Zierden Mark R, Valentine Ann M
Department of Chemistry, Temple University, Philadelphia, PA 19122, USA.
Metallomics. 2016 Jan;8(1):9-16. doi: 10.1039/c5mt00231a.
Titanium is the ninth most abundant element in the Earth's crust and some organisms sequester it avidly, though no essential biological role has yet been recognized. This Minireview addresses how the properties of titanium, especially in an oxic aqueous environment, might make a biological role difficult to recognize. It further considers how new -omic technologies might overcome the limitations of the past and help to reveal a specific role for this metal. While studies with well established model organisms have their rightful place, organisms that are known avid binders or sequesterers of titanium should be promising places to investigate a biological role.
钛是地壳中含量第九丰富的元素,一些生物会大量吸收它,尽管尚未发现其具有重要的生物学作用。这篇短文探讨了钛的特性,尤其是在有氧水环境中的特性,可能如何导致其生物学作用难以被识别。它还进一步思考了新的组学技术如何克服过去的局限性,并有助于揭示这种金属的特定作用。虽然对成熟模式生物的研究有其合理的地位,但已知大量吸收或螯合钛的生物应该是研究其生物学作用的有前景的对象。