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Trends and Levels of the Global, Regional, and National Burden of Appendicitis Between 1990 and 2021: Findings From the Global Burden of Disease Study 2021 Publisher Pubmed



Han H1 ; Letourneau ID1, 19 ; Abate YH5, 23 ; Abdelmasseh M135, 168 ; Abugharbieh E7, 9, 25, 27 ; Adane TD10, 28 ; Ahinkorah BO11, 29 ; Ahmad A12, 30 ; Ahmadi A13, 14, 31, 32 ; Ahmed A38, 39 ; Alhalaiqa FN40, 41 ; Alsabah SK42, 43 ; Alworafi YM44, 45 ; Amu H46 Show All Authors
Authors
  1. Han H1
  2. Letourneau ID1, 19
  3. Abate YH5, 23
  4. Abdelmasseh M135, 168
  5. Abugharbieh E7, 9, 25, 27
  6. Adane TD10, 28
  7. Ahinkorah BO11, 29
  8. Ahmad A12, 30
  9. Ahmadi A13, 14, 31, 32
  10. Ahmed A38, 39
  11. Alhalaiqa FN40, 41
  12. Alsabah SK42, 43
  13. Alworafi YM44, 45
  14. Amu H46
  15. Andrei CL47
  16. Anoushiravani A49
  17. Arabloo J55
  18. Aravkin AY1, 2, 3, 19, 21
  19. Ashraf T4
  20. Azadnajafabad S61, 148
  21. Baghcheghi N62
  22. Bagherieh S22
  23. Bantie BB65
  24. Bardhan M66, 80, 195
  25. Basile G60
  26. Bayleyegn NS69
  27. Behnoush AH76
  28. Bekele A71
  29. Bhojaraja VS73
  30. Bijani A74
  31. Biondi A67
  32. Burkart K1, 3, 19, 21
  33. Chu DT75
  34. Chukwu IS99
  35. Cruzmartins N77, 78
  36. Dai X1, 3, 19, 21
  37. Demessa BH79
  38. Dhali A108
  39. Diaz D81
  40. Do TC82
  41. Dodangeh M56
  42. Dongarwar D84
  43. Dsouza HL85, 87
  44. Ekholuenetale M88
  45. Ekundayo TC89
  46. Sayed IE90
  47. Elhadi M91, 92
  48. Fagbamigbe AF93, 94
  49. Fakhradiyev IR95
  50. Ferrara P96
  51. Fetensa G97
  52. Fischer F98
  53. Gebrehiwot M112
  54. Getachew M100
  55. Golechha M101
  56. Gupta VK102
  57. Habib JR103
  58. Hadi NR104
  59. Haep N105, 106
  60. Haile TG35
  61. Hamilton EB35
  62. Hasan I35
  63. Hasani H57
  64. Hassanzadeh S64
  65. Haubold J109, 110
  66. Hay SI40
  67. Hayat K111, 122
  68. Ilesanmi OS113, 114
  69. Inamdar S115
  70. Iwu CCD116
  71. Iyasu AN41
  72. Jayarajah U117, 118
  73. Jayaram S119
  74. Jokar M120, 121
  75. Jomehzadeh N122, 123
  76. Joseph A124
  77. Joseph N125
  78. Joshua CE126
  79. Kabir A58
  80. Kandel H127, 128
  81. Kauppila JH129, 130
  82. Bohan PMK131
  83. Khajuria H132
  84. Khan M133
  85. Khatatbeh H134
  86. Kim MS135
  87. Kisa A136, 137
  88. Kompani F51
  89. Koohestani HR63
  90. Kumar R138
  91. Le TTT139
  92. Lee M140, 141, 142
  93. Lee SW140, 141
  94. Li MC142
  95. Lim SS1, 3, 19, 21
  96. Lo CH143
  97. Lunevicius R144, 145
  98. Malhotra K146, 147
  99. Maugeri A68
  100. Mediratta RP149
  101. Meretoja TJ150, 151
  102. Mestrovic T1, 19, 152
  103. Mirzaaghazadehattari M155
  104. Mohamed NS157, 158
  105. Mokdad AH1, 3, 19, 21
  106. Monasta L159
  107. Moni MA160
  108. Moradi M59
  109. Mougin V1, 19
  110. Mukoro GD161
  111. Murillozamora E162, 163
  112. Murray CJL38
  113. Naimzada MD164, 165
  114. Najmuldeen HHR166
  115. Natto ZS167, 168
  116. Negoi I48, 169
  117. Nguyen HQ170
  118. Nikolouzakis TK171, 172
  119. Olufadewa II93, 173
  120. Padubidri JR200
  121. Pandey A175, 176
  122. Parikh RR177
  123. Pham HT83
  124. Pollok RCG179
  125. Rahimi M154
  126. Rahimimovaghar V19
  127. Rahman M180
  128. Rahmani S15, 33
  129. Rashidi MM16, 34, 53
  130. Rawaf S181, 182
  131. Rickard J178, 183
  132. Rouientan H17, 18, 35, 36
  133. Roy S184
  134. Saddik BA8, 26, 185
  135. Saeed U186, 187
  136. Saleh MA8, 26, 188
  137. Salehi S189
  138. Samy AM190
  139. Sanabria J6, 24, 191
  140. Sankararaman S192, 193
  141. Schumacher AE1, 19
  142. Senthilkumaran S194
  143. Shah PA26
  144. Shool S21, 37, 52
  145. Sibhat MM196
  146. Sidamo NB72
  147. Singh JA197, 198
  148. Socea B48, 50, 70, 199
  149. Solomon Y176
  150. Sreeram S86
  151. Tabatabaei SM34, 37
  152. Tan KK33
  153. Tavangar SM54
  154. Tefera YM25
  155. Thomas NK31
  156. Ticoalu JHV30
  157. Tsegay GM107
  158. Tsegaye D29
  159. Ullah S26, 28
  160. Usman AN24
  161. Valizadeh R156
  162. Veroux M68
  163. Verras GI20, 23
  164. Vos T1, 3, 19, 21
  165. Wang M36
  166. Wang S36
  167. Wickramasinghe DP117
  168. Yahya G32, 174
  169. Zare I17
  170. Zarrintan A153
  171. Zhang ZJ22
  172. Dirac MA3

Source: The Lancet Gastroenterology and Hepatology Published:2024


Abstract

Background: Appendicitis is a common surgical emergency that poses a large clinical and economic burden. Understanding the global burden of appendicitis is crucial for evaluating unmet needs and implementing and scaling up intervention services to reduce adverse health outcomes. This study aims to provide a comprehensive assessment of the global, regional, and national burden of appendicitis, by age and sex, from 1990 to 2021. Methods: Vital registration and verbal autopsy data, the Cause of Death Ensemble model (CODEm), and demographic estimates from the Global Burden of Diseases, Injuries, and Risk Factors Study (GBD) were used to estimate cause-specific mortality rates (CSMRs) for appendicitis. Incidence data were extracted from insurance claims and inpatient discharge sources and analysed with disease modelling meta-regression, version 2.1 (DisMod-MR 2.1). Years of life lost (YLLs) were estimated by combining death counts with standard life expectancy at the age of death. Years lived with disability (YLDs) were estimated by multiplying incidence estimates by an average disease duration of 2 weeks and a disability weight for abdominal pain. YLLs and YLDs were summed to estimate disability-adjusted life-years (DALYs). Findings: In 2021, the global age-standardised mortality rate of appendicitis was 0·358 (95% uncertainty interval [UI] 0·311–0·414) per 100 000. Mortality rates ranged from 1·01 (0·895–1·13) per 100 000 in central Latin America to 0·054 (0·0464–0·0617) per 100 000 in high-income Asia Pacific. The global age-standardised incidence rate of appendicitis in 2021 was 214 (174–274) per 100 000, corresponding to 17 million (13·8–21·6) new cases. The incidence rate was the highest in high-income Asia Pacific, at 364 (286–475) per 100 000 and the lowest in western sub-Saharan Africa, at 81·4 (63·9–109) per 100 000. The global age-standardised rates of mortality, incidence, YLLs, YLDs, and DALYs due to appendicitis decreased steadily between 1990 and 2021, with the largest reduction in mortality and YLL rates. The global annualised rate of decline in the DALY rate was greatest in children younger than the age of 10 years. Although mortality rates due to appendicitis decreased in all regions, there were large regional variations in the temporal trend in incidence. Although the global age-standardised incidence rate of appendicitis has steadily decreased between 1990 and 2021, almost half of GBD regions saw an increase of greater than 10% in their age-standardised incidence rates. Interpretation: Slow but promising progress has been observed in reducing the overall burden of appendicitis in all regions. However, there are important geographical variations in appendicitis incidence and mortality, and the relationship between these measures suggests that many people still do not have access to quality health care. As the incidence of appendicitis is rising in many parts of the world, countries should prepare their health-care infrastructure for timely, high-quality diagnosis and treatment. Given the risk that improved diagnosis may counterintuitively drive apparent rising trends in incidence, these efforts should be coupled with improved data collection, which will also be crucial for understanding trends and developing targeted interventions. Funding: Bill and Melinda Gates Foundation. © 2024 The Author(s). Published by Elsevier Ltd. This is an Open Access article under the CC BY 4.0 license
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