Isfahan University of Medical Sciences

Science Communicator Platform

Stay connected! Follow us on X network (Twitter):
Share By
International Prevalence and Risk Factors Evaluation for Drug-Resistant Streptococcus Pneumoniae Pneumonia Publisher Pubmed



Aliberti S1 ; Cook GS2 ; Babu BL2, 3 ; Reyes LF4 ; Rodriguez AH5 ; Sanz F6, 188 ; Soni NJ2, 3, 227 ; Anzueto A2, 3, 227 ; Faverio P7 ; Sadud RF8 ; Muhammad I9 ; Prat C10 ; Vendrell E11 ; Neves J12, 148 Show All Authors
Authors
  1. Aliberti S1
  2. Cook GS2
  3. Babu BL2, 3
  4. Reyes LF4
  5. Rodriguez AH5
  6. Sanz F6, 188
  7. Soni NJ2, 3, 227
  8. Anzueto A2, 3, 227
  9. Faverio P7
  10. Sadud RF8
  11. Muhammad I9
  12. Prat C10
  13. Vendrell E11
  14. Neves J12, 148
  15. Kaimakamis E13
  16. Feneley A14, 203
  17. Swarnakar R15
  18. Franzetti F16
  19. Carugati M16
  20. Morosi M16
  21. Monge E16
  22. Restrepo MI2, 3
  23. Aruj PK17
  24. Attorri S18
  25. Barimboim E19
  26. Caeiro JP20
  27. Garzon MI20
  28. Cambursano VH21
  29. Ceccato A22
  30. Chertcoff J23
  31. Lascar F23
  32. Di Tulio F23
  33. Diaz AC24
  34. De Vedia L25
  35. Ganaha MC26
  36. Lambert S27
  37. Lopardo G28
  38. Luna CM29
  39. Malberti AG30
  40. Morcillo N31
  41. Tartara S31
  42. Pensotti C32
  43. Pereyra B33
  44. Scapellato PG34
  45. Stagnaro JP35
  46. Shah S36
  47. Lotsch F37
  48. Thalhammer F37
  49. Anseeuw K38
  50. Francois CA39
  51. Van Braeckel E40
  52. Vincent JL41
  53. Djimon MZ42
  54. Bashi J42
  55. Dodo R42
  56. Nouer SA43
  57. Chipev P44
  58. Encheva M44
  59. Miteva D45
  60. Petkova D46
  61. Balkissou AD47
  62. Yone EWP48
  63. Ngahane BHM49
  64. Shen N50
  65. Xu JF51
  66. Rico CAB52
  67. Buitrago R52
  68. Paternina FJP53
  69. Ntumba JMK54
  70. Carevic VV55
  71. Jakopovic M56
  72. Jankovic M57
  73. Matkovic Z58
  74. Mitrecic I59
  75. Jacobsson MLB60
  76. Christensen AB61
  77. Bodtger UCH62
  78. Meyer CN63
  79. Jensen AV64
  80. Baunbaekknudsen G64
  81. Petersen PT64
  82. Andersen S64
  83. Elwahhab IESA65
  84. Morsy NE66
  85. Shafiek H67
  86. Sobh E68
  87. Abdulsemed KA69
  88. Bertrand F70
  89. Brunbuisson C71
  90. De Montmollin E72
  91. Fartoukh M73
  92. Messika J74, 75
  93. Tattevin P76
  94. Khoury A77
  95. Ebruke B78
  96. Dreher M79
  97. Kolditz M80
  98. Meisinger M81
  99. Pletz MW82
  100. Hagel S82
  101. Rupp J83
  102. Schaberg T84
  103. Spielmanns M85
  104. Creutz P86
  105. Suttorp N86
  106. Siawlartey B87
  107. Dimakou K88
  108. Papapetrou D89
  109. Tsigou E90
  110. Ampazis D90
  111. Bhatia M91
  112. Dhar R92
  113. Dsouza G93
  114. Garg R94
  115. Koul PA95
  116. Mahesh PA96
  117. Jayaraj BS96
  118. Narayan KV97
  119. Udnur HB98
  120. Krishnamurthy SB98
  121. Kant S99
  122. Limaye S100
  123. Salvi S100
  124. Golshani K101
  125. Keatings VM102
  126. Martinloeches I103
  127. Maor Y104
  128. Strahilevitz J105
  129. Battaglia S106
  130. Carrabba M107
  131. Ceriana P108
  132. Confalonieri M109
  133. Darminio Monforte A110
  134. Del Prato B111
  135. De Rosa M112
  136. Fantini R113
  137. Fiorentino G114
  138. Gammino MA115
  139. Menzella F116
  140. Milani G117
  141. Nava S118
  142. Palmiero G119
  143. Petrino R120
  144. Gabrielli B120
  145. Rossi P121
  146. Sorino C122
  147. Steinhilber G123
  148. Zanforlin A124
  149. Carone M125
  150. Patella V126
  151. Scarlata S127
  152. Comel A128
  153. Kurahashi K129
  154. Bacha ZA130
  155. Ugalde DB131
  156. Zuniga OC132
  157. Villegas JF133
  158. Medenica M134
  159. Van De Garde EMW135
  160. Mihsra DR136
  161. Shrestha P137
  162. Ridgeon E138
  163. Awokola BI139
  164. Nwankwo ONO140
  165. Olufunlola AB141
  166. Olumide S142
  167. Ukwaja KN143
  168. Irfan M9
  169. Minarowski L144
  170. Szymon S145
  171. Froes F146
  172. Leuschner P147, 148
  173. Meireles M148
  174. Ferrao C148
  175. Ravara SB149
  176. Brocovschii V150
  177. Ion C151
  178. Rusu D152
  179. Toma C153
  180. Chirita D154
  181. Dorobat CM155
  182. Birkun A156
  183. Kaluzhenina A157
  184. Almotairi A158
  185. Bukhary ZAA159
  186. Edathodu J160
  187. Fathy A161
  188. Enani AMA162
  189. Mohamed NE162
  190. Memon JU163
  191. Bella A164
  192. Bogdanovic N165
  193. Milenkovic B166
  194. Pesut D167
  195. Borderias L168
  196. Garcia NMB169
  197. Alarcon HC170
  198. Cilloniz C171
  199. Torres A171
  200. Diazbrito V172
  201. Casas X172
  202. Gonzalez AE173
  203. Fernandezalmira ML174
  204. Gallego M175, 176
  205. Gaspargarcia I177
  206. Del Castillo JG178
  207. Victoria PJ179
  208. Martinez EL180
  209. De Molina RM181
  210. Marcos PJ182
  211. Menendez R183
  212. Pandosandoval A184
  213. Aymerich CP185, 186
  214. De La Torre AL185, 186
  215. Garciaolive I185, 186
  216. Rello J187
  217. Moyano S187
  218. Sibila O189
  219. Rodrigotroyano A189
  220. Soleviolan J190
  221. Uranga A191
  222. Van Boven JFM192
  223. Torra EV11
  224. Pujol JA11
  225. Feldman C193
  226. Yum HK194
  227. Fiogbe AA195
  228. Yangui F196
  229. Bilaceroglu S197
  230. Dalar L198
  231. Yilmaz U199
  232. Bogomolov A200
  233. Elahi N201
  234. Dhasmana DJ202
  235. Ions R203
  236. Skeemer J203
  237. Woltmann G203
  238. Hancock C204
  239. Hill AT205
  240. Rudran B206
  241. Ruizbuitrago S207
  242. Campbell M207
  243. Whitaker P208
  244. Youzguin A209
  245. Singanayagam A210
  246. Allen KS211
  247. Brito V212
  248. Dietz J213
  249. Dysart CE214, 215
  250. Kellie SM214, 215
  251. Francosadud RA216
  252. Meier G216
  253. Gaga M217
  254. Holland TL218
  255. Bergin SP218
  256. Kheir F219
  257. Landmeier M220
  258. Lois M221
  259. Nair GB222
  260. Patel H223
  261. Reyes K224
  262. Rodriguezcintron W225
  263. Saito S226
  264. Noda J227
  265. Hinojosa CI227
  266. Levine SM227
  267. Angel LF227
  268. Whitlow KS228
  269. Hipskind J228
  270. Sukhija K228
  271. Totten V228
  272. Wunderink RG229
  273. Shah RD229
  274. Mateyo KJ230

Source: Journal of Infection Published:2019


Abstract

Objective: Streptococcus pneumoniae is the most frequent bacterial pathogen isolated in subjects with Community-acquired pneumonia (CAP) worldwide. Limited data are available regarding the current global burden and risk factors associated with drug-resistant Streptococcus pneumoniae (DRSP) in CAP subjects. We assessed the multinational prevalence and risk factors for DRSP-CAP in a multinational point-prevalence study. Design: The prevalence of DRSP-CAP was assessed by identification of DRSP in blood or respiratory samples among adults hospitalized with CAP in 54 countries. Prevalence and risk factors were compared among subjects that had microbiological testing and antibiotic susceptibility data. Multivariate logistic regressions were used to identify risk factors independently associated with DRSP-CAP. Results: 3,193 subjects were included in the study. The global prevalence of DRSP-CAP was 1.3% and continental prevalence rates were 7.0% in Africa, 1.2% in Asia, and 1.0% in South America, Europe, and North America, respectively. Macrolide resistance was most frequently identified in subjects with DRSP-CAP (0.6%) followed by penicillin resistance (0.5%). Subjects in Africa were more likely to have DRSP-CAP (OR: 7.6; 95%CI: 3.34-15.35, p<0.001) when compared to centres representing other continents. Conclusions: This multinational point-prevalence study found a low global prevalence of DRSP-CAP that may impact guideline development and antimicrobial policies. © 2019
Other Related Docs