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本文根据近年来对地面及地下实际地质材料的分析,对太子河流域上古生界分层问题提出如下意见:(1)太子河流域的“黄旗统”及“柳塘统”,下部含有多层海相地层;(2)仅‘柳塘统’的下部是山西统的相当层;(3)‘柳塘统’上部及整个‘彩家统’合在一起与石盒子统相当;(4)建议本区停止使用‘黄旗统’、‘柳塘统’及‘彩冢统’三名称,而分别依次以太原统、山西统及石盒子统代之;(5)本溪彩屯以南,出露于郑家屯至林家崴子一带,复盖于石盒子统上面的红色岩系,相当于石千峰统,与上白垩纪‘大峪统’不同;(6)所谓‘林家统’不是上白垩纪或第三纪沉积,它整合沉积于石千峰交错层砂岩上面,它和石千峰统皆属上二迭纪。故建议改称林家组。 相似文献
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Proteomics was used to reveal the differential protein expression profiles of acute responses to copper sulfate exposure in
larvae of Artemia sinica. Fourteen differentially displayed protein spots were detected and seven of them were identified. Three spots were up-expressed
and identified: actin, heat shock protein 70, and chaperone subunit 1; three down-regulated proteins were identified: arginine
kinase, elongation factor-2, and glycine-rich protein; and a newly expressed protein was identified as peroxiredoxin. The
study indicates the involvement of all the differentially expressed proteins in the early responses of protein expression,
and in the survival of A. sinica in the presence of copper and other heavy metals; the findings improve understanding of the organism’s adaptive responses
and resistance. 相似文献
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Proteomics was used to reveal the differential protein expression profiles of acute responses to copper sulfate exposure in larvae of Artemia sinica.Fourteen differentially displayed protein spots were detected and seven of them were identified.Three spots were up-expressed and identified:actin, heat shock protein 70,and chaperone subunit 1;three down-regulated proteins were identified:arginine kinase,elongation factor-2,and glycine-rich protein;and a newly expressed protein was identified as peroxiredoxin.The study indicates the involvement of all the differentially expressed proteins in the early responses of protein expression,and in the survival of A.sinica in the presence of copper and other heavy metals;the findings improve understanding of the organism’s adaptive responses and resistance. 相似文献
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