Results 181 to 190 of about 315,665 (286)
Mitochondrial protein import [PDF]
, 1989 Ades, Ades, Adrian, Ainger, Allison, Alt, Aquila, Aquila, Arakawa, Arends, Argan, Argan, Baker, Banroques, Basile, Beckmann, Bedwell, Behra, Bellion, Beltzer, Beltzer, Berkhout, Bhasker, Bhat, Blobel, Borst, Bouillaud, Boutry, Brandriss, Braun, Burns, Böhni, Böhni, Cerletti, Chatton, Chen, Chen, Chen, Chen, Chen, Cheng, Chien, Chien, Chirico, Chu, Conboy, Conboy, Coruzzi, Craig, Dahl, Daum, Daum, De Haan, De Jong, De Lange, De Lange, Deshaies, Dickerson, Dieckmann, Dieckmann, Douglas, Duffaud, Dumont, Eilers, Eilers, Eilers, Ellis, Ellis, Emr, Epand, Evans, Farrell, Farrell, Faye, Firgaira, Fisher, Flügge, Foury, Fox, Freeman, Freitag, Fujiki, Fujiki, Gabellini, Gabellini, Gasser, Gasser, Gasser, Gay, Gearing, Geller, Gillespie, Gilmore, Gilmore, Grant, Grossmann, Guiard, Hackenbrock, Hallemayer, Hallermayer, Hallewell, Hampsey, Hansen, Harmey, Harmey, Harmey, Harmey, Harnisch, Hartl, Hartl, Hartl, Hartl, Hase, Hase, Hase, Hatalova, Hauska, Hawlitschek, Hay, Heinrich, Hemmingsen, Hennig, Hennig, Hennig, Henning, Hensgen, Ho, Ho, Horwich, Horwich, Horwich, Horwich, Horwich, Horwich, Hunter, Hurt, Hurt, Hurt, Hurt, Hurt, Hurt, Hurt, Hurt, Imanaka, Ito, Jaussi, Jaussi, Joh, Just, Kanazawa, Kaput, Kellems, Kellems, Kellens, Keng, Kirwin, Kleene, Koerner, Koerner, Koike, Kolansky, Kolarov, Korb, Kraus, Kraus, Kraus, Kraus, Krebs, Kruse, Kryzwicki, Kun, Labouesse, Lazarow, Lederer, Lennart-Nilsson, Lewin, Lewin, Lindquist, Lingelbach, Lomax, Lubben, Lustig, Lustig, Maarse, Maarse, Maccecchini, Maccecchini, Macino, Maher, Marres, Marzuki, Matsubara, Matsuura, McAda, McGraw, McIntyre, Meyer, Meyer, Meyer, Michel, Mihara, Mihara, Mihara, Mihara, Miura, Miura, Mori, Mori, Morita, Morohashi, Morohashi, Morohashi, Mueckler, Mueckler, Mueckler, Myers, Myers, Müller, Müller, Nagata, Nakagawa, Nargang, Natsoulis, Nelson, Nelson, Ness, Neupert, Neupert, Nguyen, Nguyen, Nguyen, Nguyen, Nicholson, Nicholson, Nicholson, Nicholson, Nishikimi, Nyunoya, Oda, Oda, Ohashi, Ohba, Ohba, Ohta, Ohta, Okamura, Okamura, Ono, Ono, Ono, Ono, Ou, Ou, Oudshoorn, Pain, Pain, Pape, Pape, Park, Patterson, Pelham, Perara, Pfaller, Pfaller, Pfaller, Pfaller, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pfanner, Pillar, Pollock, Pratje, Pratje, Randall, Randall, Raymond, Reid, Reid, Richter, Ricquier, Ridley, Rietveld, Riezman, Riezman, Riezman, Robinson, Roise, Roise, Rothblatt, Rothman, Runswick, Rödel, Römisch, Sabatini, Sachs, Sadler, Saraste, Schatz, Schlenstedt, Schleyer, Schleyer, Schleyer, Schmeizer, Schmidt, Schmidt, Schmidt, Schmidt, Schmidt, Schneller, Schwaiger, Schägger, Sebald, Shore, Sidhu, Sierra, Simmaco, Skerjank, Smagula, Stellwagen, Stuart, Suissa, Suissa, Surguchov, Suske, Sztul, Söllner, Takeda, Takeda, Takiguchi, Tamm, Taniuchi, Teintze, Tropschug, Tzagoloff, Tzagoloff, Ueda, Urban-Grimal, Van Loon, Van Loon, Van Loon, Van Loon, Van Loon, Van Loon, Van Loon, Van Loon, Van Steeg, Vasarotti, Vasarotti, Veloso, Velours, Verner, Vestweber, Viebrock, Von Heijne, Walter, Walter, Walter, Watanabe, Waters, Watts, Weiss, Werner, Wickner, Wiech, Wielburski, Wierenga, Witte, Wold, Woodrow, Wright, Wright, Wu, Yaffe, Yaffe, Yamane, Yoshida, Yoshida, Young, Zimmermann, Zimmermann, Zimmermann, Zimmermann, Zimmermann, Zimmermann, Zwizinski, Zwizinski, Zwizinski, Zwizinski +395 morecore +1 more sourceResonant Domain Wall Dynamics in a Three‐Dimensional Magnetic Nano Double Helix
Advanced Materials, EarlyView.3D magnetic nanostructures promise exciting possibilities for magnetization dynamics. However, experimental realizations remain scarce. In nanoprinted cobalt double helices, time‐resolved X‐ray microscopy reveals harmonic domain wall dynamics. Simulations identify the mode and additional higher‐frequency resonances, revealing a rich dynamic landscape ...Pamela Morales‐Fernández, Iason Konstantinos‐Douveas, Claas Abert, Elina Zhakina, Sandra Ruiz‐Gómez, Claudia Fernández‐González, Luke Alexander Turnbull, Sebastian Wintz, Markus König, Simone Finizio, Markus Weigand, Naëmi Leo, Dieter Suess, Aurelio Hierro‐Rodríguez, Amalio Fernández‐Pacheco, Claire Donnelly +15 morewiley +1 more sourceSynthesis and intracellular transport of mitochondrial proteins [PDF]
, 1985 A Lustig, A Lustig, A Ohashi, A Viebrock, AJ Lamb, AP Autor, AS Lewin, AS Lewin, B Hennig, B Schmidt, BE Roberts, BG Barrell, C Cote, C Zwizinski, CJ Leaver, DI Meyer, DI Meyer, DL Stigall, DM Kolansky, E Komar, E Marra, E Pratje, E Schmelzer, G Attardi, G Blobel, G Daum, G Daum, G Hallermayer, G Hallermayer, G Kreibich, G Kreil, G Macino, G Reid, G Schatz, G Schatz, G Schatz, G Srivastava, GC Shore, GC Shore, H Freitag, H Koehler, H Korb, H Riezman, H Weiss, IG Macreadie, IZ Ades, IZ Ades, J Kaput, JG Conboy, JP Kraus, K Mihara, K Mihara, K Mihara, K Watanabe, L Ernster, L Randall, LA Grivell, LE Aziz, M Inouye, M Klingenberg, M Klingenberg, M Maccechini, M Mori, M Mori, M Schleyer, M Suissa, M Teintze, M Wikstrom, M Yamamoto, M-L Maccechini, MA Harmey, MA Harmey, MD Hampsey, MM Mueckler, N Cerletti, N Nabi, N Nelson, NK Bhat, P Boehni, P Boehni, P Boogart van den, P Borst, P Borst, P Borst, P McAda, P Sonderegger, P Walter, PC Heinrich, PC Kreibich, PG Adolphus, R Jaussi, R Michel, R Sakakibara, R Zimmermann, R Zimmermann, R Zimmermann, R Zimmermann, RE Kellems, RE Kellems, RO Poyton, S Matsuura, S Miura, S Passarella, S Werner, SD Emr, SM Gasser, SM Gasser, SM Gasser, T Hunt, T Monta, T Oda, VA Rucker, W Neupert, W Wickner, Y Kamisaki, Y Raymond, Y Sagara, Y Yoshida +117 morecore +1 more sourceElectrolyte‐Induced Interfacial/Bulk Dual Regulation Enables Negligible Capacity Decay in Li‐Rich Cathodes
Advanced Materials, EarlyView.This work report a n electrolyte‑induced interfacial/bulk dual regulation strategy that enables negligible capacity decay in li‑rich cathodes. ABSTRACT
Lithium‐rich manganese‐based oxides (LRMO) suffer from rapid capacity decay, mainly driven by interfacial instability and bulk structural degradation associated with Jahn‐Teller (J‐T) distortion in Mn3+‐Tianqi Yang, Min Jiang, Jiatao Lou, Zhouyu Huang, Xingjun Li, Liuqi Wang, Qingru Zhou, Lun Li, Liuyi Hu, Wei Liu, Yuzhi He, Xingyu Wang, Zhengbo Liu, Wenkui Zhang, Jun Zhang, Xinhui Xia, Yang Ren, Qi Liu +17 morewiley +1 more sourcePlasmonic Nanomachines: Creating Local Potential Gradients and Motions
Advanced Materials, EarlyView.Plasmonic nanomachines can generate optical, thermal, and chemical potential gradients to drive directional rectilinear, rotational, and twisting motions at the nanometer scale. The integration of multimodal plasmonic forces with functional materials and programmed structural distortions enables precise spatiotemporal actuation, thereby providing a ...Yoonhee Kim, Soohyun Ji, Donghyun Choi, Jwa‐Min Nam +3 morewiley +1 more source
