The aims of the present studywere to establish reference values useful in monitoring Lithium(Li) treatment and to trace environmental Li exposure profiles in paediatric age. A cross-sectional studywas conducted on a group of healthy Italian children aged 5–11. Data on possible predictors were assessed through a questionnaire, and Li levels in morning and evening urinary samples were determined by ICP-MS technique. The reference intervals for the evening and morning samples were respectively 3.8–51.9 μg L−1 or 5.6–60.6 μg g−1 creatinine and 4.8–71.7 μg L−1 or 4.8–73.2 μg g−1 creatinine. Urinary Li levels showed a significantly inverse correlation with age and a positive correlation with urinary creatinine in both the evening and morning samples. No other studied variables influenced Li urinary excretion. These results, obtained using a readily available matrix as urine, can be useful for both environmental research and Li treatment monitoring.
Urinary reference ranges and exposure profile for lithium among an Italian paediatric population / Protano, Carmela; Canepari, Silvia; Astolfi, Maria Luisa; D'onorio De Meo, Sabrina; Vitali, Matteo. - In: SCIENCE OF THE TOTAL ENVIRONMENT. - ISSN 0048-9697. - STAMPA. - 619-620:(2018), pp. 58-64. [10.1016/j.scitotenv.2017.11.090]
Urinary reference ranges and exposure profile for lithium among an Italian paediatric population
Protano, Carmela;Canepari, Silvia;Astolfi, Maria Luisa;Vitali, Matteo
2018
Abstract
The aims of the present studywere to establish reference values useful in monitoring Lithium(Li) treatment and to trace environmental Li exposure profiles in paediatric age. A cross-sectional studywas conducted on a group of healthy Italian children aged 5–11. Data on possible predictors were assessed through a questionnaire, and Li levels in morning and evening urinary samples were determined by ICP-MS technique. The reference intervals for the evening and morning samples were respectively 3.8–51.9 μg L−1 or 5.6–60.6 μg g−1 creatinine and 4.8–71.7 μg L−1 or 4.8–73.2 μg g−1 creatinine. Urinary Li levels showed a significantly inverse correlation with age and a positive correlation with urinary creatinine in both the evening and morning samples. No other studied variables influenced Li urinary excretion. These results, obtained using a readily available matrix as urine, can be useful for both environmental research and Li treatment monitoring.File | Dimensione | Formato | |
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