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Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in <t>ArcMap</t> (version <t>10.7;</t> <t>Esri).</t> Note: IP, inverse probability.
Arcmap, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in <t>ArcMap</t> (version <t>10.7;</t> <t>Esri).</t> Note: IP, inverse probability.
Arcmap 10.7.1 Software, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in <t>ArcMap</t> (version <t>10.7;</t> <t>Esri).</t> Note: IP, inverse probability.
Arcmap In Arcgis V.10.7 Software, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/world+geocoding+service+in+arcmap+10%2E7+software/pm35046128-40-0-5?v=Esri+inc
Average 90 stars, based on 1 article reviews
arcmap in arcgis v.10.7 software - by Bioz Stars, 2026-08
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Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in <t>ArcMap</t> (version <t>10.7;</t> <t>Esri).</t> Note: IP, inverse probability.
Arcgis, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/world+geocoding+service+in+arcmap+10%2E7+software/pm35987904-38-2-6?v=Esri+inc
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Esri inc geocoding service in arcmap 10.7 software
Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in <t>ArcMap</t> (version <t>10.7;</t> <t>Esri).</t> Note: IP, inverse probability.
Geocoding Service In Arcmap 10.7 Software, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Average 90 stars, based on 1 article reviews
geocoding service in arcmap 10.7 software - by Bioz Stars, 2026-08
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Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in ArcMap (version 10.7; Esri). Note: IP, inverse probability.

Journal: Environmental Health Perspectives

Article Title: Patterns of Children’s Blood Lead Screening and Blood Lead Levels in North Carolina, 2011–2018—Who Is Tested, Who Is Missed?

doi: 10.1289/EHP10335

Figure Lengend Snippet: Estimated number of additional untested children in each North Carolina county 2011–2018 (A) total and with (B) blood lead ≥ 3 μ g / dL and (C) blood lead ≥ 5 μ g / dL at < 30 months of age. The number of untested children is the number of children not linked to a blood lead test at < 30 months of age. The estimated number of additional children with blood lead ≥ 3 μ g / dL and ≥ 5 μ g / dL at < 30 months of age was calculated by subtracting the true number of children in the cohort with elevated blood lead levels from the IP weighted population (Table S6). This figure was generated in ArcMap (version 10.7; Esri). Note: IP, inverse probability.

Article Snippet: We linked publicly available data sources with geocoded residential addresses at birth [using ArcMap (version 10.7; Esri)] to describe the physical and social environment of the cohort.

Techniques: Generated