... Backert S (20 10) A small fibronectin-mimicking FEBS Journal 27 8 (20 11) 1190– 120 2 ª 20 11 The Authors Journal compilation ª 20 11 FEBS 120 1 Type IV secretion in H pylori pathogenesis 26 27 28 29 N Tegtmeyer ... Journal 27 8 (20 11) 1190– 120 2 ª 20 11 The Authors Journal compilation ª 20 11 FEBS 1193 Type IV secretion in H pylori pathogenesis 1194 N Tegtmeyer et al FEBS Journal 27 8 (20 11) 1190– 120 2 ª 20 11 The ... literature and are still not fully clear [9] FEBS Journal 27 8 (20 11) 1190– 120 2 ª 20 11 The Authors Journal compilation ª 20 11 FEBS 1197 Type IV secretion in H pylori pathogenesis N Tegtmeyer et al...
... NKp44(-)NKp46(+) natural killer 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 cells in the intestinal mucosa of patients with Crohn’s disease Gastroenterology 20 10, 139:8 82- 8 92, 8 92 e881-883 Satoh-Takayama ... Immun 20 10, 78 :26 53 -26 66 Jabri B, Ebert E: Human CD8+ intraepithelial lymphocytes: a unique model to study the regulation of effector cytotoxic T lymphocytes in tissue Immunol Rev 20 07, 21 5 :20 2 -21 4 ... is encoded on the same pathogenicity island as NleE in EPEC and EHEC O157 strains, on the integrative element IE6 and the O-island 122 , respectively [59] Presence of the O Island 122 (OI 122 )...
... Protein Secretion System 1.4 Sec system 1.5 Type I Secretion System 1.6 Type II Secretion System 10 1.7 TypeIIISecretion System 12 1.8 Type IV Secretion System 26 1.9 Type V Secretion System 27 ... enterohemorrhagic Escherichia coli (EHEC) 37 2. 1 Introduction 38 2.2 Materials and Methods 41 2. 2.1 Plasmid and strain construction 41 2.2 .2 Purification and crystallization 42 2 .2. 3 Data collection, structure ... and refinement 43 2. 2.4 In vitro pull-down assay 44 2. 2.5 Analytical ultra centrifugation 45 2. 2.6 MALDI-TOF MS and MS/MS analysis 45 2. 2.7 Circular dichroism spectrometry 46 2. 2.8 Extracellular...
... III. 1 Introduction 49 III .2 Materials and Methods 52 III .2. 1 Bacterial strains and plasmids 52 III .2. 2 Construction of deletion mutants and plasmids 52 ... 121 V .2. 12 β-galactosidase assays 121 V .2. 13 Southern hybridization 121 V .2. 14 Bioinformatic tools 121 V .2. 15 Nucleotide accession numbers 122 V.3 ... system 14 I.3 .2 Type II secretion system 15 I.3.3 Type IV secretion system 16 I.3.4 Type V secretion system 16 I.3.5 TypeIIIsecretion system ...
... the first 12 interfaces and ports of each switch Switch A Port # Switch B 10 11 12 2-4 CCNA 3: Switching Basics and Intermediate Routing v 3.0 - Lab 7 .2. 6 Copyright 20 03, Cisco Systems, Inc ... privileged EXEC mode prompt, type the following on Switch_A: Note: Type show spanning-tree brief if running version 12. 0 of the IOS If running version 12. 1 of the IOS, type just show spanning-tree ... switch a Type the following on Switch_A at the privileged EXEC mode prompt Note: Type show spanning-tree brief if running version 12. 0 of the IOS If running version 12. 1 of the IOS, type just...
... Rev 58, 29 3–316 Wallden K, Rivera-Calzada A & Waksman G (20 10) Type IV secretion systems: versatility and diversity in function Cell Microbiol 12, 120 3– 121 2 Christie PJ (20 04) Type IV secretion: ... Fronzes R & Waksman G (20 08) VirB2 and VirB5 proteins: specialized adhesins in bacterial type- IV secretion systems? Trends Microbiol 16, 409–413 FEBS Journal 27 8 (20 11) 121 3– 122 2 ª 20 11 The Authors ... and G Waksman 21 Fischer W (20 11) Assembly and molecular mode of action of the Helicobacter pylori Cag type IV secretion apparatus FEBS J 27 8, 120 3– 121 2 22 Cendron L & Zanotti G (20 11) Structural...
... 32. 1 LC-ESI-MS (positive): MS, m ⁄ z 24 2 [M + H]+, MS ⁄ MS (precursor ion at m ⁄ z 24 2), m ⁄ z 22 7, 20 0 UV: kmax 23 6 nm Tetraketide lactone ) HPLC: Rt ¼ 26 .2 LC-ESI-MS (positive): MS, m ⁄ z 26 0 ... were obtained in our previous work [20 23 ] FEBS Journal 27 4 (20 07) 1073–10 82 ª 20 07 The Authors Journal compilation ª 20 07 FEBS 1079 Multifunctional typeIII PKS from Huperzia serrata K Wanibuchi ... ⁄ z 28 7), m ⁄ z 24 1 [M + H-CO2]+ UV: kmax 327 nm Triketide lactone ) HPLC: Rt ¼ 33.9 LC-ESI-MS (positive): MS, m ⁄ z 24 5 [M + H]+, MS ⁄ MS (precursor ion at m ⁄ z 24 5), m ⁄ z 20 1 [M + H-CO2]+...