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Identificadas 969

TÃTULO: A 3D Computational Study on the Formation and Progression of Tumor Cells in Diffuse Gastric Cancer
AUTORES: Lopes, Valeria; Figueiredo, Joana; Carneiro, Patricia; Gouveia, Marcos; Travasso, Rui D. M.; Carvalho, Joao;
PUBLICAÇÃO: 2025, FONTE: BULLETIN OF MATHEMATICAL BIOLOGY, VOLUME: 87, NÚMERO: 2

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TÃTULO: Preoperative Inflammatory Scores Do Not Accurately Predict Early Recurrence of Pancreatic Ductal Adenocarcinoma After Resection: A Systematic Review and Meta-Analysis Full Text
AUTORES: de Castro e Borges, Filipe; Khajeh, Elias; Nikbakhsh, Rajan; Ribeiro, Catarina; Maeurer, Markus; Carvalho, Carlos; Goncalves, Gil; Berchtold, Christoph; Buechler, Markus W.; Mehrabi, Arianeb;
PUBLICAÇÃO: 2024, FONTE: CANCER MEDICINE, VOLUME: 13, NÚMERO: 20

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TÃTULO: A computational model of cell membrane bioelectric polarization and depolarization, connected with cell proliferation, in different tissue geometries
AUTORES: Carvalho, J;
PUBLICAÇÃO: 2023, FONTE: Journal of Theoretical Biology, VOLUME: 557

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TÃTULO: A multiscale cell-based model of tumor growth for chemotherapy assessment and tumor-targeted therapy through a 3D computational approach
AUTORES: Nivlouei, SJ; Soltani, M; Shirani, E; Salimpour, MR; Travasso, R; Carvalho, J;
PUBLICAÇÃO: 2022, FONTE: CELL PROLIFERATION, VOLUME: 55, NÚMERO: 3

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TÃTULO: A computational model of organism development and carcinogenesis resulting from cells' bioelectric properties and communication Full Text
AUTORES: Carvalho, Joao;
PUBLICAÇÃO: 2022, FONTE: SCIENTIFIC REPORTS, VOLUME: 12, NÚMERO: 1

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TÃTULO: A bioelectric model of carcinogenesis, including propagation of cell membrane depolarization and reversal therapies
AUTORES: Carvalho, J;
PUBLICAÇÃO: 2021, FONTE: SCIENTIFIC REPORTS, VOLUME: 11, NÚMERO: 1

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CrossRef: 6

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TÃTULO: Multiscale modeling of tumor growth and angiogenesis: Evaluation of tumor-targeted therapy
AUTORES: Nivlouei, SJ; Soltani, M; Carvalho, J; Travasso, R; Salimpour, MR; Shirani, E;
PUBLICAÇÃO: 2021, FONTE: PLOS COMPUTATIONAL BIOLOGY, VOLUME: 17, NÚMERO: 6

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CrossRef: 20

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TÃTULO: The SNO+ experiment
AUTORES: The Sno+ Collaboration; Albanese, V; Alves, R; Anderson, MR; Andringa, S; Anselmo, L; Arushanova, E; Asahi, S; Askins, M; Auty, DJ; Back, AR; Back, S; Bar o, F; Barnard, Z; Barr, A; Barros, N; Bartlett, D; Bayes, R; Beaudoin, C; Beier, EW; Berardi, G; Bialek, A; Biller, SD; Blucher, E; Bonventre, R; Boulay, M; Braid, D; Caden, E; Callaghan, EJ; Caravaca, J; Carvalho, J; Cavalli, L; Chauhan, D; Chen, M; Chkvorets, O; Clark, KJ; Cleveland, B; Connors, C; Cookman, D; Coulter, IT; Cox, MA; Cressy, D; Dai, X; Darrach, C; Davis Purcell, B; Deluce, C; Depatie, MM; Descamps, F; Di Lodovico, F; Dittmer, J; Doxtator, A; Duhaime, N; Duncan, F; Dunger, J; Earle, AD; Fabris, D; Falk, E; Farrugia, A; Fatemighomi, N; Felber, C; Fischer, V; Fletcher, E; Ford, R; Frankiewicz, K; Gagnon, N; Gaur, A; Gauthier, J; Gibson Foster, A; Gilje, K; González Reina, OI; Gooding, D; Gorel, P; Graham, K; Grant, C; Grove, J; Grullon, S; Guillian, E; Hall, S; Hallin, AL; Hallman, D; Hans, S; Hartnell, J; Harvey, P; Hedayatipour, M; Heintzelman, WJ; Heise, J; Helmer, RL; Hodak, B; Hodak, M; Hood, M; Horne, D; Hreljac, B; Hu, J; Hussain, SMA; Iida, T; Inácio, AS; Jackson, CM; Jelley, NA; Jillings, CJ; Jones, C; Jones, PG; Kamdin, K; Kaptanoglu, T; Kaspar, J; Keeter, K; Kefelian, C; Khaghani, P; Kippenbrock, L; Klein, JR; Knapik, R; Kofron, J; Kormos, LL; Korte, S; Krar, B; Kraus, C; Krauss, CB; Kroupová, T; Labe, K; Lafleur, F; Lam, I; Lan, C; Land, BJ; Lane, R; Langrock, S; Larochelle, P; Larose, S; Latorre, A; Lawson, I; Lebanowski, L; Lefeuvre, GM; Leming, EJ; Li, A; Li, O; Lidgard, J; Liggins, B; Liimatainen, P; Lin, YH; Liu, X; Liu, Y; Lozza, V; Luo, M; Maguire, S; Maio, A; Majumdar, K; Manecki, S; Maneira, J; Martin, RD; Marzec, E; Mastbaum, A; Mathewson, A; McCauley, N; McDonald, AB; McFarlane, K; Mekarski, P; Meyer, M; Miller, C; Mills, C; Mlejnek, M; Mony, E; Morissette, B; Morton Blake, I; Mottram, MJ; Nae, S; Nirkko, M; Nolan, LJ; Novikov, VM; O'Keeffe, HM; O'Sullivan, E; Orebi Gann, GD; Parnell, MJ; Paton, J; Peeters, SJM; Pershing, T; Petriw, Z; Petzoldt, J; Pickard, L; Pracsovics, D; Prior, G; Prouty, JC; Quirk, S; Read, S; Reichold, A; Riccetto, S; Richardson, R; Rigan, M; Ritchie, I; Robertson, A; Robertson, BC; Rose, J; Rosero, R; Rost, PM; Rumleskie, J; Schumaker, MA; Schwendener, MH; Scislowski, D; Secrest, J; Seddighin, M; Segui, L; Seibert, S; Semenec, I; Shaker, F; Shantz, T; Sharma, MK; Shokair, TM; Sibley, L; Sinclair, JR; Singh, K; Skensved, P; Smiley, M; Sonley, T; Sörensen, A; St Amant, M; Stainforth, R; Stankiewicz, S; Strait, M; Stringer, MI; Stripay, A; Svoboda, R; Tacchino, S; Tam, B; Tanguay, C; Tatar, J; Tian, L; Tolich, N; Tseng, J; Tseung, HWC; Turner, E; Van Berg, R; Vázquez Jáuregui, E; Veinot, JGC; Virtue, CJ; Von Krosigk, B; Walker, JMG; Walker, M; Wallig, J; Walton, SC; Wang, J; Ward, M; Wasalski, O; Waterfield, J; Weigand, JJ; White, RF; Wilson, JR; Winchester, TJ; Woosaree, P; Wright, A; Yanez, JP; Yeh, M; Zhang, T; Zhang, Y; Zhao, T; Zuber, K; Zummo, A; ...Mais
PUBLICAÇÃO: 2021, FONTE: Journal of Instrumentation, VOLUME: 16, NÚMERO: 8

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CrossRef: 52

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