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膳食中海藻酸暴露评估:从传统方法和新技术应用中可以学到什么。

Dietary assessment of domoic acid exposure: What can be learned from traditional methods and new applications for a technology assisted device.

机构信息

Epidemiology Program, University of Hawaii Cancer Center, 701 Ilalo Street, Room 525, Honolulu, HI 96813, United States.

School of Electrical and Computer Engineering, Purdue University, 465 Northwestern Avenue, West Lafayette, IN 47907, United States.

出版信息

Harmful Algae. 2016 Jul;57(Pt B):51-55. doi: 10.1016/j.hal.2016.03.013. Epub 2016 Aug 30.

Abstract

Three Tribal Nations in the Pacific Northwest United States comprise the members of the CoASTAL cohort. These populations may be at risk for neurobehavioral impairment, i.e., amnesic shellfish poisoning, from shellfish consumption resulting in repeated, low-level domoic acid (DA) exposure. Previous work with this cohort confirmed a high proportion of clam consumers with varying levels of potential exposure over time. Since clams are an episodically consumed food, traditional dietary records do not fully capture exposure. Frequency questionnaires can capture accumulated doses over time and this data can be used to examine dose-response relationships with periodic studies of memory and learning. However, frequency questionnaires cannot be used to assess consumption and memory response in real time. To address this shortcoming, a modified technology assisted dietary assessment (TADA) iPod application was developed to capture images of the clam meal, sourcing data, and associated memory functioning within 24h and seven days after consumption. This methodology was piloted with razor clam meals consumed by members from the CoASTAL cohort. Preliminary findings suggest that the TADA iPod application is potentially useful in collecting real-time data with respect to razor clam consumption, as well as one day and seven day memory outcome data. This technology holds promise for addressing the challenges of other HAB related dietary exposure outcome studies.

摘要

美国太平洋西北地区的三个部落民族构成了 COASTAL 队列的成员。这些人群可能因食用贝类而导致神经行为损伤(即记忆性贝类中毒)的风险较高,从而导致反复、低水平的软骨藻酸(DA)暴露。此前对该队列的研究证实,有很大一部分蛤类消费者随着时间的推移存在不同程度的潜在暴露。由于蛤类是一种间歇性食用的食物,传统的饮食记录不能完全捕捉到暴露情况。频率问卷可以捕获随时间累积的剂量,并且可以使用这些数据来检查记忆和学习的定期研究中的剂量反应关系。然而,频率问卷不能用于实时评估消费和记忆反应。为了解决这一不足,开发了一种改良的技术辅助饮食评估(TADA)iPod 应用程序,以便在消费后 24 小时和七天内捕获蛤类餐的图像、来源数据和相关记忆功能。该方法在 COASTAL 队列的成员中进行了食用贻贝的试点研究。初步研究结果表明,TADA iPod 应用程序在收集有关贻贝消费以及一天和七天记忆结果数据方面具有潜在的用途。这项技术有望解决其他与 HAB 相关的饮食暴露研究的挑战。

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