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. 2023 Apr 1;11(7):1010. doi: 10.3390/healthcare11071010

Table 2.

Saudi children/adolescent studies measuring anthropometrics.

No. Author, Year
(Reference)
Regions Population Age Sample
n
Anthropometrics Assessed Anthropometric Assessment Definition
(e.g., WHO, CDC, NCHS…)
Comments
Children Studies
1. Attallah et al., 1990 [52] Asir 0–24 months 4520 Supine length, weight and head circumference Compared to Wadi Turaba infants and to Europeans No access to the paper, just the abstract. The need for national growth standards to assess the growth status of Saudi children was highlighted
2. Wong and Al-Frayh 1990 [53] Riyadh Preschool children 6623 Weight, height, head and chest circumference and triceps skinfold Not mentioned Anthropometric measurement method mentioned
3 Al-Hazzaa 1990 [54] Riyadh 6–14 years 1169 Height, weight, grip strength, chest, triceps, subscapular skinfold thickness NCHS Anthropometric measurement method mentioned. Figures of comparison were conducted between Saudi children and American and British populations
4. Al-Omair 1991 [55] Riyadh Newborns 4498 Weight, height, head circumference Not mentioned Anthropometric measurement method not mentioned
5. Al-Othaimeen 1991 [56] 10 cities Birth–
90 years
933 Weight, height, weight for height, height for age NCHS PhD thesis.
6. Al-sekait et al., 1992 [57] All regions School children Weight, height, height for age, weight by age NCHS No access to the paper, just the abstract
7. Jan 1992 [58] Jeddah Newborns 325 Weight, supine length, fronto-occipital head circumference, chest circumference, triceps skinfold thickness Compared to national and international populations Anthropometric measurement method mentioned. Normal anthropometric standards are presented for Saudi newborns born at sea level (Jeddah)
8. Magbool et al., 1993 [59] Dammam, Al-Khobar, Qatif and Al-Hassa 6–16 years 21,638 Weight, height NCHS Anthropometric measurement method mentioned
9. Abolfotouh et al., 1993 [60] Aseer 1–60 months 1168 Weight, height NCHS The study adjusted the international growth curves for local use in Saudi preschool children
10. Kordy M 1993 [61] Jeddah 1–18 3286 Weight, height and mid-arm circumference Compared to European children Saudi children are shorter in height and lighter in weight than European children
11. Alfrayh and Bamgboye 1993 [62] Riyadh 0–5 years 3795 Weight, height, weight for height, weight for age, height for age NCHS/CDC Saudi Arabian children are slightly shorter and thinner than their American counterparts
12. Alfrayh et al., 1993 [63] Riyadh 0–5 years 3795 Weight, height WHO Anthropometric measurement methods mentioned. The standard physical growth chart for Saudi Arabian preschool children was designed
13. Chung 1994 [64] Dammam, Al-Khobar 6–16 years 21,638 Weight, height NCHS A microcomputer program for predicting percentile of height and weight by age for Saudi and US children aged 6–16 years was designed based on Magbool et al. data [59]
14. Al-fawaz et al., 1994 [65] Riyadh 6–24 months 400 Weight, height, height for age, weight for height, weight for age Compared to American reference population Anthropometric measurement method mentioned. The WHO software ‘ANTHRO’ was used.
15. Al-Eissa et al., 1995 [66] Riyadh infants 4578 Birth weight was collected within 24 h after birth Normal birthweight-controls Referenced the anthropometric measurement method
16. Madani et al., 1995 [67] Taif infants 952 Weight, height, arm circumference, skinfold thickness Control infants >2500 g Anthropometric measurement method not mentioned
17. Al-Nuaim et al., 1996 [68] All regions 6- 18 years 9061 Weight, height, BMI NCHS/CDC No access to the paper, just the abstract. Growth charts for males 6–18 y old were created
18. Lawoyin 1997 [69] Tabuk infants 528 Birth weight Compared to controls Anthropometric measurement method mentioned
19. Al-Nuaim and Bamgboye 1998 [70] 5 regions 6–11 years 4154 Weight and height, weight for height, height for age and weight for age NCHS/CDC Anthropometric measurement method mentioned. Growth charts for males 6–11 y old were created
20. Al-Mazrou et al., 2000 [35] 5 regions 0–5 years 24,000 Weight and height NCHS Anthropometric measurement method mentioned. Growth charts for children 0–5 years were created
21. Hashim and Moawed 2000 [71] Riyadh Newborns 500 Maternal anthropometrics and newborn weight Compared to controls Anthropometric measurement method not mentioned
22. Alshammari et al., 2001 [72] Riyadh 6–17 years 1848 children 2927 adults Weight, Height, BMI NHANES Anthropometric measurement method mentioned
23. Al-Hazzaa 2001 [73] Riyadh 7–15 years 137 Weight, height, BMI, skinfolds, % body fat Not mentioned Anthropometric measurement method mentioned
24. Al-Jassir et al., 2002 [74] Riyadh <5 years 21,507 Weight, Height NCHS Anthropometric measurement method mentioned
25. El-Hazmi and Warsy 2002 [75] 5 regions 1–18 years 12,701 Weight, Height Cutoffs of BMI based on Cole et al. [25] Anthropometric measurement method mentioned
26. Al-Mazrou et al., 2003 [76] 5 regions 0–5 years 23,821 Weight, height and head circumference NCHS The study compared the national growth monitoring data with NCHS growth standards, which was used in KSA. The study concluded “significant difference between the national growth monitoring data and the NCHS data, so it is important to use the national figures to avoid the drawbacks of NCHS standards”
27. Bamgboye and Al-Nahedh 2003 [77] Northwestern <3 years 332 Weight, height NCHS/WHO No access to the paper, just the abstract. The pattern of growth was negatively deviated compared to NCHS/WHO
28. Al-Amoud et al., 2004 [36] 5 regions 0–5 years 23,821 Weight, height, head circumference The study developed national growth charts from the national standards derived. Smoothed national growth standards with 5 and 7 percentiles were created and overcame the regional and the urban and rural variations
29. Al-Shehri et al., 2005 [78] Abha and Baish
Newborns 5500 Birthweight, crown-to-heel length and head circumference NCHS/CDC Anthropometric measurement method mentioned. The anthropometry of newborns was less than that of the reference population.
30. Al-Shehri et al., 2005 [79] Abha Newborns 6035 Birthweight, crown-to-heel length and head circumference The study constructed intrauterine percentile growth curves for body weight, length and head circumference for local use in a high-altitude area of Saudi Arabia
31. Al-Shehri et al., 2005 [80] Abha 0–24 months 5426 Weight, crown-toheel supine length, head circumference NCHS The study established growth reference standards for infants in the high-altitude Aseer region of southwestern Saudi Arabia. Abha infants in the present study were significantly smaller in all growth parameters than the NCHS
32. Al-Shehri et al., 2006 [81] Abha 3–18 years 13,580 Weight, height, BMI NCHS The study standardized growth parameters for Saudi children (3–18 years) living at high altitude in Aseer region
33. Al-Saeed et al., 2006 [82] Al-Khobar 6–17 years 2239 Weight, Height, BMI Cutoffs of BMI based on Cole et al. [25] and the CDC Anthropometric measurement method mentioned
34. Abou-Zeid et al., 2006 [83] Taif School children from grade 1–6 465 Weight, height, weight for age, height for age and BMI for age WHO/NCHS Anthropometric measurement method mentioned
35. Al-Rowaily et al., 2007 [84] Riyadh 4–8 years 6207 Weight, height, BMI NCHS Anthropometric measurement method mentioned. Saudi children were more similar to Americans than to other Saudi children in different areas of Saudi Arabia
36. Al-Hazzaa 2007 [85] Jeddah Preschool children 224 Weight, height, BMI, triceps and subscapular skinfolds, %fat, fat mass, fat free mass, FM index Based on Slaughter et al. [86] Anthropometric measurement method mentioned
37. Al-Hazzaa 2007 [87] Riyadh 6–14 years 1784 Weight, height, skinfold thickness, BMI, % fat, lean body mass Based on several references Anthropometric measurement method mentioned
38. El-Mouzan et al., 2007 [29] All regions, birth–19 years 35,279 Weight, height, head circumference Format of NCHS and CDC growth charts was adopted The study established updated reference growth charts for Saudi children and adolescents. Anthropometric measurement method mentioned
39. El-Mouzan et al., 2008 [38] All regions birth–19 years [29] 35,279 Weight, height, head circumference CDC growth charts The study compared between the CDC and Saudi growth charts. There were major differences between the two growth charts. The study concluded “use of the 2000 CDC growth charts for Saudi children and adolescents increases the prevalence of undernutrition, stunting, and wasting”
40. Amin et al., 2008 [88] Al-Hassa Primary school children 1278 Weight, height, BMI Cutoffs of BMI based on Cole et al. [25] Anthropometric measurement method mentioned
41. Alam 2008 [89] Riyadh female school children 1072 Weight, height, BMI Cutoffs of BMI based on Cole et al. [25] Anthropometric measurement method not mentioned
42. El-Mouzan et al., 2008 [90] All regions children were from [35] 40,940 Weight, height Compared growth data collected in 1994–1995 and 2004–2005 Anthropometric measurement methods were referred to in the studies. Evaluated the trend of nutritional status over 10 years. Improvement in Saudis’ nutritional status and a tendency toward overweight and obesity indicate the significance of growth chart update on regular basis
43. Al-Hashem 2008 [91] Aseer 12–71 months 1041 Weight, height WHO/NCHS The study compared between PEM children in low and high-altitude regions. Anthropometric measurement method mentioned
44. Khalid 2008 [92] Southwest 6–15 years 912 Weight, height, WHO/NCHS Anthropometric measurement method mentioned
45. Al-Herbish et al., 2009 [30] All regions 0–19 years 35,275 Weight, height, BMI WHO/CDC The study established BMI curves with 10 percentiles that can be used for reference purposes for Saudi children and adolescents. In higher percentiles, Saudi children had equal or higher than Western children
46. El-Mouzan et al., 2009 [93] [29] birth–18 years 19,131 Weight, height, BMI, head circumference Compared between regions The study found significant differences in growth between regions of Saudi Arabia
47. El-Mouzan et al., 2009 [37] All regions <5 years 15,516 Weight, height A multinational sample selected by the WHO WHO and Saudi growth standards were used for Saudi children and compared to each other. The study concluded “The use of the WHO standards in Saudi Arabia and possibly in other countries of similar socioeconomic status increases the prevalence of undernutrition, stunting, and wasting”.
48. El-Mouzan et al., 2010 [94] All regions <5 years 7390 Weight, height WHO Anthropometric measurement method mentioned [95]. The higher the education level of the head of the household, the lower the prevalence of malnutrition in their children
49. El-Mouzan et al., 2010 [96] All regions <5 years 15,516 Weight, height NCHS/WHO Anthropometric measurement method mentioned. The study indicated significant regional disparities in prevalence of malnutrition in SA, with the highest in the southwestern region
50. El-Mouzan et al., 2010 [97] All regions [29] <5 years 15,516 Weight, height Saudi growth charts/WHO Anthropometric measurement method mentioned. The study reported the prevalence of malnutrition in SA
51. Alwasel et al., 2011 [98] Unizah newborns 967 Weight, head circumference, chest circumference and body length at birth the effect of Ramadan fasting on birth weight Anthropometric measurement method not mentioned.
52. Al-Hazzani et al., 2011 [99] Riyadh newborns 186 Weight NICHD Anthropometric measurement method not mentioned
53. Warsy et al., 2011 [100] Riyadh newborns 151 Weight, height, BMI Not mentioned Anthropometric measurement method mentioned
54. Batterjee et al., 2013 [101] Makkah 6–15 years 1553 Height, head circumference NCHS Anthropometric measurement method not mentioned
55. Wahabi et al., 2013 [102] Riyadh newborns 3426 Weight, length and head circumference Not mentioned Anthropometric measurement method not mentioned
56. Wahabi et al., 2013 [103] Riyadh newborns 3231 Weight, length and head circumference Not mentioned Anthropometric measurement method not mentioned
57. Bukhari 2013 [104] Makkah 6–13 years 165 Weight, height, BMI NHANES-II Anthropometric measurement method mentioned
58. Al-Saleh et al., 2014 [105] Al-Kharj newborns 1578 Weight, height, head circumference, crown-to-heel length 10th percentiles as cutoffs for dichotomizing birth anthropometric measures Anthropometric measurement method not mentioned
59. AlKarimi et al., 2014 [106] Jeddah 6–8 years 417 Weight, height, height for age, weight for age, BMI for age WHO Anthropometric measurement method mentioned
60. Alwasel et al., 2014 [107] Baish newborns 321 Weight, crown-to-heel length, circumferences of the head, chest and thigh Associations between placental measurements and neonatal anthropometrics Anthropometric measurement method mentioned
61. Al-Shehri 2014 [108] Makkah 6–12 years 258 Weight, height Not mentioned Anthropometric measurement method mentioned
62. Munshi et al., 2014 [109] Jeddah infants 387 Weight, length, head circumference Not mentioned Anthropometric measurement method not mentioned
63. Albuali 2014 [110] Al-Ahsa 6–12 years 213 Weight, height, BMI, waist and hip circumference, waist-to-hip ratio IOTF/CDC Anthropometric measures followed the protocols of the International Society for the Advancement of Kinanthropometry
64. Al-Mohaimeed et al., 2015 [111] Al-Qassim 6–10 years 874 Weight, height, BMI, %body fat WHO Anthropometric measurement methods mentioned
65. Al-Muhaimeed et al., 2015 [112] Al-Qassim 6–10 years 874 Weight, height, BMI Cole et al. [25] Anthropometric measurement method mentioned
66. Shaik et al., 2016 [33] All regions <5 years 15,601 Weight, height, BMI, head circumference LMS (lambda, mu, sigma) methodology The study produced growth references for Saudi preschool children
67. El-Mouzan et al., 2016 [113] All regions 5–18 years 19,299 Weight, height LMS methodology The study produced growth reference for Saudi school-age children and adolescents
68. El-Mouzan et al., 2016 [114] All regions 5–18 years 19,299 Weight for age, height for age, BMI for age LMS and z-score reference The study produced growth reference for Saudi school-age children and adolescents
69. Al-Qurashi et al., 2016 [115] Al-Khobar Newborns 476 Weight, length CDC/WHO Anthropometric measurement method not mentioned
70. Farsi et al., 2016 [116] Jeddah 7–10 years 914 Weight, height, BMI, waist circumference Several references Anthropometric measurement method mentioned
71. Wyne et al., 2016 [117] Riyadh 6–11 years 61 Weight, height, BMI WHO/IOTF Anthropometric measurement method mentioned
72. Bhayat et al., 2016 [118] Al-Madinah 12 years 419 Weight, height, BMI WHO Anthropometric measurement method mentioned
73. Kensara and Azzeh 2016 [119] Makkah Infants 300 Weight, length and head circumference Several references Anthropometric measurement method mentioned
74. AlKushi and Alsawy 2016 [120] Makkah Infants 200 Weight, length, head circumference Cutoffs of birth weight with no reference Anthropometric measurement method not mentioned
75. Khalid et al., 2016 [121] Aseer Newborns 25 Weight, length, body circumferences and skinfold thicknesses Compared newborn anthropometrics between low and high altitude Anthropometric measurement method mentioned
76. Eid et al., 2016 [122] Jeddah 2–18 years 643 Birth weight, height CDC and several references Anthropometric measurement method not mentioned
77. Bakhiet et al., 2016 [123] Riyadh 6–12 years 1812 Height, head circumference Not mentioned Anthropometric measurement method mentioned
78. El-Mouzan et al., 2017 [34] All regions 0–60 months 15,601 Weight, height, head circumference Compared Saudi Z-scores with WHO and CDC The study established Z-score growth reference data for Saudi preschool children and growth charts
79. Quadri et al., 2017 [124] Jazan 5–15 years 360 Weight, height, BMI CDC Anthropometric measurement method not mentioned
80. AlSulaibikh et al., 2017 [125] Dammam 7 days–13 years 527 Weight determine the accuracy of the Broselow tape on estimating body weights Anthropometric measurement method mentioned
81. AlShammari et al., 2017 [126] Hail 2–18 years 1420 Weight, height, BMI WHO Anthropometric measurement method mentioned
82. Alsubaie 2017 [127] Al-Baha 7–12 years 725 Weight, height, BMI Not mentioned Anthropometric measurement method not mentioned and not clear if it was self-report
83. Al-Kutbe et al., 2017 [128] Makkah 8–11 years 266 Weight, height, BMI, waist circumference WHO Anthropometric measurement method mentioned
84. Saleh et al., 2017 [129] Al-Ahsa 7–15 years 240 Weight, height, BMI Saudi growth charts Anthropometric measurement method mentioned
85. Al-agha and Mahjoub 2018 [130] Western 4–13 years 306 Weight, height, BMI CDC/NHANES II Anthropometric measurement method mentioned
86. Belal et al., 2018 [131] Taif Newborn 1468 Weight, height, BMI, head circumference Not mentioned Anthropometric measurement method mentioned
87. Sebiany et al., 2018 [132] Dammam 6–12 years 851 Weight, height, mid-arm circumference and
triceps skinfold thickness
Harvard standards and Saudi growth charts Anthropometric measurement method not mentioned
88. Shaban et al., 2018 [133] Jazan 6–12 years 240 Weight, height, BMI WHO Anthropometric measurement method not mentioned
89. Eldosouky et al., 2018 [134] Al-Madinah Children 294 Weight, height, BMI, waist and hip circumferences WHO Anthropometric measurement method mentioned
90. Habibullah et al., 2018 [135] Qassim 4–10 years 171 Weight, height, BMI Not mentioned Anthropometric measurement method mentioned
91. Fakeeh et al., 2019 [136] Jazan 6–13 years 300 Weight, height, BMI WHO Anthropometric measurement method mentioned
92. Mohtasib et al., 2019 [40] Riyadh Newborns-14 years 950 Weight, height, BMI, body surface area Saudi growth charts Anthropometric measurement method not mentioned. The study established normal growth curves for renal length in relation to sex, age, body weight, height, BMI and body surface area of healthy children in Riyadh
93. Al-Hussaini et al., 2019 [137] Riyadh 6–16 years 7930 Weight, height, BMI WHO Anthropometric measurement method mentioned
94. Alahmari et al., 2019 [138] Abha 6–16 years 200 Weight, height, BMI, hand dimensions Not mentioned Anthropometric measurement method mentioned
95. Nasim et al., 2019 [139] Riyadh 6–14 years 481 Weight, height, BMI CDC Anthropometric measurement method not mentioned
96. Mosli R 2020 [140] Jeddah 3–5 years 209 Weight, height, BMI Z-score WHO Anthropometric measurement method mentioned
97. Alghadir et al., 2020 [141] Not mentioned 8–18 years 500 Weight, height, BMI, waist circumference Compared Saudis and expatriates Anthropometric measurement method mentioned
98. El-Gamal et al., 2020 [142] Jeddah Preschool 748 Weight, height, BMI, WHO Anthropometric measurement method not mentioned
99. Alissa et al., 2020 [143] Jeddah 5–15 years 200 Weight, height, BMI, waist circumference IOTF Anthropometric measurement method mentioned
100. Alturki et al., 2020 [144] Riyadh 9–12 years 1023 Weight, height, BMI, waist circumference CDC Anthropometric measurement method mentioned
101. Gohal et al., 2020 [145] Jazan <5 years 440 Weight, height, BMI WHO Anthropometric measurement method mentioned
102. Kamel et al., 2021 [146] Hail 6–12 years 571 Weight, height, BMI, skinfold thickness Based on references Anthropometric measurement method mentioned
103. Elsayed and Said 2021 [147] Wadi aldawaser 10–12 years 150 Weight, height, arm circumference, BMI, Triceps skinfold Jellife 1966 [148] Anthropometric measurement method not mentioned
104. Hijji et al., 2021 [149] All regions 10–19 years 12,463 Weight, height, BMI CDC Anthropometric measurement method mentioned
105. Gudipaneni et al., 2021 [150] Aljouf 12–14 years 302 Weight, height, BMI, waist circumference CDC Anthropometric measurement method mentioned
Adolescent Studies
106. Abahussain N 1999 [151] Al-Khobar girls 12–19 years 676 Weight, height, BMI NHANES-I Anthropometric measurement method mentioned
107. Abalkhail and Shawky 2002 [152] Jeddah 10–19 years 2737 Weight, height, triceps skin fold thickness, mid-arm circumference, BMI NHANES-I Anthropometric measurement method mentioned
108. Abalkhail et al., 2002 [153] Jeddah 9–21 years 2860 Weight, height, BMI NHANES-I Anthropometric measurement method mentioned
109. Al-Rukban 2003 [154] Riyadh Boys 12–20 years 894 Weight, height, BMI NHANES Anthropometric measurement method mentioned
110. Al-Almaie 2005 [155] Al-Khobar 1766 Weight, Height, BMI NHANES and IOTF Anthropometric measurement method mentioned
111. Al-Emran et al., 2007 [156] Riyadh 9–18 years 1053 Height CDC/NHCS The study provided growth reference values in body height and determined the specific age at peak height velocity for Saudi male and female adolescences in Riyadh. The study concluded that the use of CDC/NCHS height standards is not appropriate to be used in Saudi children
112. Farahat et al., 2007 [157] Western, Northern and Eastern 12–19 years 1454 Weight, height, BMI WHO/NCHS Anthropometric measurement method not mentioned
113. Al-Hazzaa 2007 [158] All regions Three studies [57,68] Weight, height, BMI BMI was plotted at the 50th and 90th percentiles The study examined the trends in BMI of Saudi male adolescents between 1988 and 1996 from 3 nationally representative samples
114. Almuzaini 2007 [159] Riyadh 11–19 44 Weight, height, BMI, Subscapular,
triceps, thigh and calf skinfolds
Not available Anthropometric measurement method mentioned
115. Mahfouz et al., 2008 [160] Abha boys 11–19 years 2696 Weight, height, BMI WHO Anthropometric measurement method mentioned
116. Bawazeer et al., 2009 [161] Riyadh adolescents 5877 Weight, height, BMI, waist-hip ratio Based on a reference Anthropometric measurement method mentioned
117. El-Mouzan et al., 2010 [162] Representative sample 0–19 years 35,279 Weight, height, head circumference, BMI compared between Saudi males and females Anthropometric measurement reference mentioned. The study determined the pattern and magnitude of differences in growth between boys and girls according to age
118. El-Mouzan et al., 2010 [39] Representative sample [29] 5–18 years 19,317 Weight, height, BMI WHO/CDC Anthropometric measurement method mentioned
119. Al-Oboudi 2010 [163] Riyadh Girls 9–13 years 120 Weight, height, BMI Not available Anthropometric measurement method not mentioned
120. Washi and Ageib 2010 [164] Jeddah 13–18 years 239 Weight, height, skinfold thicknesses, BMI CDC Anthropometric measurement method mentioned
121. Al-Daghri et al., 2010 [165] Riyadh 5–17 years 964 Weight, height, waist, hip, sagittal abdominal diameter (SAD) Cutoffs based on Cole et al. [25] Anthropometric measurement method mentioned. The study established SAD cutoffs and their association with obesity
122. Abahussain 2011 [166] Al-Khobar 15–19 years 721 Weight, height, BMI NHANES-I Anthropometric measurement method mentioned. The study determined the change in BMI among adolescent Saudi girls living in Al-Khobar between 1997 and 2007
123. El-Mouzan et al., 2012 [167] 3 regions, representative sample [29] 5–17 years 9018 Height Compared stature between regions Anthropometric measurement method: referred to the main study, a representative sample. The study assessed regional prevalence of short stature
124. Al-Attas et al., 2012 [168] Riyadh 10–17 years 948 Weight, height, waist and hip circumference, BMI, Waist-to-hip ratio, SAD Based on Cole et al. [25] Anthropometric measurement method mentioned. The study concluded “The use of SAD may not be practical for use in the paediatric clinical setting”
125. Al-Nakeeb et al., 2012 [169] Al-Ahsa 15–17 years 1138 Weight, height, BMI IOTF Anthropometric measurement method mentioned; the study compared between Saudi and British anthropometrics
126. El-Mouzan et al., 2012 [170] 3 regions 2–17 years 11,112 Weight, height, BMI CDC Anthropometric measurement method mentioned. The study assessed regional variation in prevalence of overweight and obesity
127. Al-Hazzaa et al., 2012 [171] Al-Khobar, Jeddah, Riyadh 14–19 years 2906 Weight, height, BMI, waist circumference, waist/height ratio IOTF Anthropometric measurement method mentioned
128. Al-Jaaly 2012 [172] Jeddah 13–18 years 1519 Weight, height, BMI, waist circumference, waist-to-height-ratio WHO Anthropometric measurement method mentioned
129. ALHazzaa et al., 2013 [173] Riyadh and Al-Khobar 14–18 years 1648 Weight, height, BMI IOTF Anthropometric measurement method mentioned. The study compared between Saudi and British adolescents
130. Al-Ghamdi 2013 [174] Riyadh 9–14 years 397 Weight, height, BMI IOTF Anthropometric measurement method mentioned
131. Al-Hazzzaa et al., 2014 [175] Al-Khobar
Jeddah
Riyadh
14–19 years 2908 Weight, height, waist circumference, BMI IOTF Anthropometric measurement method mentioned
132. Duncan et al., 2014 [176] Al-Khobar and Riyadh 14–18 years 1648 Weight, height, BMI, waist circumference, waist to height ratio IOTF Anthropometric measurement method mentioned; Saudi anthropometric compared to British
133. Al-Hazzaa 2014 [177] Riyadh, Jeddah and Al-Khobar 15–19 years 2852 Weight, height, BMI, waist circumference IOTF Anthropometric measurement method mentioned
134. AlBuhairan et al., 2015 [178] All regions-representative sample Saudi adolescents 12,575 Weight, height, BMI CDC Anthropometric measurement method mentioned. The national adolescent health study “Jeeluna” identified the health needs and status of adolescents in KSA.
135. Al-Daghri et al., 2015 [179] Riyadh 12–17 years 1690 Weight, height, waist and hip circumference Not mentioned Anthropometric measurement method mentioned
136. Al-Sobayel et al., 2015 [180] Riyadh, Jeddah, Al-Khobar 14–19 years 2888 Weight, height, BMI, waist circumference IOTF Anthropometric measurement method mentioned
137. Alenazi et al., 2015 [181] Arar Saudi male adolescents 523 Weight, height, BMI, waist circumference CDC Anthropometric measurement method mentioned
138. Al-agha et al., 2015 [182] Jeddah 6–14 years 586 Height WHO Anthropometric measurement method mentioned
139. Shaik et al., 2016 [183] Riyadh 9–16 years 304 Weight, height, BMI, waist and hip circumference CDC/WHO Anthropometric measurement method mentioned
140. Moradi-Lakeh et al., 2016 [184] All regions 15–25 years 2382 Weight, height, BMI Not mentioned Anthropometric measurement method not mentioned
141. Al-agha et al., 2016 [185] Jeddah 2–18 years 541 Weight, height, BMI CDC Anthropometric measurement method mentioned
142. Hothan et al., 2016 [186] Jeddah 11–18 years 401 Weight, height, BMI CDC Anthropometric measurement method not mentioned
143. Al-Daghri et al., 2016 [187] Riyadh 12–18 years 4549 Weight, height, BMI Based on Cole et al. [25] Anthropometric measurement method not mentioned
144. Al-Agha et al., 2016 [188] Jeddah 2–18 years 653 Weight, height, BMI CDC Anthropometric measurement method mentioned
145. Alswat et al., 2017 [189] Taif 12–18 years 424 Weight, height, BMI WHO Anthropometric measurement method not mentioned
146. Omar et al., 2017 [190] Taif 12–15 years 701 Weight, height, BMI, waist and hip circumferences, skinfold thickness, % body fat IOTF Anthropometric measurement method mentioned
147. Nasreddine et al., 2018 [191] All regions Adolescents 1047 Weight, height, BMI, waist circumference WHO/CDC Anthropometric measurement method mentioned
148. AlTurki et al., 2018 [192] Riyadh 16–18 years 384 Weight, height, skinfold thickness and waist and hip circumferences WHO Anthropometric measurement method not mentioned
149. Al-Hazzaa and Albawardi 2019 [193] Riyadh, Jeddah, Al-Khobar 15–19 years 2888 Weight, height, BMI, waist circumference IOTF Anthropometric measurement method mentioned
150. Fatima et al., 2019 [194] Arar 15–19 years 322 Weight, height, BMI CDC Anthropometric measurement method mentioned
151. Moukhyer et al., 2019 [195] Jazan 12–19 years 502 Weight, height WHO Anthropometric measurement method mentioned
152. Alowfi et al., 2021 [196] Jeddah 12–19 years 172 Weight, height, BMI, waist circumference Saudi growth charts Anthropometric measurement method mentioned

BOLD highlighted rows: studies contributed to the establishment/adjustment of Saudi growth charts for children/adolescents or specific cutoffs or studied the trend of growth in representative samples or adjusted the international curves to be used in Saudis. Legend: BMI: Body mass index (may refer to z-scores of BMI), CDC: Centers for Disease Control, FM: Fat mass, IOTF: International Obesity Task Force, LBW: low birth weight, LMS: Lambda-Mu-Sigma, NCHS: National Center for Health Statistics, NHANESI: National Health and Nutrition Examinations Survey I, NICHD: National Institute of Child Health and Human Development, SA: Saudi Arabia, SAD, Sagittal abdominal diameter, WHO: World Health Organization