Iyengar V
Center for Analytical Chemistry, National Bureau of Standards, Gaithersburg, MD 20899.
Sci Total Environ. 1988 Apr;71(1):1-5. doi: 10.1016/0048-9697(88)90292-6.
The last decade may be regarded as a crucial turning point in new developments in many areas of biological trace element research. It is slowly being recognized as a multidisciplinary science which requires a combination of biological insight and analytical awareness in planning the studies. It is also acknowledged that the complexities involved in dealing with the requirements of trace element research studies in the life sciences demand comprehensive planning of the investigations and use of a variety of techniques, thus bringing together a variety of talents. It cannot be emphasized enough that accurate analytical measurements on biologically and analytically "valid" samples hold the key for success in future biological trace element research studies. These aspects are illustrated.
过去十年可被视为生物微量元素研究诸多领域新发展的关键转折点。它正逐渐被视为一门多学科科学，在规划研究时需要将生物学洞察力与分析意识相结合。人们也认识到，应对生命科学中微量元素研究需求所涉及的复杂性要求对研究进行全面规划并使用多种技术，从而汇聚各种人才。必须着重指出的是，对生物和分析“有效”样本进行准确的分析测量是未来生物微量元素研究取得成功的关键。以下将对这些方面进行阐述。
