CR3 News Magazine 2024 VOL 4: SEPT RADON CHILDREN & SCHOOLS EDITION | Page 54

Mukharesh et al . Page 5
Author Manuscript Author Manuscript Author Manuscript Author Manuscript
Missed school days� 3225 2.25 ( 1.23 – 4.15 )** � 2.37 ( 1.32 – 4.28 )** � 2.23 ( 1.2 – 4.05 )** � 2.00 ( 1.04 – 3.83 ) * � 2.25 ( 1.10 – 4.60 ) *
6 . Phipatanakul W , Bailey A , Hoffman EB , et al . The school inner-city asthma study : design , methods , and lessons learned . J Asthma . 2011 ; 48 ( 10 ): 1007 – 1014 . doi : 10.3109 / 02770903.2011.624235 [ PubMed : 22010992 ]
7 . Phipatanakul W , Koutrakis P , Coull BA , et al . The school inner-city asthma intervention study : design , rationale , methods , and lessons learned . Contemp Clin Trials . 2017 ; 60:14 – 23 . doi : 10.1016 / j . cct . 2017.06.008 [ PubMed : 28619649 ]
8 . Li L , Blomberg AJ , Stern RA , et al . Predicting monthly community-level domestic radon concentrations in the greater boston area with an ensemble learning model . Environ Sci Technol . 2021 ; 55 ( 10 ): 7157 – 7166 . doi : 10.1021 / acs . est . 0c08792 [ PubMed : 33939421 ]
9 . Sheehan WJ , Permaul P , Petty CR , et al . Association between allergen exposure in inner-city schools and asthma morbidity among students . JAMA Pediatr . 2017 ; 171 ( 1 ): 31 – 38 . doi : 10.1001 / jamapediatrics . 2016.2543 [ PubMed : 27893060 ]
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11 . Gaffin JM , Hauptman M , Petty CR , et al . Nitrogen dioxide exposure in school classrooms of inner-city children with asthma . J Allergy Clin Immunol . 2018 ; 141 ( 6 ): 2249 – 2255 . doi : 10.1016 / j . jaci . 2017.08.028 [ PubMed : 28988796 ]
12 . United States Environmental Protection Agency . Radon . Accessed August 8 , 2022 . https :// www . epa . gov / radon
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TABLE 1 Ranges of radon estimates in the school environment ( pCi / L )
Exposure window
Radon estimates
1 month moving average
0.96 – 1.71
5 month moving average
1.02 – 1.77
7 month moving average
1.04 – 1.78
12 month moving average
1.01 – 1.73
24 month moving average
1.03 – 1.70
< p 0.01 .
** < p 0.05
*
Note : Logistic regression analysis adjusted for age , race , cohort , and year . Data are presented as odds ratio and 95 % confidence interval .
Abbreviation : pCi / L , picocuries per liter of air .
1.01 ( 0.61 – 1.66 ) 0.96 ( 0.61 – 1.51 ) 1.12 ( 0.74 – 1.70 ) 1.18 ( 0.78 – 1.78 ) 1.02 ( 0.66 – 1.57 )
3228 Nocturnal cough
Nighttime difficulty breathing� 3188
TABLE 2
1.02 ( 0.51 – 2.02 ) 1.03 ( 0.55 – 1.92 ) 1.21 ( 0.68 – 2.14 ) 1.23 ( 0.70 – 2.18 ) 1.08 ( 0.60 – 1.95 )
1.19 ( 0.70 – 2.02 ) 1.16 ( 0.72 – 1.88 ) 1.40 ( 0.90 – 2.18 ) 1.46 ( 0.94 – 2.26 ) 1.27 ( 0.81 – 2.01 )
3192 Noisy breathing
1.72 ( 0.99 – 3.00 ) 1.65 ( 1.00 – 2.73 )
** ) 99 . 21 . 19 –( 1 . 89
** ) 11 . 31 . 25 –( 1 . 97
* ) 99 . 21 . 16 –( 1 . 86 3242
Asthma diagnosis
Radon exposure duration� N 1 month moving average�5 month moving average�7 month moving average�12 month moving average�24 month moving average
Radon exposure and respiratory outcomes
Pediatr Pulmonol . Author manuscript ; available in PMC 2022 December 01 .