Wullenweber Andrea, Kroner Oliver, Kohrman Melissa, Maier Andrew, Dourson Michael, Rak Andrew, Wexler Philip, Tomljanovic Chuck
Toxicology Excellence for Risk Assessment, 2300 Montana Avenue, Suite 409, Cincinnati, OH 45211, USA.
Toxicol Appl Pharmacol. 2008 Nov 15;233(1):45-53. doi: 10.1016/j.taap.2007.12.035. Epub 2008 Jul 2.
The rate of chemical synthesis and use has outpaced the development of risk values and the resolution of risk assessment methodology questions. In addition, available risk values derived by different organizations may vary due to scientific judgments, mission of the organization, or use of more recently published data. Further, each organization derives values for a unique chemical list so it can be challenging to locate data on a given chemical. Two Internet resources are available to address these issues. First, the International Toxicity Estimates for Risk (ITER) database (www.tera.org/iter) provides chronic human health risk assessment data from a variety of organizations worldwide in a side-by-side format, explains differences in risk values derived by different organizations, and links directly to each organization's website for more detailed information. It is also the only database that includes risk information from independent parties whose risk values have undergone independent peer review. Second, the Risk Information Exchange (RiskIE) is a database of in progress chemical risk assessment work, and includes non-chemical information related to human health risk assessment, such as training modules, white papers and risk documents. RiskIE is available at http://www.allianceforrisk.org/RiskIE.htm, and will join ITER on National Library of Medicine's TOXNET (http://toxnet.nlm.nih.gov/). Together, ITER and RiskIE provide risk assessors essential tools for easily identifying and comparing available risk data, for sharing in progress assessments, and for enhancing interaction among risk assessment groups to decrease duplication of effort and to harmonize risk assessment procedures across organizations.
化学物质的合成与使用速度已超过风险值的发展以及风险评估方法问题的解决速度。此外,不同组织得出的可用风险值可能因科学判断、组织使命或对最新公布数据的使用而有所不同。此外,每个组织针对独特的化学物质清单得出风险值,因此查找特定化学物质的数据可能具有挑战性。有两个互联网资源可用于解决这些问题。首先,国际风险毒性估计(ITER)数据库(www.tera.org/iter)以并排格式提供来自全球各组织的慢性人类健康风险评估数据,解释不同组织得出的风险值差异,并直接链接到每个组织的网站以获取更详细信息。它也是唯一包含来自独立方的风险信息的数据库,其风险值已接受独立同行评审。其次,风险信息交换(RiskIE)是一个正在进行的化学风险评估工作数据库,包括与人类健康风险评估相关的非化学信息,如培训模块、白皮书和风险文件。RiskIE可在http://www.allianceforrisk.org/RiskIE.htm获取,并将与ITER一起加入国立医学图书馆的TOXNET(http://toxnet.nlm.nih.gov/)。ITER和RiskIE共同为风险评估人员提供了重要工具,便于他们轻松识别和比较可用风险数据、共享正在进行的评估,并加强风险评估小组之间的互动,以减少工作重复并统一各组织的风险评估程序。