210Pb and 210Po concentration levels in tobacco products and resulting radiation dose for Egyptian smokers

Din, Khaled Salahel

doi:10.1007/s00411-021-00902-0

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2024

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Cited by 8 publications

References 51 publications

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210Po and 210Pb radioactivity levels in local and imported tobacco used in Palestine and Jordan

Mashal,

Buss,

Thabayneh

2024

Radiat Environ Biophys

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210Po and 210Pb radioactivity levels in local and imported tobacco used in Palestine and Jordan

Mashal,

Buss,

Thabayneh

2024

Radiat Environ Biophys

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Determination of activities of 210Pb in Slovak tobacco and cigarettes: a study on radiological risks

Dulanská,

Silliková,

Goneková

et al. 2024

Radiat Environ Biophys

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This study investigates the 210Pb activity concentrations in tobacco and cigarettes available in Slovakia, utilizing two specific extraction methods including the Sr Resin sorbent used in extraction chromatography, and the AnaLig Sr01 sorbent, which operates based on molecular recognition principles. The findings revealed significant variations in 210Pb activity concentrations, with concentrations ranging from 13.3 to 33.8 mBq/g in tobacco, and from 16.8 to 28.5 mBq/g in cigarettes. The average 210Pb activity per cigarette was 14.4 mBq ± 1.7 mBq. Annual effective doses for smokers were calculated, with values for tobacco ranging from 27.9 to 126.7 µSv and for cigarettes from 25.5 to 115.7 µSv. The study highlights the importance of comparing these two methods to ensure an accurate assessment of 210Pb exposure and evaluation of radiological risks associated with smoking in Slovakia.

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Comparative analysis of AnaLig Sr01 and Sr Resin methods for 210Pb determination in tobacco using TriCarb 3100 TR spectrometry: a statistical approach to accuracy and efficiency

Dulanská,

Silliková,

Burganová

et al. 2024

J Radioanal Nucl Chem

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This study aims to statistically compare two methods for determining 210Pb in tobacco: the molecular recognition sorbent method (AnaLig Sr01) and the extraction chromatography sorbent method (Sr Resin). The TriCarb 3100 TR liquid scintillation spectrometer was used to measure and determine 210Pb activity in the tobacco solution. Statistical analysis confirmed the accuracy and precision of the 210Pb measurements, with high detection efficiencies of 82% for both AnaLig Sr01 and Sr Resin. The linear model demonstrated that the residuals followed the Gaussian model, without any autocorrelation or trend. Paired t tests showed consistent results across all methods, and all solid-phase extraction methods proved efficient for 210Pb separations in tobacco samples. These findings provide support for the suitability of both methods and lay a foundation for future articles on tobacco and cigarette samples.

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210Pb and 210Po concentration levels in tobacco products and resulting radiation dose for Egyptian smokers

Cited by 8 publications

References 51 publications

210Po and 210Pb radioactivity levels in local and imported tobacco used in Palestine and Jordan

210Po and 210Pb radioactivity levels in local and imported tobacco used in Palestine and Jordan

Determination of activities of 210Pb in Slovak tobacco and cigarettes: a study on radiological risks

Comparative analysis of AnaLig Sr01 and Sr Resin methods for 210Pb determination in tobacco using TriCarb 3100 TR spectrometry: a statistical approach to accuracy and efficiency

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