well-trained technologists in this area of the clinical laboratory who are situated to bridge the current state of practice and the continuing developments in high complexity testing. For the close term, use of 'home-brew' and analyte specific reagents (ASR)-based tests will require well-trained personnel with strong biomedical science backgrounds and a thorough understanding of technologies used in assay development. Here, we discuss the selection and evaluation of molecular diagnostic training preceptor sites and tasks indicated for trainees that most meet the needs of the newest facet of the laboratory. We present evaluation tools developed over the course of four years of clinical education used to assess practical performance of trainees in a molecular diagnostic pathology laboratory and conclude with considerations for future training of laboratory technologists. [ABSTRACT FROM AUTHOR]

Published
2006

81. Statewide assessment of school-age children with asthma in Delaware.

Author

Bucher L, Dryer C, Hendrix E, and Wong N

Subjects
ASTHMA
Abstract

In Delaware, asthma affects almost 14,000 children. The American Lung Association of Delaware and the University of Delaware surveyed school nurses to identify the needs of children with asthma and the services and accommodations available for these children. Researchers developed a survey instrument that was mailed to all Delaware schools (N = 324). The response rate was 38.6% (n = 125). According to respondents, a variety of protocols were in place regarding the administration of asthma medications. Respondents also reported that several measures had been taken to modify the school environment to improve air quality and reduce asthma triggers. Most respondents (77%) indicated they did not have asthma education programs in their schools. Findings from this study sparked development of a multidisciplinary Delaware Asthma Committee, an Asthma Education Center, and a statewide system for communicating with the parents of children with asthma. [ABSTRACT FROM AUTHOR]

Published
1998
Full Text
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82. Phenotypic and Genotypic Characterization of Nosocomial Staphylococcus aureusIsolates from Trauma Patients

Author

Na’was, T., Hawwari, A., Hendrix, E., Hebden, J., Edelman, R., Martin, M., Campbell, W., Naso, R., Schwalbe, R., and Fattom, A. I.

Abstract

ABSTRACTStaphylococcus aureusis a major cause of nosocomial infections. During the period from March 1992 to March 1994, the patients admitted to the intensive care unit of the University of Maryland Shock Trauma Center were monitored for the development ofS. aureusinfections. Among the 776 patients eligible for the study, 60 (7.7%) patients developed 65 incidents of nosocomialS. aureusinfections. Of the clinical isolates, 43.1% possessed a polysaccharide type 5 capsule, 44.6% possessed a type 8 capsule, and the remaining 12.3% had capsules that were not typed by the type 5 or type 8 antibodies. Six antibiogram types were noted among the infection-related isolates, with the majority of the types being resistant only to penicillin and ampicillin. It was noted that the majority of cases of pneumonia were caused by relatively susceptible strains, while resistant strains were isolated from patients with bacteremia and other infections. Only 16 (6.3%) of the isolates were found to be methicillin-resistant S. aureus(MRSA). DNA fingerprinting by pulsed-field gel electrophoresis showed 36 different patterns, with characteristic patterns being found for MRSA strains and the strains with different capsular types. Clonal relationships were established, and the origins of the infection-related isolates in each patient were determined. We conclude that (i) nosocomial infection-related isolates from the shock trauma patients did not belong to a single clone, although the predominance of a methicillin-resistant genotype was noted, (ii) most infection-relatedS. aureusisolates were relatively susceptible to antibiotics, but a MRSA strain was endemic, and (iii) for practical purposes, the combination of the results of capsular and antibiogram typing can be used as a useful epidemiological marker.

Published
1998
Full Text
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83. Camouflage by Reflectance: Report of Field Test

Author

GENERAL ELECTRIC CO PITTSFIELD MA ORDNANCE SYSTEMS DEPT, Hendrix, E. R., GENERAL ELECTRIC CO PITTSFIELD MA ORDNANCE SYSTEMS DEPT, and Hendrix, E. R.

Abstract

A week-long evaluation of the camouflage by reflectance system was performed at the General Electric Ordnance Systems test area in Pittsfield, Mass. Testing here was done using an M113 vehicle with wheel mock-ups to simulate an M60 tank as no tank was available in this area. Further testing was performed at Aberdeen Proving Ground using an M60 tank as the test bed. There were two basic objectives to these tests: equipment evaluation from the user's standpoint, and effectiveness of the reflectance technique in camouflaging a tank.

Published
1974

84. Terrain Reflectance Camouflage

Author

GENERAL ELECTRIC CO PITTSFIELD MA ORDNANCE SYSTEMS DEPT, Hendrix, E. R., GENERAL ELECTRIC CO PITTSFIELD MA ORDNANCE SYSTEMS DEPT, and Hendrix, E. R.

Abstract

The object of the program was to design, fabricate and field test a prototype terrain reflectance camouflage system for use with a parked M60 tank. Operational design requirements dictated that the unit be easy to deploy and repackage. The suggested concept was that the system would cover the hull and tread portion of the vehicle while another camouflage material would be employed on the vehicle turret and gun. This approach would permit the vehicle to use its weaponry in the defensive position. The report summarizes the development of the prototype terrain reflectance camouflage system for the M60 tank., See also AD-908 941.

Published
1974

85. Letter: E. R. Hendrix to John Franklin Goucher, April 11, 1908

Author

Hendrix, E. R. (Eugene Russell), 1847-1927 and Hendrix, E. R. (Eugene Russell), 1847-1927

Abstract

Letter dated April 11, 1908 from E. R. Hendrix, bishop of the Methodist Episcopal Church, South,, to John Franklin Goucher, discussing his autograph collection and seeking to know if Goucher would like to exchange especially the autographs of some early Methodist ministers in America. (Editor's note: Blank pages 2, 4, and 6 were not scanned and thus are not included.)

Published
1908

86. Exploring industry specific social welfare maximizing rates of water pollution abatement in linked terrestrial and marine ecosystems

Author

Peter Roebeling, Hendrix, E. M. T., and Grieken, M. E.

Subjects
Environmental Economics and Natural Resources, Operationele Research en Logistiek, land, baltic sea, coral-reefs, MGS, runoff, catchments, Operations Research and Logistics, management, Milieueconomie en Natuurlijke Hulpbronnen, coastal ecosystems
Abstract

Marine ecosystems are severely affected by water pollution originating from coastal catchments, while these ecosystems are of vital importance from an environmental as well as an economic perspective. To warrant sustainable economic development of coastal regions, we need to balance the marginal costs from coastal catchment water pollution abatement and the associated marginal benefits from marine resource appreciation. Water pollution abatement costs are, however, not equal across industries and, consequently, the question arises to what extent marine water quality improvement can efficiently be pursued across industries. In this paper we develop an optimal control approach to explore, analytically as well as quantitatively, social welfare maximizing rates of water pollution abatement across industries. For a case study of Dissolved Inorganic Nitrogen (DIN) water pollution in the Great Barrier Reef region of Australia, water pollution abatement cost functions for two agricultural industries are estimated to, in turn, explore social welfare maximizing rates of water pollution abatement per industry. Results for the Tully-Murray catchment show that DIN water pollution can be reduced by about 25% through the adoption of win-win management practices in the sugarcane industry. However, when taking into account the benefits from reduced DIN water pollution in the downstream marine environment, this study shows that maximum social welfare gains can be obtained by reducing DIN water pollution through a reduction in the agricultural production area in combination with the adoption of lose-win management practices in the sugarcane as well as the grazing industry.

90. Subclavian steal.

Author

Chapman Jr., James E., Hendrix, Ernest L., Clark, Douglas M., Chapman, J E Jr, Hendrix, E L, and Clark, D M

Published
1985

91. Trading sulphur emissions in Europe: 'guided bilateral trade'

Author

Hordijk, L., Folmer, H., Kruitwagen, S., Hendrix, E., and van Ierland, E.

Subjects
MATHEMATICAL analysis, SULFUR dioxide, EMISSIONS (Air pollution), ENVIRONMENTAL regulations
Abstract

In this paper a system of 'guided permit trading' is developed for SO2 emissions reduction which considers permit trading as abilateral and sequential process. This implies that in order to meetthe deposition targets at the end of the trading process, not every single trade transaction has to meet the deposition targets. To ensure that the target is ultimately met, the number of permits traded should be controlled by a trade coordinating institution. A simulation of the system of guided bilateral trading of SO2 permits among European countries on the basis of the Second SO2 Protocol indicates that some non-profitable trade transactions take place. This prevents the cost effective emission allocation from being fully achieved. However, the calculations show that guided bilateral permit trading may generate substantial cost savings while contributing to environmental protection. [ABSTRACT FROM AUTHOR]

Published
2000

94. Insight into the Initial Stages of the Folding Process in Onconase Revealed by UNRES

Author

Emily Hendrix, Stefano Motta, Robert F. Gahl, Yi He, Hendrix, E, Motta, S, Gahl, R, and He, Y

Subjects
Protein Folding, CHIM/02 - CHIMICA FISICA, Ribonucleases, Onconase, Materials Chemistry, Proteins, Thermodynamics, Molecular Dynamics Simulation, Physical and Theoretical Chemistry, Molecular Dynamics, Self Organizing Map, UNRES, Surfaces, Coatings and Films
Abstract

The unfolded state of proteins presents many challenges to elucidate the structural basis for biological function. This state is characterized by a large degree of structural heterogeneity which makes it difficult to generate structural models. However, recent experiments into the initial folding events of the 104-residue ribonuclease homologue onconase (ONC) were able to identify the regions in the protein that participate in the initial folding of this protein. Therefore, to gain additional structural insight into the unfolded state of proteins, this study utilized molecular dynamics simulations using the UNited-RESidue (UNRES) force field to evaluate whether there is a good agreement between the experimentally determined initial structures and the structures identified by computer simulations along a folding pathway. Indeed, these UNRES simulations accurately identified the two regions experimentally observed to form the initial native structure along the folding pathway of ONC. In addition, these regions are determined to be chain folding initiation sites (CFIS) according to methods developed previously. Subsequent self-organization maps (SOM) analysis has revealed key structural states involved in these early folding events.

Published
2022
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95. Recognizing the Binding Pattern and Dissociation Pathways of the p300 Taz2-p53 TAD2 Complex

Author

Tongtong Li, Stefano Motta, Amy O. Stevens, Shenghan Song, Emily Hendrix, Alessandro Pandini, Yi He, Li, T, Motta, S, Stevens, A, Song, S, Hendrix, E, Pandini, A, and He, Y

Subjects
dissociation pathway, CHIM/02 - CHIMICA FISICA, time-resolved force distribution analysis (TRFDA), machine learning, p53 TAD2, p300 Taz2, self-organizing maps (SOMs), steered molecular dynamics (SMD)
Abstract

Supporting Information: The Supporting Information is available free of charge at https://pubs.acs.org/doi/10.1021/jacsau.2c00358. MD and SMD simulation parameters, data analysis details of all 50 replicas of SMD simulations, all pre-processed simulation trajectories, and data analysis scripts available at https://unmm-my.sharepoint.com/:f:/g/personal/yihe_unm_edu/EqwwWVZFiTJCmhAXnVCCHkwBgmyDGObyy_F60RJyZKgzFQ?e=rnMbfN (PDF). Copyright © 2022 The Authors. The dynamic association and dissociation between proteins are the basis of cellular signal transduction. This process becomes much more complicated if one or both interaction partners are intrinsically disordered because intrinsically disordered proteins can undergo disorder-to-order transitions upon binding to their partners. p53, a transcription factor with disordered regions, plays significant roles in many cellular signaling pathways. It is critical to understand the binding/unbinding mechanism involving these disordered regions of p53 at the residue level to reveal how p53 performs its biological functions. Here, we studied the dissociation process of the intrinsically disordered N-terminal transactivation domain 2 (TAD2) of p53 and the transcriptional adaptor zinc-binding 2 (Taz2) domain of transcriptional coactivator p300 using a combination of classical molecular dynamics, steered molecular dynamics, self-organizing maps, and time-resolved force distribution analysis (TRFDA). We observed two different dissociation pathways with different probabilities. One dissociation pathway starts from the TAD2 N-terminus and propagates to the α-helix and finally the C-terminus. The other dissociation pathway is in the opposite order. Subsequent TRFDA results reveal that key residues in TAD2 play critical roles. Besides the residues in agreement with previous experimental results, we also highlighted some other residues that play important roles in the disassociation process. In the dissociation process, non-native interactions were formed to partially compensate for the energy loss due to the breaking of surrounding native interactions. Moreover, our statistical analysis results of other experimentally determined complex structures involving either Taz2 or TAD2 suggest that the binding of the Taz2-TAD2 complex is mainly governed by the binding site of Taz2, which includes three main binding regions. Therefore, the complexes involving Taz2 may follow similar binding/unbinding behaviors, which could be studied together to generate common principles. National Science Foundation Graduate Research Fellowship Program (grant no. DGE1939267); the National Science Foundation (grant no. 2137558); Leverhulme Trust (RPG-2017-222); Substance Use Disorders Grand Challenge Pilot Research Award; Research Allocations Committee (RAC) Award; the startup fund from the University of New Mexico; the University of New Mexico Office of the Vice President for Research WeR1 Faculty Success Program.

Published
2022
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98. ATG9A facilitates the closure of mammalian autophagosomes.

Author

Javed R, Mari M, Trosdal E, Duque T, Paddar MA, Allers L, Mudd MH, Claude-Taupin A, Akepati PR, Hendrix E, He Y, Salemi M, Phinney B, Uchiyama Y, Reggiori F, and Deretic V

Subjects
Humans, Animals, Endosomal Sorting Complexes Required for Transport metabolism, Endosomal Sorting Complexes Required for Transport genetics, HEK293 Cells, HeLa Cells, Lysosomes metabolism, Mice, Autophagosomes metabolism, Autophagy-Related Proteins metabolism, Autophagy-Related Proteins genetics, Autophagy, Membrane Proteins metabolism, Membrane Proteins genetics, Vesicular Transport Proteins metabolism, Vesicular Transport Proteins genetics
Abstract

Canonical autophagy captures within specialized double-membrane organelles, termed autophagosomes, an array of cytoplasmic components destined for lysosomal degradation. An autophagosome is completed when the growing phagophore undergoes ESCRT-dependent membrane closure, a prerequisite for its subsequent fusion with endolysosomal organelles and degradation of the sequestered cargo. ATG9A, a key integral membrane protein of the autophagy pathway, is best known for its role in the formation and expansion of phagophores. Here, we report a hitherto unappreciated function of mammalian ATG9A in directing autophagosome closure. ATG9A partners with IQGAP1 and key ESCRT-III component CHMP2A to facilitate this final stage in autophagosome formation. Thus, ATG9A is a central hub governing all major aspects of autophagosome membrane biogenesis, from phagophore formation to its closure, and is a unique ATG factor with progressive functionalities affecting the physiological outputs of autophagy., (© 2025 Javed et al.)

Published
2025
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99. Noncanonical roles of ATG5 and membrane atg8ylation in retromer assembly and function.

Author

Paddar MA, Wang F, Trosdal ES, Hendrix E, He Y, Salemi MR, Mudd M, Jia J, Duque T, Javed R, Phinney BS, and Deretic V

Subjects
Humans, Glucose Transporter Type 1 metabolism, Glucose Transporter Type 1 genetics, Cell Membrane metabolism, Autophagy-Related Protein 8 Family metabolism, Autophagy-Related Protein 8 Family genetics, Autophagy, Vesicular Transport Proteins metabolism, Vesicular Transport Proteins genetics, Autophagy-Related Protein 5 metabolism, Autophagy-Related Protein 5 genetics, Protein Transport
Abstract

ATG5 is one of the core autophagy proteins with additional functions such as noncanonical membrane atg8ylation, which among a growing number of biological outputs includes control of tuberculosis in animal models. Here, we show that ATG5 associates with retromer's core components VPS26, VPS29, and VPS35 and modulates retromer function. Knockout of ATG5 blocked trafficking of a key glucose transporter sorted by the retromer, GLUT1, to the plasma membrane. Knockouts of other genes essential for membrane atg8ylation, of which ATG5 is a component, affected GLUT1 sorting, indicating that membrane atg8ylation as a process affects retromer function and endosomal sorting. The contribution of membrane atg8ylation to retromer function in GLUT1 sorting was independent of canonical autophagy. These findings expand the scope of membrane atg8ylation to specific sorting processes in the cell dependent on the retromer and its known interactors., Competing Interests: MP, FW, ET, EH, YH, MS, MM, JJ, TD, RJ, BP, VD No competing interests declared, (© 2024, Paddar et al.)

Published
2025
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100. Survivor Health Connection Project: Understanding Experiences of Accessing Health Care Among Those Affected by Intimate Partner Violence During the COVID-19 Pandemic.

Author

Hendrix E, Segebrecht J, Thomas K, Branch T, and Dawson S

Subjects
Humans, Female, Adult, Middle Aged, United States epidemiology, Male, SARS-CoV-2, Young Adult, Pandemics, Adolescent, Surveys and Questionnaires, COVID-19 epidemiology, COVID-19 prevention & control, Intimate Partner Violence statistics & numerical data, Health Services Accessibility, Survivors psychology
Abstract

Objectives: Intimate partner violence (IPV) has short- and long-term health effects, including physical injuries and traumatic brain injury, as well as sexual, reproductive, and mental health issues. However, accessing necessary health care is often challenging for IPV survivors and became even more difficult during the COVID-19 pandemic. We examined access to health care among those affected by IPV during the COVID-19 pandemic to better connect survivors to health and social support services., Methods: The Health Resources and Services Administration's Office of Women's Health partnered with its Bureau of Primary Health Care, the Administration for Children and Families' Office of Family Violence Prevention and Services, and the National Domestic Violence Hotline (Hotline) on the 2-year Survivor Health Connection Project. The Hotline administered 2 surveys to its contacts: a 2-question postinteraction survey from March 29, 2021, through September 30, 2022, and a longer focused survey in 2021 and 2022 that measured barriers and restrictions to accessing health care, telehealth safety, and interactions with health care providers., Results: Of 9918 respondents to the postinteraction survey, 6173 (62.2%) reported current health needs related to their abusive experience. Nearly half of 242 respondents to the 2021 survey (n = 106, 43.8%) indicated that the frequency or intensity of abuse increased during the COVID-19 pandemic, and 157 of 338 respondents to the 2022 survey (46.4%) reported that their partner had controlled and/or restricted their access to health care. Participants described barriers to accessing health care, including finances, health insurance coverage, and transportation., Conclusions: Findings illuminate opportunities to further support the health and social needs of those experiencing IPV, including continued coordination of efforts across health care and social service delivery partners., Competing Interests: Declaration of Conflicting InterestsThe authors declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article.

Published
2025
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