Mass Spectrometry Group, Department of Electrical Engineering and Electronics, University of Liverpool, Liverpool, UK.
Expert Rev Proteomics. 2019 Nov-Dec;16(11-12):881-895. doi: 10.1080/14789450.2019.1700114. Epub 2019 Dec 12.
: Despite an extensive published literature, skepticism over the claim of original biochemicals including proteins preserved in the fossil record persists and the issue remains controversial. Workers using many different techniques including mass spectrometry, X-ray, electron microscopy and optical spectroscopic techniques, have attempted to verify proteinaceous or other biochemicals that appear endogenous to fossils found throughout the geologic column.: This paper presents a review of the relevant literature published over the last 50 years. A comparative survey of the reported techniques used is also given.: Morphological and molecular investigations show that original biochemistry is geologically extensive, geographically global, and taxonomically wide-ranging. The survival of endogenous organics in fossils remains the subject of widespread and increasing research investigation.
尽管有大量已发表的文献,但对包括保存在化石记录中的蛋白质在内的原始生物化学物质的这一说法仍存在怀疑,该问题仍然存在争议。利用包括质谱、X 射线、电子显微镜和光学光谱技术在内的许多不同技术的工作者,试图验证在地质柱中发现的似乎是内源性的蛋白质或其他生物化学物质。本文综述了过去 50 年来发表的相关文献。还对报告的技术进行了比较调查。形态和分子研究表明,原始生物化学物质在地质上是广泛存在的,在地理上是全球性的,在分类上是广泛的。内源性有机物在化石中的存活仍然是广泛而日益增加的研究调查的主题。