Bibliotecas PUC-SP - Busca Integrada

Exogenous induction of the iron dicitrate transport system of Escherichia coli K-12.

Por Zimmermann, L, Hantke, K, Braun, V
Publicado em 1984

Mechanistically novel iron(III) transport system in Serratia marcescens.

Por Zimmermann, L, Angerer, A, Braun, V
Publicado em 1989

Intracellular activation of albomycin in Escherichia coli and Salmonella typhimurium.

Por Braun, V, Günthner, K, Hantke, K, Zimmermann, L
Publicado em 1983

Chromosomal genes for ColV plasmid-determined iron(III)-aerobactin transport in Escherichia coli.

Por Braun, V, Burkhardt, R, Schneider, R, Zimmermann, L
Publicado em 1982

Genetics of the iron dicitrate transport system of Escherichia coli.

Por Pressler, U, Staudenmaier, H, Zimmermann, L, Braun, V
Publicado em 1988

Fabrication of low-loss SOI nano-waveguides including BEOL processes for nonlinear applications

Por Tian H., Winzer G., Gajda A., Petermann K., Tillack B., Zimmermann L.
Publicado no Journal of the European Optical Society-Rapid Publications (2012-01-01)

Short course dexamethasone treatment following injury inhibits bleomycin induced fibrosis in rats

Por Dik, W, McAnulty, R, Versnel, M, Naber, B, Zimmermann, L, Laurent, G, Mutsaers, S
Publicado em 2003

Inversion of helix orientation in Bacillus subtilis macrofibers.

Por Mendelson, N H, Karamata, D, Mendelson, N H, Keener, S L, Kuner, J M, Kaiser, D, Gunge, N, Murata, K, Sakaguchi, K, Eaton, R W, Ribbons, D W, Lengeler, J W, Mayer, R J, Schmid, K, Zabala, J C, de la Cruz, F, Ortiz, J M, García-Lobo, J M, Ortiz, J M, Hugouvieux-Cotte-Pattat, N, Robert-Baudouy, J, Zaritsky, Arieh, Craine, B L, Buchanan, C E, Sowell, M O, Baptist, E W, Hallquist, S G, Kredich, N M, Pike, L, Nathan, P, Osley, M A, Newton, A, Clark, J E, Ragsdale, S W, Ljungdahl, L G, Wiegel, J, Cone, M C, Marchitto, K, Zehfus, B, Ferro, A J, McMahon, G, Landau, J V, Cihlar, R L, Sypherd, P S, Orr, E, Staudenbauer, W L, Heyde, M, Portalier, R, Hellingwerf, K J, de Vrij, W, Konings, W N, Spencer, M E, Guest, J R, Braun, V, Burkhardt, R, Schneider, R, Zimmermann, L, Djordjevic, M A, Zurkowski, W, Rolfe, B G, Sinclair, M I, Holloway, B W, Symons, D C, Hodgson, B, Forage, R G, Lin, E C, Crow, V L, Thomas, T D, Mulligan, J T, Margolin, W, Krueger, J H, Walker, G C, Hoshino, T, Kageyama, M, Sayed, I A, Sweat, F W, Valisena, S, Varaldo, P E, Satta, G, Labarère, J, Bonneu, M, Louarn, J, Patte, J, Louarn, J M, Thompson, C J, Ward, J M, Hopwood, D A, Thompson, C J, Skinner, R H, Thompson, J, Ward, J M, Hopwood, D A, Cundliffe, E, Tally, F P, Snydman, D R, Shimell, M J, Malamy, M H, Grisolia, V, Carlomagno, M S, Bruni, C B, Schrempf, H, Imamura, N, Nakayama, H, Yu, F, Mizushima, S, Tanaka, M, Harafuji, H, Yamamoto, T, Hoshino, T, Nishio, K, Roberts, M, Corney, A, Shaw, W V, Yung, S G, Preiss, J, Duncan, B K, Weiss, B, Odelson, D A, Patterson, M A, Hespell, R B
Publicado em 1982

Enzymatic depolymerization of emulsan.

Por Shoham, Y, Rosenberg, E, Somerville, J E, Kahn, M L, Peterson, B C, Rownd, R H, Zuerner, R L, Thompson, H A, McIvor, R S, Wohlhueter, R M, Plagemann, P G, McIvor, R S, Wohlhueter, R M, Plagemann, P G, Froehlich, B J, Tatti, K, Scott, J R, Letts, V A, Dawes, I W, Tschopp, J, Schekman, R, Finlay, B B, Paranchych, W, Falkow, S, Reizer, J, Saier, M H, D'Ari, R, Huisman, O, Avtges, P, Scolnik, P A, Haselkorn, R, Roncero, M I, Ruiz-Herrera, J, Ruiz, A, Lopez-Romero, E, Boylan, S A, Dekker, E E, Morrison, D A, Lacks, S A, Guild, W R, Hageman, J M, Hasunuma, K, Federoff, H J, Eccleshall, T R, Marmur, J, Braun, V, Günthner, K, Hantke, K, Zimmermann, L, Ekiel, I, Smith, I C, Sprott, G D, Yamazaki, H, Ohmura, K, Nakayama, A, Takeichi, Y, Otozai, K, Yamasaki, M, Tamura, G, Yamane, K, Miller, J F, Malamy, M H, Kasprzak, A A, Steenkamp, D J, Reizer, J, Novotny, M J, Panos, C, Saier, M H, Borgeson, C E, Bowman, B J, Thiel, T, Wolk, C P, Cain, B D, Singer, M, Donohue, T J, Kaplan, S, Burman, L G, Reichler, J, Park, J T, Sherman, D M, Sherman, L A, Nogami, T, Mizushima, S, Kozuka, S, Tochikubo, K, Archibold, E R, Wilson, J D, Allison, D P, Sheehy, R J, Asha, P K, Deutscher, M P, McKenzie, M A, Carman, G M, Foster, J W, Byng, G S, Berry, A, Jensen, R A, Kulpa, C F, Roskey, M T, Travis, M T, McNicol, P J, Albritton, W L, Ronald, A R, Moseley, S L, Samadpour-Motalebi, M, Falkow, S, Bender, R A, Snyder, P M, Bueno, R, Quinto, M, Magasanik, B, Kamiryo, T, Raina, J L, Chocat, P, Esaki, N, Nakamura, T, Tanaka, H, Soda, K, Lorence, M C, Rupert, C S, Still, C N, Jacobson, E S, Tomioka, S, Nikaido, T, Miyakawa, T, Matsuhashi, M, Binnie, C, Coote, J G, Bullas, L R, Ryu, J I, MacPhee, K G, Nelson, R E, Schuster, S M
Publicado em 1983

Transposon Tn10-dependent expression of the lamB gene in Escherichia coli.

Por Brass, J M, Manson, M D, Larson, T J, Miller, A G, Turpin, D H, Canvin, D T, Hindahl, M S, Iglewski, B H, Bergen, L G, Upshall, A, Morris, N R, Finan, T M, Hartweig, E, LeMieux, K, Bergman, K, Walker, G C, Signer, E R, Martin, M O, Long, S R, Hughes, K T, Roth, J R, Cangelosi, G A, Wheelis, M L, Sherwood, J E, Vasse, J M, Dazzo, F B, Truchet, G L, Stults, L W, O'Hara, E B, Maier, R J, Rondeau, S S, Hsu, P Y, DeMoss, J A, Schobert, P, Bowien, B, Terracciano, J S, Canale-Parola, E, Deshusses, J, Belet, M, Flensburg, J, Sköld, O, Flammann, H T, Weckesser, J, Weckesser, J, Zalman, L S, Nikaido, H, Jeter, R M, Olivera, B M, Roth, J R, Gawron-Burke, C, Clewell, D B, Pierson, B K, Keith, L M, Leovy, J G, Matsuzaki, S, Kobayashi, Y, Dekio, S, Yamasaki, R, Jidoi, J, Hori, H, Osawa, S, Rattray, A, Altuvia, S, Mahajna, G, Oppenheim, A B, Gottesman, M, Reizer, J, Novotny, M J, Stuiver, I, Saier, M H, Bingle, W H, Doran, J L, Page, W J, Aksoy, S, Squires, C L, Squires, C, Tryon, V V, Pollack, D, Zimmermann, L, Hantke, K, Braun, V, Williams, M V, Pollack, J D, Phillips, T A, VanBogelen, R A, Neidhardt, F C, Natvig, D O, May, G, Taylor, J W, Willick, G E, Morosoli, R, Seligy, V L, Yaguchi, M, Desrochers, M, McDougall, S, Neilands, J B, Katsumata, R, Ozaki, A, Oka, T, Furuya, A, Todd, W J, Wray, G P, Hitchcock, P J, Whitfield, C, Vimr, E R, Costerton, J W, Troy, F A, Diedrich, D L, Duran, C P, Conti, S F, Hom, S S, Uratsu, S L, Hoang, F, Knosp, O, von Tigerstrom, M, Page, W J, Wong, T Y, Maier, R J, Sze, I S, Dagley, S, Mizuno, T, Imae, Y, Imae, Y, Mizuno, T, Maeda, K, Liu, C L, Mortenson, L E, Kirsch, D R, Lai, M H, Lubitz, W, Harkness, R E, Ishiguro, E E, O'Neill, E A, Kiely, G M, Bender, R A, Muthukumar, G, Nickerson, K W, Baldwin, W W, Kubitschek, H E, De Vos, G F, Finan, T M, Signer, E R, Walker, G C
Publicado em 1984

Characterization of the pyrogallol-phloroglucinol isomerase of Eubacterium oxidoreducens.

Por Krumholz, L R, Bryant, M P, Sasakawa, C, Kamata, K, Sakai, T, Makino, S, Yamada, M, Okada, N, Yoshikawa, M, Parsons, G D, Donly, B C, Mackie, G A, Moreau, P L, Nozawa, T, Maruyama, Y, Distel, D L, Lane, D J, Olsen, G J, Giovannoni, S J, Pace, B, Pace, N R, Stahl, D A, Felbeck, H, Touati, D, Oosawa, K, Mutoh, N, Simon, M I, Karreman, C, de Waard, A, Karreman, C, de Waard, A, Walter, R B, Stuy, J H, Yang, S Y, Li, J M, He, X Y, Cosloy, S D, Schulz, H, Skarstad, K, Boye, E, Wang, T C, Smith, K C, Perego, M, Hoch, J A, Mahajan, S K, Vartak, N B, Datta, A R, Miller, V L, Mekalanos, J J, Salch, Y P, Shaw, P D, Woodruff, W A, Hancock, R E, Brill, J A, Quinlan-Walshe, C, Gottesman, S, Martin, J H, Savage, D C, Pancholi, V, Fischetti, V A, Murray, R G, Dooley, J S, Whippey, P W, Trust, T J, Dooley, J S, McCubbin, W D, Kay, C M, Trust, T J, Stochaj, U, Fritz, H J, Heibach, C, Markgraf, M, von Schaewen, A, Sonnewald, U, Ehring, R, Pelkonen, S, Häyrinen, J, Finne, J, Bisson, L F, Christie, P J, Ward, J E, Winans, S C, Nester, E W, Wong, A, Kean, L, Maurer, R, Ohsumi, Y, Kitamoto, K, Anraku, Y, Kitamoto, K, Yoshizawa, K, Ohsumi, Y, Anraku, Y, Kitamoto, K, Yoshizawa, K, Ohsumi, Y, Anraku, Y, Blanchard, A, Razin, S, Kenny, G E, Barile, M F, Smith, J M, Rowsell, E H, Shioi, J, Taylor, B L, Wabiko, H, Ochi, K, Nguyen, D M, Allen, E R, Freese, E, Hartzell, P L, Escalante-Semerena, J C, Bobik, T A, Wolfe, R S, Pressler, U, Staudenmaier, H, Zimmermann, L, Braun, V, Itoh, Y, Soldati, L, Stalon, V, Falmagne, P, Terawaki, Y, Leisinger, T, Haas, D, Miller, P, Rabinowitz, A, Taber, H, Miller, P, Mueller, J, Hill, K, Taber, H, Inamoto, S, Yoshioka, Y, Ohtsubo, E, Tadros, M H, Frank, R, Takemoto, J Y, Drews, G, Klumpp, D J, Plank, D W, Bowdin, L J, Stueland, C S, Chung, T, LaPorte, D C, Kaufman, A E, Verma, J N, Goldfine, H, Brada, D, Schekman, R, Schad, P A, Iglewski, B H, Stoeckenius, W, Wolff, E K, Hess, B, Calvin, N M, Hanawalt, P C, Babcock, M J, Kendrick, K E, Lovitt, R W, Shen, G J, Zeikus, J G
Publicado em 1988

Role of AMP-activated protein kinase in mechanism of metformin action

Por Zhou, Gaochao, Myers, Robert, Li, Ying, Chen, Yuli, Shen, Xiaolan, Fenyk-Melody, Judy, Wu, Margaret, Ventre, John, Doebber, Thomas, Fujii, Nobuharu, Musi, Nicolas, Hirshman, Michael F., Goodyear, Laurie J., Moller, David E., Nataraj, Chandra, Thomas, Dennis W., Tilley, Stephen L., Nguyen, MyTrang, Mannon, Roslyn, Koller, Beverly H., Coffman, Thomas M., Cohen, Paul, Zhao, Connie, Cai, Xiaoli, Montez, Jason M., Rohani, S. Christy, Feinstein, Paul, Mombaerts, Peter, Friedman, Jeffrey M., Witters, Lee A., Rabinovitch, Marlene, Lernmark, Åke, Wucherpfennig, Kai W., Merkel, S M, Eberhard, A E, Gibson, J, Harwood, C S, Cava, J R, Elias, P M, Turowski, D A, Noel, K D, Kuhstoss, S, Richardson, M A, Rao, R N, Golden, S S, Nalty, M S, Cho, D S, Misono, H, Yonezawa, J, Nagata, S, Nagasaki, S, Egilmez, N K, Jazwinski, S M, Abeles, A L, Reaves, L D, Austin, S J, Allen, K E, McNally, M T, Lowendorf, H S, Slayman, C W, Free, S J, Byers, D M, Sanbongi, Y, Ishii, M, Igarashi, Y, Kodama, T, Sela, S, Clark-Curtiss, J E, Bercovier, H, Grossman, N, Rosner, E, Ron, E Z, Grossman, N, Ron, E Z, Wang, Y, Moore, M, Levinson, H S, Silver, S, Walsh, C, Mahler, I, Wood, A G, Whitman, W B, Konisky, J, Volkert, M R, Green, B D, Battisti, L, Thorne, C B, Garcia-Bustos, J, Tomasz, A, Nettleton, D O, Ordal, G W, Pau, R N, Mitchenall, L A, Robson, R L, Ostrowski, J, Kredich, N M, Bieger, C D, Nierlich, D P, Speer, B S, Salyers, A A, Lundrigan, M D, Kadner, R J, Alam, J, Curtis, S, Gleason, F K, Gerami-Nejad, M, Fuchs, J A, Chang, M, Hadero, A, Crawford, I P, Saito, T, Suzuki, K, Yamamoto, J, Fukui, T, Miwa, K, Tomita, K, Nakanishi, S, Odani, S, Suzuki, J, Ishikawa, K, Dooley, J S, Engelhardt, H, Baumeister, W, Kay, W W, Trust, T J, Watanabe, W, Sampei, G, Aiba, A, Mizobuchi, K, Tiedeman, A A, Keyhani, J, Kamholz, J, Daum, H A, Gots, J S, Smith, J M, Wu, J H, Ippen-Ihler, K, Helmann, J D, Wang, Y, Mahler, I, Walsh, C T, Larimer, F W, Perry, J R, Hardigree, A A, Zimmermann, L, Angerer, A, Braun, V, Poolman, B, Royer, T J, Mainzer, S E, Schmidt, B F, Cornelis, G, Sluiters, C, de Rouvroit, C L, Michiels, T, Sato, Y, Poy, F, Jacobson, G R, Kuramitsu, H K, Foster, R, Thorner, J, Martin, G S, Strobel, H J, Russell, J B, Driessen, A J, Konings, W N, Allen, J E, Stephens, R S, Smid, E J, Driessen, A J, Konings, W N, Madduri, K, Stuttard, C, Vining, L C, Ossanna, N, Mount, D W
Publicado em 2001