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1. Day, DA; Poole, PS; Tyerman, SD; Rosendahl, L
   Ammonia and amino acid transport across symbiotic membranes in nitrogen-fixing legume nodules
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4. Sardesai, N; Babu, CR
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6. Kato, A; Takahashi, T; Watanabe, T; Furuhashi, M; Maruyama, Y; Hishida, A
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13. Allaway, D; Lodwig, EM; Crompton, LA; Wood, M; Parsons, R; Wheeler, TR; Poole, PS
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14. Wisniewski, JP; Brewin, NJ
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15. Cermola, M; Fedorova, E; Tate, R; Riccio, A; Favre, R; Patriarca, EJ
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16. Cabanes, D; Boistard, P; Batut, J
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17. Panter, S; Thomson, R; de Bruxelles, G; Laver, D; Trevaskis, B; Udvardi, M
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18. Labidi, M; Laberge, S; Vezina, LP; Antoun, H
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19. Tabrett, CA; Copeland, L
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20. Manna, A; Pal, S; Paul, AK
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21. Jain, V; Nainawatee, HS
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22. Cordovilla, MD; Perez, J; Ligero, F; Lluch, C; Valpuesta, V
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23. Spaink, HP
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24. Poole, P; Allaway, D
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25. Li, J; Copeland, L
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26. Green, LS; Li, YZ; Emerich, DW; Bergersen, FJ; Day, DA
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27. Mattsson, U; Sellstedt, A
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28. Babber, S; Sheokand, S; Malik, S
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29. Denison, RF
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30. Kaur, K; Singh, R
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31. Ghosh, AC; Basu, PS
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32. Simonsen, ACW; Rosendahl, L
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33. Winzer, T; Bairl, A; Linder, M; Linder, D; Werner, D; Muller, P
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34. Ocana, A; Caba, JM; Ligero, F; Lluch, C
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35. Poole, P; Reid, C; East, AK; Allaway, D; Day, M; Leonard, M
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36. Streeter, JG
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37. Vassileva, V; Ignatov, G
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38. Voegele, RT; Mitsch, MJ; Finan, TM
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39. Tasaki, O; Hiraide, A; Shiozaki, T; Yamamura, H; Ninomiya, N; Sugimoto, H
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40. Garnczarska, M; Ratajczak, L
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41. Fedorova, E; Thomson, R; Whitehead, LF; Maudoux, O; Udvardi, MK; Day, DA
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45. Cheng, J; Hipkin, CR; Gallon, JR
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46. Summers, ML; Denton, MC; McDermott, TR
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47. Hernandez, A; Garcia-Plazaola, JI; Becerril, JM
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50. IGAWA K; KIKUCHI K; SATO T; OHWADA T
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55. CHOHAN SN; COPELAND L
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56. CHEN F; OKABE Y; OSANO K; TAJIMA S
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57. WHITEHEAD LF; YOUNG S; DAY DA
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58. MOREAU S; DAY DA; PUPPO A
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64. AN JH; KIM YS
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66. WALSHAW DL; WILKINSON A; MUNDY M; SMITH M; POOLE PS
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    Microbiology
    
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67. DRISCOLL BT; FINAN TM
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68. MATHIEU C; SWARAJ K; DAVIES MJ; TRINCHANT JC; PUPPO A
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    Free radical research
    
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69. UDVARDI MK; DAY DA
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    Annual review of plant physiology and plant molecular biology
    
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70. DAS A; LODHA ML
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    Journal of Plant Biochemistry and Biotechnology
    
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71. TANG Y; HOLLINGSWORTH RI
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72. MONZA J; DIAZ P; BORSANI O; RUIZARGUESO T; PALACIOS JM
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    World journal of microbiology & biotechnology
    
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73. DUNN MF; ARAIZA G; CEVALLOS MA; MORA J
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    FEMS microbiology letters
    
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74. WALSHAW DL; REID CJ; POOLE PS
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75. TATE R; RICCIO A; IACCARINO M; PATRIARCA EJ
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    FEMS microbiology letters
    
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76. CUBO T; ROMERO F; VINARDELL JM; RUIZSAINZ JE
    EXPRESSION OF THE RHIZOBIUM-LEGUMINOSARUM BIOVAR PHASEOLI MELA GENE IN OTHER RHIZOBIA DOES NOT REQUIRE THE PRESENCE OF THE NIFA GENE
    Australian journal of plant physiology
    
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77. VASSILEVA V; MILANOV G; IGNATOV G; NIKOLOV B
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    Journal of plant nutrition
    
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78. CHILSON OP; KELLYCHILSON AE; DIANI J
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    PLANT SCIENCE
    
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79. CORZO J; SANTAMARIA M; GUTIERREZNAVARRO AM
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80. KIM SA; COPELAND L
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81. ALNIEMI TS; KAHN ML; MCDERMOTT TR
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    Plant physiology
    
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82. BERGERSEN FJ
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    Plant and soil
    
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83. COMBA ME; BENAVIDES MP; GALLEGO SM; TOMARO ML
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84. YURLOVA NA; KUDRYASHOVA OA; SOFIN AV
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    Microbiology
    
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85. GORDON AJ; JAMES CL
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86. ARRESEIGOR C; MINCHIN FR; GORDON AJ; NATH AK
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    Journal of Experimental Botany
    
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87. GREEN LS; EMERICH DW
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88. HERNANDEZ LE; ROJASOJEDA P; COOKE DT; CARPENARUIZ R
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    Journal of chromatography B. Biomedical applications
    
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89. NAIDJA A; HUANG PM
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90. REID CJ; WALSHAW DL; POOLE PS
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    Microbiology
    
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91. WU GH; DELGADO MJ; VARGAS C; DAVIES AE; POOLE RK; DOWNIE JA
    THE CYTOCHROME BC(1) COMPLEX BUT NOT CYCM IS NECESSARY FOR SYMBIOTIC NITROGEN-FIXATION BY RHIZOBIUM-LEGUMINOSARUM
    Microbiology
    
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92. GIRARD L; VALDERRAMA B; PALACIOS R; ROMERO D; DAVILA G
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    Microbiology
    
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93. VARGAS C; WU GH; DELGADO MJ; POOLE RK; DOWNIE JA
    IDENTIFICATION OF SYMBIOSIS-SPECIFIC C-TYPE CYTOCHROMES AND A PUTATIVE OXIDASE IN BACTEROIDS OF RHIZOBIUM-LEGUMINOSARUM BIOVAR VICIAE
    Microbiology
    
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94. ANDREEV IM; DUBROVO PN; KORENKOV VD; KRYLOVA VV; SOROKIN EM; IZMAILOV SF
    ATP-DEPENDENT ELECTROGENIC PROTON TRANSPORT AND TRANSLOCATION OF METABOLITES ACROSS THE PERIBACTEROID MEMBRANE OF LUPINE (LUPINUS-LUTEUS L)ROOT-NODULES
    Russian journal of plant physiology
    
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95. IZMAILOV SF
    PHYSIOLOGY OF SYMBIOTIC RELATIONS IN LEGUME NODULES - BIOGENESIS AND FUNCTIONS OF THE PERIBACTEROID MEMBRANE
    Russian journal of plant physiology
    
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96. KALINOWSKI G; LONG SR
    DELETION ANALYSIS OF THE 5'-UNTRANSLATED REGION OF THE RHIZOBIUM-MELILOTI NODF GENE
    Molecular plant-microbe interactions
    
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97. PATRIARCA EJ; TATE R; FEDOROVA E; RICCIO A; DEFEZ R; IACCARINO M
    DOWN-REGULATION OF THE RHIZOBIUM NTR SYSTEM IN THE DETERMINATE NODULEOF PHASEOLUS-VULGARIS IDENTIFIES A SPECIFIC DEVELOPMENTAL ZONE
    Molecular plant-microbe interactions
    
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98. BRUSKOVA RK; SATSKAYA MV; IZMAILOV SF
    UPTAKE OF C-14 SUBSTRATES BY RHIZOBIUM-LU PINI
    Doklady Akademii nauk. Rossijskaa akademia nauk
    
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99. VASSILEVA V; IGNATOV G
    EFFECT OF HIGH NITRATE CONCENTRATIONS ON DICARBOXYLATE TRANSPORT ACROSS THE PERIBACTEROID MEMBRANE OF SOYBEAN ROOT-NODULES
    Journal of plant physiology
    
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100. THAKUR U; KHURANA DK; NATH AK
     SHORT-TERM EFFECT OF APPLIED NITRATE ON NITROGEN-METABOLISM OF ACACIA-CATECHU SEEDLINGS
     New forests
     
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