Publications

• 1. Suarez-Jimenez B
  2. Marino C
  3. Rjabtsenkov P
  4. Sharp C
  5. Ali Z
  6. Pineda E
  7. Bavdekar S
  8. Garg T
  9. Jordan K
  10. Halvorsen M
  11. Aponte C
  12. Blue J
  13. Zhu X
  Using Virtual Reality to Study Spatial Mapping and Threat Learning.; Research square. 2024 Apr 03.
• 1. Huggins AA
  2. Baird CL
  3. Briggs M
  4. Laskowitz S
  5. Hussain A
  6. Fouda S
  7. Haswell C
  8. Sun D
  9. Salminen LE
  10. Jahanshad N
  11. Thomopoulos SI
  12. Veltman DJ
  13. Frijling JL
  14. Olff M
  15. van Zuiden M
  16. Koch SBJ
  17. Nawjin L
  18. Wang L
  19. Zhu Y
  20. Li G
  21. Stein DJ
  22. Ipser J
  23. Seedat S
  24. du Plessis S
  25. van den Heuvel LL
  26. Suarez-Jimenez B
  27. Zhu X
  28. Kim Y
  29. He X
  30. Zilcha-Mano S
  31. Lazarov A
  32. Neria Y
  33. Stevens JS
  34. Ressler KJ
  35. Jovanovic T
  36. van Rooij SJH
  37. Fani N
  38. Hudson AR
  39. Mueller SC
  40. Sierk A
  41. Manthey A
  42. Walter H
  43. Daniels JK
  44. Schmahl C
  45. Herzog JI
  46. Říha P
  47. Rektor I
  48. Lebois LAM
  49. Kaufman ML
  50. Olson EA
  51. Baker JT
  52. Rosso IM
  53. King AP
  54. Liberzon I
  55. Angstadt M
  56. Davenport ND
  57. Sponheim SR
  58. Disner SG
  59. Straube T
  60. Hofmann D
  61. Qi R
  62. Lu GM
  63. Baugh LA
  64. Forster GL
  65. Simons RM
  66. Simons JS
  67. Magnotta VA
  68. Fercho KA
  69. Maron-Katz A
  70. Etkin A
  71. Cotton AS
  72. O'Leary EN
  73. Xie H
  74. Wang X
  75. Quidé Y
  76. El-Hage W
  77. Lissek S
  78. Berg H
  79. Bruce S
  80. Cisler J
  81. Ross M
  82. Herringa RJ
  83. Grupe DW
  84. Nitschke JB
  85. Davidson RJ
  86. Larson CL
  87. deRoon-Cassini TA
  88. Tomas CW
  89. Fitzgerald JM
  90. Blackford JU
  91. Olatunji BO
  92. Kremen WS
  93. Lyons MJ
  94. Franz CE
  95. Gordon EM
  96. May G
  97. Nelson SM
  98. Abdallah CG
  99. Levy I
  100. Harpaz-Rotem I
  101. Krystal JH
  102. Dennis EL
  103. Tate DF
  104. Cifu DX
  105. Walker WC
  106. Wilde EA
  107. Harding IH
  108. Kerestes R
  109. Thompson PM
  110. Morey R
  Smaller total and subregional cerebellar volumes in posttraumatic stress disorder: a mega-analysis by the ENIGMA-PGC PTSD workgroup.; Molecular psychiatry. 2024 Jan 10.
• 1. Suarez-Jimenez B
  2. Lazarov A
  3. Zhu X
  4. Zilcha-Mano S
  5. Kim Y
  6. Marino CE
  7. Rjabtsenkov P
  8. Bavdekar SY
  9. Pine DS
  10. Bar-Haim Y
  11. Larson CL
  12. Huggins AA
  13. Terri deRoon-Cassini
  14. Tomas C
  15. Fitzgerald J
  16. Kennis M
  17. Varkevisser T
  18. Geuze E
  19. Quidé Y
  20. El Hage W
  21. Wang X
  22. O'Leary EN
  23. Cotton AS
  24. Xie H
  25. Shih C
  26. Disner SG
  27. Davenport ND
  28. Sponheim SR
  29. Koch SBJ
  30. Frijling JL
  31. Nawijn L
  32. van Zuiden M
  33. Olff M
  34. Veltman DJ
  35. Gordon EM
  36. May G
  37. Nelson SM
  38. Jia-Richards M
  39. Neria Y
  40. Morey RA
  Intrusive Traumatic Re-Experiencing Domain: Functional Connectivity Feature Classification by the ENIGMA PTSD Consortium.; Biological psychiatry global open science; Vol 4(1), pp. 299-307. 2023 Jun 08.
• 1. Alon Y
  2. Bar-Haim Y
  3. Dykan CDG
  4. Suarez-Jimenez B
  5. Zhu X
  6. Neria Y
  7. Lazarov A
  Eye-tracking indices of attention allocation and attention bias variability are differently related to trauma exposure and PTSD.; Journal of anxiety disorders; Vol 96, pp. 102715. 2023 Apr 25.
• 1. Zilcha-Mano S
  2. Duek O
  3. Suarez-Jimenez B
  4. Zhu X
  5. Lazarov A
  6. Helpman L
  7. Korem N
  8. Malka M
  9. Harpaz-Rotem I
  10. Neria Y
  Underlying Hippocampal Mechanism of Posttraumatic Stress Disorder Treatment Outcome: Evidence From Two Clinical Trials.; Biological psychiatry global open science; Vol 3(4), pp. 867-874. 2023 Feb 03.
• 1. Yang J
  2. Huggins AA
  3. Sun D
  4. Baird CL
  5. Haswell CC
  6. Frijling JL
  7. Olff M
  8. van Zuiden M
  9. Koch SBJ
  10. Nawijn L
  11. Veltman DJ
  12. Suarez-Jimenez B
  13. Zhu X
  14. Neria Y
  15. Hudson AR
  16. Mueller SC
  17. Baker JT
  18. Lebois LAM
  19. Kaufman ML
  20. Qi R
  21. Lu GM
  22. Říha P
  23. Rektor I
  24. Dennis EL
  25. Ching CRK
  26. Thomopoulos SI
  27. Salminen LE
  28. Jahanshad N
  29. Thompson PM
  30. Stein DJ
  31. Koopowitz SM
  32. Ipser JC
  33. Seedat S
  34. du Plessis S
  35. van den Heuvel LL
  36. Wang L
  37. Zhu Y
  38. Li G
  39. Sierk A
  40. Manthey A
  41. Walter H
  42. Daniels JK
  43. Schmahl C
  44. Herzog JI
  45. Liberzon I
  46. King A
  47. Angstadt M
  48. Davenport ND
  49. Sponheim SR
  50. Disner SG
  51. Straube T
  52. Hofmann D
  53. Grupe DW
  54. Nitschke JB
  55. Davidson RJ
  56. Larson CL
  57. deRoon-Cassini TA
  58. Blackford JU
  59. Olatunji BO
  60. Gordon EM
  61. May G
  62. Nelson SM
  63. Abdallah CG
  64. Levy I
  65. Harpaz-Rotem I
  66. Krystal JH
  67. Morey RA
  68. Sotiras A
  Examining the association between posttraumatic stress disorder and disruptions in cortical networks identified using data-driven methods.; Neuropsychopharmacology : official publication of the American College of Neuropsychopharmacology. 2023 Jan 28.
• 1. Zhu X
  2. Kim Y
  3. Ravid O
  4. He X
  5. Suarez-Jimenez B
  6. Zilcha-Mano S
  7. Lazarov A
  8. Lee S
  9. Abdallah CG
  10. Angstadt M
  11. Averill CL
  12. Baird CL
  13. Baugh LA
  14. Blackford JU
  15. Bomyea J
  16. Bruce SE
  17. Bryant RA
  18. Cao Z
  19. Choi K
  20. Cisler J
  21. Cotton AS
  22. Daniels JK
  23. Davenport ND
  24. Davidson RJ
  25. DeBellis MD
  26. Dennis EL
  27. Densmore M
  28. deRoon-Cassini T
  29. Disner SG
  30. Hage WE
  31. Etkin A
  32. Fani N
  33. Fercho KA
  34. Fitzgerald J
  35. Forster GL
  36. Frijling JL
  37. Geuze E
  38. Gonenc A
  39. Gordon EM
  40. Gruber S
  41. Grupe DW
  42. Guenette JP
  43. Haswell CC
  44. Herringa RJ
  45. Herzog J
  46. Hofmann DB
  47. Hosseini B
  48. Hudson AR
  49. Huggins AA
  50. Ipser JC
  51. Jahanshad N
  52. Jia-Richards M
  53. Jovanovic T
  54. Kaufman ML
  55. Kennis M
  56. King A
  57. Kinzel P
  58. Koch SBJ
  59. Koerte IK
  60. Koopowitz SM
  61. Korgaonkar MS
  62. Krystal JH
  63. Lanius R
  64. Larson CL
  65. Lebois LAM
  66. Li G
  67. Liberzon I
  68. Lu GM
  69. Luo Y
  70. Magnotta VA
  71. Manthey A
  72. Maron-Katz A
  73. May G
  74. McLaughlin K
  75. Mueller SC
  76. Nawijn L
  77. Nelson SM
  78. Neufeld RWJ
  79. Nitschke JB
  80. O'Leary EM
  81. Olatunji BO
  82. Olff M
  83. Peverill M
  84. Phan KL
  85. Qi R
  86. Quidé Y
  87. Rektor I
  88. Ressler K
  89. Riha P
  90. Ross M
  91. Rosso IM
  92. Salminen LE
  93. Sambrook K
  94. Schmahl C
  95. Shenton ME
  96. Sheridan M
  97. Shih C
  98. Sicorello M
  99. Sierk A
  100. Simmons AN
  101. Simons RM
  102. Simons JS
  103. Sponheim SR
  104. Stein MB
  105. Stein DJ
  106. Stevens JS
  107. Straube T
  108. Sun D
  109. Théberge J
  110. Thompson PM
  111. Thomopoulos SI
  112. van der Wee NJA
  113. van der Werff SJA
  114. van Erp TGM
  115. van Rooij SJH
  116. van Zuiden M
  117. Varkevisser T
  118. Veltman DJ
  119. Vermeiren RRJM
  120. Walter H
  121. Wang L
  122. Wang X
  123. Weis C
  124. Winternitz S
  125. Xie H
  126. Zhu Y
  127. Wall M
  128. Neria Y
  129. Morey RA
  Neuroimaging-Based Classification of PTSD Using Data-Driven Computational Approaches: A Multisite Big Data Study from the ENIGMA-PGC PTSD Consortium.; NeuroImage. 2023 Jan 17.
• 1. Sun D
  2. Rakesh G
  3. Haswell CC
  4. Logue M
  5. Baird CL
  6. O'Leary EN
  7. Cotton AS
  8. Xie H
  9. Tamburrino M
  10. Chen T
  11. Dennis EL
  12. Jahanshad N
  13. Salminen LE
  14. Thomopoulos SI
  15. Rashid F
  16. Ching CRK
  17. Koch SBJ
  18. Frijling JL
  19. Nawijn L
  20. van Zuiden M
  21. Zhu X
  22. Suarez-Jimenez B
  23. Sierk A
  24. Walter H
  25. Manthey A
  26. Stevens JS
  27. Fani N
  28. van Rooij SJH
  29. Stein M
  30. Bomyea J
  31. Koerte IK
  32. Choi K
  33. van der Werff SJA
  34. Vermeiren RRJM
  35. Herzog J
  36. Lebois LAM
  37. Baker JT
  38. Olson EA
  39. Straube T
  40. Korgaonkar MS
  41. Andrew E
  42. Zhu Y
  43. Li G
  44. Ipser J
  45. Hudson AR
  46. Peverill M
  47. Sambrook K
  48. Gordon E
  49. Baugh L
  50. Forster G
  51. Simons RM
  52. Simons JS
  53. Magnotta V
  54. Maron-Katz A
  55. du Plessis S
  56. Disner SG
  57. Davenport N
  58. Grupe DW
  59. Nitschke JB
  60. deRoon-Cassini TA
  61. Fitzgerald JM
  62. Krystal JH
  63. Levy I
  64. Olff M
  65. Veltman DJ
  66. Wang L
  67. Neria Y
  68. De Bellis MD
  69. Jovanovic T
  70. Daniels JK
  71. Shenton M
  72. van de Wee NJA
  73. Schmahl C
  74. Kaufman ML
  75. Rosso IM
  76. Sponheim SR
  77. Hofmann DB
  78. Bryant RA
  79. Fercho KA
  80. Stein DJ
  81. Mueller SC
  82. Hosseini B
  83. Phan KL
  84. McLaughlin KA
  85. Davidson RJ
  86. Larson CL
  87. May G
  88. Nelson SM
  89. Abdallah CG
  90. Gomaa H
  91. Etkin A
  92. Seedat S
  93. Harpaz-Rotem I
  94. Liberzon I
  95. van Erp TGM
  96. Quidé Y
  97. Wang X
  98. Thompson PM
  99. Morey RA
  A Comparison of Methods to Harmonize Cortical Thickness Measurements Across Scanners and Sites.; NeuroImage. 2022 Jul 30.
• 1. Zilcha-Mano S
  2. Zhu X
  3. Lazarov A
  4. Suarez-Jimenez B
  5. Helpman L
  6. Kim Y
  7. Maitlin C
  8. Neria Y
  9. Rutherford BR
  Structural brain features signaling trauma, PTSD, or resilience? A systematic exploration.; Depression and anxiety. 2022 Jun 16.
• 1. Suarez-Jimenez B
  2. Lazarov A
  3. Zhu X
  4. Pine DS
  5. Bar-Haim Y
  6. Neria Y
  Attention allocation to negatively-valenced stimuli in PTSD is associated with reward-related neural pathways.; Psychological medicine. 2022 Jun 02.
• 1. Sun D
  2. Rakesh G
  3. Clarke-Rubright EK
  4. Haswell CC
  5. Logue M
  6. O'Leary EN
  7. Cotton AS
  8. Xie H
  9. Dennis EL
  10. Jahanshad N
  11. Salminen LE
  12. Thomopoulos SI
  13. Rashid F
  14. Ching CRK
  15. Koch SBJ
  16. Frijling JL
  17. Nawijn L
  18. van Zuiden M
  19. Zhu X
  20. Suarez-Jimenez B
  21. Sierk A
  22. Walter H
  23. Manthey A
  24. Stevens JS
  25. Fani N
  26. van Rooij SJH
  27. Stein M
  28. Bomyea J
  29. Koerte I
  30. Choi K
  31. van de Werff SJA
  32. Vermeiren RRJM
  33. Herzog J
  34. Lebois LAM
  35. Baker JT
  36. Ressler KJ
  37. Olson EA
  38. Straube T
  39. Korgaonkar MS
  40. Andrew E
  41. Zhu Y
  42. Li G
  43. Ipser J
  44. Hudson A
  45. Peverill M
  46. Sambrook K
  47. Gordon E
  48. Baugh L
  49. Forster G
  50. Simons R
  51. Simons J
  52. Magnotta V
  53. Maron-Katz A
  54. du Plessis S
  55. Disner S
  56. Davenport N
  57. Grupe D
  58. Nitschke J
  59. deRoon-Cassini TA
  60. Fitzgerald J
  61. Krystal JH
  62. Levy I
  63. Olff M
  64. Veltman DJ
  65. Wang L
  66. Neria Y
  67. De Bellis MD
  68. Jovanovic T
  69. Daniels JK
  70. Shenton M
  71. van de Wee NJA
  72. Schmahl C
  73. Kaufman ML
  74. Rosso IM
  75. Sponheim SR
  76. Hofmann DB
  77. Bryant RA
  78. Fercho KA
  79. Stein DJ
  80. Mueller SC
  81. Phan L
  82. McLaughlin KA
  83. Davidson RJ
  84. Larson C
  85. May G
  86. Nelson SM
  87. Abdallah CG
  88. Gomaa H
  89. Etkin A
  90. Seedat S
  91. Harpaz-Rotem I
  92. Liberzon I
  93. Wang X
  94. Thompson PM
  95. Morey RA
  Remodeling of the Cortical Structural Connectome in Posttraumatic Stress Disorder: Results from the ENIGMA-PGC PTSD Consortium.; Biological psychiatry. Cognitive neuroscience and neuroimaging. 2022 Mar 15.
• 1. Zhu X
  2. Suarez-Jimenez B
  3. Lazarov A
  4. Such S
  5. Marohasy C
  6. Small SS
  7. Wager TD
  8. Lindquist MA
  9. Lissek S
  10. Neria Y
  Sequential fear generalization and network connectivity in trauma exposed humans with and without psychopathology.; Communications biology; Vol 5(1), pp. 1275. 2022 Jan 21.
• 1. Keefe JR
  2. Suarez-Jimenez B
  3. Zhu X
  4. Lazarov A
  5. Durosky A
  6. Such S
  7. Marohasy C
  8. Lissek S
  9. Neria Y
  Elucidating behavioral and functional connectivity markers of aberrant threat discrimination in PTSD.; Depression and anxiety. 2022 Jan 06.
• 1. Suarez-Jimenez B
  2. Balderston NL
  3. Bisby JA
  4. Leshin J
  5. Hsiung A
  6. King JA
  7. Pine DS
  8. Burgess N
  9. Grillon C
  10. Ernst M
  Location-dependent threat and associated neural abnormalities in clinical anxiety.; Communications biology; Vol 4(1). 2021 Nov 04.
• 1. Helpman L
  2. Zhu X
  3. Zilcha-Mano S
  4. Suarez-Jimenez B
  5. Lazarov A
  6. Rutherford B
  7. Neria Y
  Reversed patterns of resting state functional connectivity for females vs. males in posttraumatic stress disorder.; Neurobiology of stress; Vol 15. 2021 Nov.
• 1. Amsalem D
  2. Lopez-Yianilos A
  3. Lowell A
  4. Pickover AM
  5. Arnon S
  6. Zhu X
  7. Suarez-Jimenez B
  8. Ryba M
  9. Bergman M
  10. Such S
  11. Zalman H
  12. Sanchez-Lacay A
  13. Lazarov A
  14. Markowitz JC
  15. Neria Y
  Treatment dropout among veterans and their families: Quantitative and qualitative findings.; Psychological trauma : theory, research, practice and policy. 2021 Sep 16.
• 1. Fisher PW
  2. Lazarov A
  3. Lowell A
  4. Arnon S
  5. Turner JB
  6. Bergman M
  7. Ryba M
  8. Such S
  9. Marohasy C
  10. Zhu X
  11. Suarez-Jimenez B
  12. Markowitz JC
  13. Neria Y
  Equine-Assisted Therapy for Posttraumatic Stress Disorder Among Military Veterans: An Open Trial.; The Journal of clinical psychiatry; Vol 82(5). 2021 Aug 31.
• 1. Lazarov A
  2. Suarez-Jimenez B
  3. Zhu X
  4. Pine DS
  5. Bar-Haim Y
  6. Neria Y
  Attention allocation in posttraumatic stress disorder: an eye-tracking study.; Psychological medicine. 2021 Feb 26.
• 1. Zhu X
  2. Suarez-Jimenez B
  3. Zilcha-Mano S
  4. Lazarov A
  5. Arnon S
  6. Lowell AL
  7. Bergman M
  8. Ryba M
  9. Hamilton AJ
  10. Hamilton JF
  11. Turner JB
  12. Markowitz JC
  13. Fisher PW
  14. Neria Y
  Neural changes following equine-assisted therapy for posttraumatic stress disorder: A longitudinal multimodal imaging study.; Human brain mapping. 2021 Feb 05.
• 1. Wang X
  2. Xie H
  3. Chen T
  4. Cotton AS
  5. Salminen LE
  6. Logue MW
  7. Clarke-Rubright EK
  8. Wall J
  9. Dennis EL
  10. O'Leary BM
  11. Abdallah CG
  12. Andrew E
  13. Baugh LA
  14. Bomyea J
  15. Bruce SE
  16. Bryant R
  17. Choi K
  18. Daniels JK
  19. Davenport ND
  20. Davidson RJ
  21. DeBellis M
  22. deRoon-Cassini T
  23. Disner SG
  24. Fani N
  25. Fercho KA
  26. Fitzgerald J
  27. Forster GL
  28. Frijling JL
  29. Geuze E
  30. Gomaa H
  31. Gordon EM
  32. Grupe D
  33. Harpaz-Rotem I
  34. Haswell CC
  35. Herzog JI
  36. Hofmann D
  37. Hollifield M
  38. Hosseini B
  39. Hudson AR
  40. Ipser J
  41. Jahanshad N
  42. Jovanovic T
  43. Kaufman ML
  44. King AP
  45. Koch SBJ
  46. Koerte IK
  47. Korgaonkar MS
  48. Krystal JH
  49. Larson C
  50. Lebois LAM
  51. Levy I
  52. Li G
  53. Magnotta VA
  54. Manthey A
  55. May G
  56. McLaughlin KA
  57. Mueller SC
  58. Nawijn L
  59. Nelson SM
  60. Neria Y
  61. Nitschke JB
  62. Olff M
  63. Olson EA
  64. Peverill M
  65. Luan Phan K
  66. Rashid FM
  67. Ressler K
  68. Rosso IM
  69. Sambrook K
  70. Schmahl C
  71. Shenton ME
  72. Sierk A
  73. Simons JS
  74. Simons RM
  75. Sponheim SR
  76. Stein MB
  77. Stein DJ
  78. Stevens JS
  79. Straube T
  80. Suarez-Jimenez B
  81. Tamburrino M
  82. Thomopoulos SI
  83. van der Wee NJA
  84. van der Werff SJA
  85. van Erp TGM
  86. van Rooij SJH
  87. van Zuiden M
  88. Varkevisser T
  89. Veltman DJ
  90. Vermeiren RRJM
  91. Walter H
  92. Wang L
  93. Zhu Y
  94. Zhu X
  95. Thompson PM
  96. Morey RA
  97. Liberzon I
  Cortical volume abnormalities in posttraumatic stress disorder: an ENIGMA-psychiatric genomics consortium PTSD workgroup mega-analysis.; Molecular psychiatry. 2020 Dec 07.
• 1. Suarez-Jimenez B
  2. Albajes-Eizagirre A
  3. Lazarov A
  4. Zhu X
  5. Harrison BJ
  6. Radua J
  7. Neria Y
  8. Fullana MA
  Neural signatures of conditioning, extinction learning, and extinction recall in posttraumatic stress disorder: a meta-analysis of functional magnetic resonance imaging studies.; Psychological medicine; Vol 50(9). 2020 Jul.
• 1. Zilcha-Mano S
  2. Zhu X
  3. Suarez-Jimenez B
  4. Pickover A
  5. Tal S
  6. Such S
  7. Marohasy C
  8. Chrisanthopoulos M
  9. Salzman C
  10. Lazarov A
  11. Neria Y
  12. Rutherford BR
  Diagnostic and Predictive Neuroimaging Biomarkers for Posttraumatic Stress Disorder.; Biological psychiatry. Cognitive neuroscience and neuroimaging; Vol 5(7). 2020 Jul.
• 1. Suarez-Jimenez B
  2. Zhu X
  3. Lazarov A
  4. Mann JJ
  5. Schneier F
  6. Gerber A
  7. Barber JP
  8. Chambless DL
  9. Neria Y
  10. Milrod B
  11. Markowitz JC
  Anterior hippocampal volume predicts affect-focused psychotherapy outcome.; Psychological medicine; Vol 50(3). 2020 Feb.
• 1. Spiller TR
  2. Levi O
  3. Neria Y
  4. Suarez-Jimenez B
  5. Bar-Haim Y
  6. Lazarov A
  On the validity of the centrality hypothesis in cross-sectional between-subject networks of psychopathology.; BMC medicine; Vol 18(1). 2020 Jan 12.
• 1. Lazarov A
  2. Suarez-Jimenez B
  3. Levi O
  4. Coppersmith DDL
  5. Lubin G
  6. Pine DS
  7. Bar-Haim Y
  8. Abend R
  9. Neria Y
  Symptom structure of PTSD and co-morbid depressive symptoms - a network analysis of combat veteran patients - CORRIGENDUM.; Psychological medicine; Vol 50(13). 2020 Jan.
• 1. Lazarov A
  2. Suarez-Jimenez B
  3. Levi O
  4. Coppersmith DDL
  5. Lubin G
  6. Pine DS
  7. Bar-Haim Y
  8. Abend R
  9. Neria Y
  Symptom structure of PTSD and co-morbid depressive symptoms - a network analysis of combat veteran patients.; Psychological medicine; Vol 50(13). 2020 Jan.
• 1. Dennis EL
  2. Disner SG
  3. Fani N
  4. Salminen LE
  5. Logue M
  6. Clarke EK
  7. Haswell CC
  8. Averill CL
  9. Baugh LA
  10. Bomyea J
  11. Bruce SE
  12. Cha J
  13. Choi K
  14. Davenport ND
  15. Densmore M
  16. du Plessis S
  17. Forster GL
  18. Frijling JL
  19. Gonenc A
  20. Gruber S
  21. Grupe DW
  22. Guenette JP
  23. Hayes J
  24. Hofmann D
  25. Ipser J
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