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Based on advances on studies of

依据对塔里木盆地塔中地区一些探井孢粉化石的最新研究,补充和完善了盆地泥盆—石炭系孢粉组合,在“八五”期间建立的组合序列框架的基础上,提出了适合全盆地的包括12个组合带的泥盆—石炭系孢粉组合序列纲要。并描述了各孢粉组合带的特征,讨论了组合的地质时代。这对于揭示盆地晚泥盆世至石炭纪孢粉植物群性质,确定井下岩组时代及地层对比关系可起到重要的作用

The paper mainly studied high potassiumpotassium dike rocks in gold concentration zone in Jiaodong of Shandong. The rocks can be divided into three kinds of lithologies, ~{*+~}i.e.~{*+~} (I) Lamprophyre, (II) Andesiteporphyrite, ~{*)~}(III) Dacite~{***2~}porphyrite on the basis of factors such as geologic attitude and lithologic character and timespace relationship of gold mineralization etc. These rocks were the products of early mineralization, synchronous and later mineralization, respectively. Advance...

The paper mainly studied high potassiumpotassium dike rocks in gold concentration zone in Jiaodong of Shandong. The rocks can be divided into three kinds of lithologies, ~{*+~}i.e.~{*+~} (I) Lamprophyre, (II) Andesiteporphyrite, ~{*)~}(III) Dacite~{***2~}porphyrite on the basis of factors such as geologic attitude and lithologic character and timespace relationship of gold mineralization etc. These rocks were the products of early mineralization, synchronous and later mineralization, respectively. Advance on study of geochemistry shows that the geochemical compositionsvariations of the major oxides have vague general rules of homologous magmatic fractionalcrystallization, and the mineral facies (major component augite and olivine in early stage of transition from lamprophyre to Andesiteporphyrite hornblende and palgioclase by the later stage of the transition from andesiteporphyrite to daciteporphyrite) controlled the magmatic evolution process. The rocks takeof enriched alkali, high K2O, but lower TiO2, and commonly intensively enriched in LILE (such as Ba, Sr, Rb, K, LREE ~{*+~}et al~{*+~}.), intensively depleted in coherence elements (such as Cr, Ni ~{*+~}et al~{*+~}.), relatively depleted in high fields elements (such as Th, Nb, Ti, Y ~{*+~}et al~{*+~}.), which proved that magma was derived from thesource of enriched mantle. Enriched fugitive constituents and intensively enriched Ba, Sr and lower Sr/Nd component may be caused by mixing of main subduction terrigenous sediment and basaltic ocean crust by dehydration into mantle wedge. The lower partial melting degree (6%~8%) might have been formed at the special stage from IndoChinese epoch on in with an enrich mantle to a depleted mantle at stage of Yanshan, and emplacement environment may be the main causes of the different magmatic evolution in the quartz veintype and altered rocktype of gold deposits.

胶东金矿区与金矿成矿伴生的脉岩为一套高钾 -钾质脉岩。根据地质、岩相学及与金矿化的时空关系 ,将主要岩石类型划分为煌斑岩、安山玢岩、英安玢岩类 ,它们分别形成与金矿化早期、同期和晚期 ;主要元素成分以富碱高钾、低钛为特征 ,成分变异具同源岩浆结晶分异演化的一般规律 ,早期以辉石和橄榄石、中晚期以角闪石和斜长石为主的矿物相分离结晶控制岩浆的演化 ;岩石明显富 Ba、Sr、Rb、K、L REE等大离子元素、强烈亏损 Cr、Ni及相对亏损 Th、Nb、Ti、Y等高场强元素元素 ,体现初始岩浆起源于富集地幔源区 ;大量的挥发组分及强烈的富集 Ba、Sr及低的 Sr/ Nd比值 ,指示源区为以俯冲陆源沉积为主、有玄武质洋壳参与的脱水、脱气等作用交代早期地幔楔形成的富集地幔源 ,初始岩浆是在中生代印支期形成的富集地幔向燕山期亏损方向演化的特定阶段发生低程度熔融形成 (熔融程度为 6 %~ 8% ) ;就位环境的不同是导致石英脉岩型与蚀变岩型矿区脉岩成岩作用有一定差别的主要原因

In the article,we introduced the advance on study of uterine mast cells (MCs) and autonomic innervation of uterus in recent years,expounded effect of autonomic nerves on uterine immunity by uterine MCs and regulation of substance P on uterine immunity.Autonomic nerves may restrain proliferation of uterine MCs and releasing of histamine from uterine MCs to decrease the level of local cellular immune in uterus MCs to modualte uterine immunity,however,the release of histamine depend on the phase of reproductive...

In the article,we introduced the advance on study of uterine mast cells (MCs) and autonomic innervation of uterus in recent years,expounded effect of autonomic nerves on uterine immunity by uterine MCs and regulation of substance P on uterine immunity.Autonomic nerves may restrain proliferation of uterine MCs and releasing of histamine from uterine MCs to decrease the level of local cellular immune in uterus MCs to modualte uterine immunity,however,the release of histamine depend on the phase of reproductive cycle.Modulation for MCs by neuro peptides is a side of interaction in immune neuroendoctine communication.The profound research for mechanism of effect of neuro peptides on MCs will promote the development of Neuroimmunity.

本文概述了近年来子宫的植物性神经支配、子宫肥大细胞 ( MC)的最新研究概况 ,阐述了植物性神经通过子宫肥大细胞对子宫免疫的影响及 P物质对子宫免疫的调节。植物性神经可通过抑制子宫 MC的增殖和组织胺释放来抑制子宫局部免疫水平。神经肽 P物质能刺激子宫 MC组织胺和细胞因子的释放来调节子宫免疫 ,但组织胺的释放与子宫的生殖状态有关。神经肽对 MC功能的调节是免疫—神经—内分泌网络相互作用的一个侧面 ,深入研究神经肽对 MC作用的机理 ,将有助于推动神经免疫的发展

 
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