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Sars-Cov-2 and Stroke Characteristics: A Report From the Multinational Covid-19 Stroke Study Group Publisher Pubmed



Shahjouei S1 ; Tsivgoulis G2 ; Farahmand G3 ; Koza E7 ; Mowla A1 ; Vafaei Sadr A9 ; Kia A10 ; Vaghefi Far A4 ; Mondello S11 ; Cernigliaro A12 ; Ranta A13 ; Punter M13 ; Khodadadi F14 ; Naderi S5 Show All Authors
Authors
  1. Shahjouei S1
  2. Tsivgoulis G2
  3. Farahmand G3
  4. Koza E7
  5. Mowla A1
  6. Vafaei Sadr A9
  7. Kia A10
  8. Vaghefi Far A4
  9. Mondello S11
  10. Cernigliaro A12
  11. Ranta A13
  12. Punter M13
  13. Khodadadi F14
  14. Naderi S5
  15. Sabra M15
  16. Ramezani M16
  17. Amini Harandi A16
  18. Olulana O7
  19. Chaudhary D1
  20. Lyoubi A17
  21. Campbell BCV18
  22. Arenillas JF19
  23. Bock D20
  24. Montaner J21
  25. Aghayari Sheikh Neshin S22
  26. Aguiar De Sousa D23
  27. Tenser MS8
  28. Aires A23, 25, 26
  29. Alfonso MDL19
  30. Alizada O27
  31. Azevedo E25
  32. Goyal N28
  33. Babaeepour Z29
  34. Banihashemi G6
  35. Bonati LH30
  36. Cereda CW31
  37. Chang JJ32
  38. Crnjakovic M33
  39. De Marchis GM34
  40. Del Sette M35
  41. Ebrahimzadeh SA36
  42. Farhoudi M37
  43. Gandoglia I35
  44. Goncalves B38, 39
  45. Griessenauer CJ1
  46. Murat Hanci M27
  47. Katsanos AH2
  48. Krogias C40
  49. Leker RR41
  50. Lotman L42
  51. Mai J43
  52. Male S44
  53. Malhotra K45
  54. Malojcic B46
  55. Mesquita T47
  56. Mir Ghasemi A48
  57. Mohamed Aref H49
  58. Mohseni Afshar Z50
  59. Moon J51
  60. Niemela M52
  61. Rezai Jahromi B52
  62. Nolan L42
  63. Pandhi A28
  64. Park JH53
  65. Marto JP47
  66. Purroy F54
  67. Ranjiburachaloo S3
  68. Carreira NR24
  69. Requena M55, 56
  70. Rubiera M55, 56
  71. Sajedi SA57
  72. Sargentofreitas J58
  73. Sharma VK59
  74. Steiner T60, 61
  75. Tempro K42
  76. Turc G38
  77. Ahmadzadeh Y62
  78. Almasidooghaee M63, 64, 65
  79. Assarzadegan F1, 66
  80. Babazadeh A67
  81. Baharvahdat H68
  82. Cardoso FB69
  83. Dev A14
  84. Ghorbani M63
  85. Hamidi A70
  86. Hasheminejad ZS71
  87. Hojjatanasri Komachali S72
  88. Khorvash F73, 74
  89. Kobeissy F15
  90. Mirkarimi H75
  91. Mohammadivosough E75
  92. Misra D76
  93. Noorian AR77
  94. Nowrouzisohrabi P78
  95. Paybast S80
  96. Poorsaadat L81
  97. Roozbeh M82
  98. Sabayan B83
  99. Salehizadeh S84
  100. Saberi A22
  101. Sepehrnia M71
  102. Vahabizad F6
  103. Yasuda TA69
  104. Ghabaee M4
  105. Rahimian N85
  106. Harirchian MH3
  107. Borhanihaghighi A79
  108. Azarpazhooh MR86
  109. Arora R87
  110. Ansari S28, 89
  111. Avula V88, 89
  112. Li J88, 89
  113. Abedi V88
  114. Zand R1

Source: Stroke Published:2021


Abstract

Background and Purpose: Stroke is reported as a consequence of severe acute respiratory syndrome coronavirus-2 (SARS-CoV-2) infection in several reports. However, data are sparse regarding the details of these patients in a multinational and large scale. Methods: We conducted a multinational observational study on features of consecutive acute ischemic stroke, intracranial hemorrhage, and cerebral venous or sinus thrombosis among SARS-CoV-2-infected patients. We further investigated the risk of large vessel occlusion, stroke severity as measured by the National Institutes of Health Stroke Scale, and stroke subtype as measured by the TOAST (Trial of ORG 10172 in Acute Stroke Treatment) criteria among patients with acute ischemic stroke. In addition, we explored the neuroimaging findings, features of patients who were asymptomatic for SARS-CoV-2 infection at stroke onset, and the impact of geographic regions and countries' health expenditure on outcomes. Results: Among the 136 tertiary centers of 32 countries who participated in this study, 71 centers from 17 countries had at least 1 eligible stroke patient. Of 432 patients included, 323 (74.8%) had acute ischemic stroke, 91 (21.1%) intracranial hemorrhage, and 18 (4.2%) cerebral venous or sinus thrombosis. A total of 183 (42.4%) patients were women, 104 (24.1%) patients were <55 years of age, and 105 (24.4%) patients had no identifiable vascular risk factors. Among acute ischemic stroke patients, 44.5% (126 of 283 patients) had large vessel occlusion; 10% had small artery occlusion according to the TOAST criteria. We observed a lower median National Institutes of Health Stroke Scale (8 [3-17] versus 11 [5-17]; P=0.02) and higher rate of mechanical thrombectomy (12.4% versus 2%; P<0.001) in countries with middle-to-high health expenditure when compared with countries with lower health expenditure. Among 380 patients who had known interval onset of the SARS-CoV-2 and stroke, 144 (37.8%) were asymptomatic at the time of admission for SARS-CoV-2 infection. Conclusions: We observed a considerably higher rate of large vessel occlusions, a much lower rate of small vessel occlusion and lacunar infarction, and a considerable number of young stroke when compared with the population studies before the pandemic. The rate of mechanical thrombectomy was significantly lower in countries with lower health expenditures. © 2021 American Heart Association, Inc.
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