原子吸收光谱法分析口红元素的健康风险

IF 1.5 4区 环境科学与生态学 Q4 ENVIRONMENTAL SCIENCES Environmental Forensics Pub Date : 2021-09-22 DOI:10.1080/15275922.2021.1976318
Rito Chophi, Spriha Sharma, Rajinder Singh
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引用次数: 0

摘要

摘要本研究利用原子吸收光谱法研究了口红样品中Pb、Cd、Fe、Zn、Cu等金属的浓度水平。铅、镉等重金属对人体健康具有危害性,因此对其潜在的健康风险进行了研究。在L21和L25两个样品中,铅的浓度超过了美国食品药品监督管理局(fda)规定的20ppm标准。计算了Pb和Cd的口服和皮肤吸收危害指数值,发现其小于1,非致癌健康风险可以忽略不计。经计算的镉终生致癌风险值显示,采购的口红是安全的,在消费者一生中不会对其构成任何潜在威胁。此外,本研究获得的金属浓度曲线可用于不同口红品牌金属浓度的数据生成,并有助于评估犯罪现场回收的口红展品的来源和比较。
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Elemental profile of lipstick by AAS technique: Health risk investigation
Abstract In the current study, atomic absorption spectroscopy has been utilized to investigate the concentration level of metals such as Pb, Cd, Fe, Zn, and Cu on lipstick samples. Heavy metals such as Pb and Cd are hazardous to human health, and therefore, the potential health risk possess by these metals have been investigated. Pb concentration in two samples (L21 and L25) was found above the concentration limit set by the U.S. Food and Drug Administration which is 20 ppm. The hazard index values of Pb and Cd for both oral ingestion and dermal absorption was calculated and found to be less than unity, which indicated negligible non-carcinogenic health risk. The calculated lifetime cancer risk value for Cd suggested that the procured lipsticks were safe and would not pose any potential threats to consumers in their lifetime. Additionally, the concentration profile of metals obtained in the current study can be used in the data generation of concentration of metals of different lipstick brands, and can be helpful in evaluating the source and comparison of recovered lipstick exhibit from the crime scene.
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来源期刊
Environmental Forensics
Environmental Forensics 环境科学-环境科学
CiteScore
4.90
自引率
5.60%
发文量
23
审稿时长
3 months
期刊介绍: Environmental Forensics provides a forum for scientific investigations that address environment contamination, its sources, and the historical reconstruction of its release into the environment. The context for investigations that form the published papers in the journal are often subjects to regulatory or legal proceedings, public scrutiny, and debate. In all contexts, rigorous scientific underpinnings guide the subject investigations. Specifically, the journal is an international, quarterly, peer-reviewed publication offering scientific studies that explore or are relevant to the source, age, fate, transport, as well as human health and ecological effects of environmental contamination. Journal subject matter encompasses all aspects of contamination mentioned above within the environmental media of air, water, soil, sediments and biota. Data evaluation and analysis approaches are highlighted as well including multivariate statistical methods. Journal focus is on scientific and technical information, data, and critical analysis in the following areas: -Contaminant Fingerprinting for source identification and/or age-dating, including (but not limited to) chemical, isotopic, chiral, mineralogical/microscopy techniques, DNA and tree-ring fingerprinting -Specific Evaluative Techniques for source identification and/or age-dating including (but not limited to) historical document and aerial photography review, signature chemicals, atmospheric tracers and markets forensics, background concentration evaluations. -Statistical Evaluation, Contaminant Modeling and Data Visualization -Vapor Intrusion including delineating the source and background values of indoor air contamination -Integrated Case Studies, employing environmental fate techniques -Legal Considerations, including strategic considerations for environmental fate in litigation and arbitration, and regulatory statutes and actions
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