|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | 复杂介质有限元法2.5维可控源音频大地电磁法数值模拟显示文摘利用有限元 2 .5维可控源音频大地电磁法 (简称CSAMT)数值模拟方法 ,对 10 0Ωm均匀半空间介质中有限长度的电偶极源产生的电场、磁场及视电阻率、相位特征进行了数值模拟 ,研究了场的空间变化规律 .在一个象限中 ,场的特征存在双叶现象 ,当收发距大于 4个趋肤深度时 ,电阻率较接近介质真实的电阻率 ,这些结果为观测系统和收发距的选择提供了依据 .波数域场的特征表明 ,低波数对源的贡献占较大的比例 .有限元法 2 .5维CSAMT数值模拟的优势在于能较准确地获得复杂介质结构的波场特征 .本文结合直立异常体、倾斜异常体及断陷模型对CSAMT电阻率、相位剖面特征及频率曲线特征的可靠性进行了研究 .数值模拟结果直观地给出了异常体的剖面异常形态 .通过对比研究异常体的剖面异常形态和半空间场的特征进一步说明本文方法和软件在模拟复杂介质结构场特征时是可靠的 .这为认识观测数据 。 | 底青云 Martyn Unsworth 王妙月 | 2004 | 地球物理学报2004,47,4: | 84 |
| 2 | 藏北高原地壳及上地幔导电性结构——超宽频带大地电磁测深研究结果显示文摘为了研究西藏中、北部壳、幔导电性结构,讨论高原中、北部岩石圈热状态,1998年和1999年(INDEPTH(Ⅲ)-MT)在西藏中、北部完成了德庆—龙尾错(500线)和那曲—格尔木(600线)超宽频带大地电磁深探测剖面的研究.研究结果表明,西藏中、北部以昆仑山断裂为界,其南北壳、幔电性结构有很大差异.昆仑山断裂以北地壳和上地幔为高阻区.而昆仑山以南,地壳和上地幔的导电性有明显的分层结构:地壳上部以不连续的高阻体为主,夹有局部低阻异常体,沿南北方向上地壳的电性结构复杂,具有不连续、分块的特点;但中、下地壳为大范围的高导异常区,区内发育有大规模、不相连续、产状各异的高导体,其电阻率均小于4Ωm;在班公—怒江和金沙江缝合带之下,壳内高导体都具有向上地幔延伸的趋势,存在连通壳、幔的低阻通道.根据西藏高原中、北部壳、幔电性结构的研究推断:如同藏南一样,这里也普遍存在部分熔融体和热流体,它们的成因主要与班公—怒江和金沙江缝合带的壳-幔热交换、热活动有关,这是两期形成的壳-幔热交换通道.其中,班公—怒江缝合带的壳-幔热交换通道形成时间比金沙江缝合带早.因此,研究区壳、幔的热活动是从南边和西边开始,向北、向东扩展,导致现今西藏中、北部地壳和上地幔的热流分布由西向东、由南向北增大. | 魏文博 金胜 叶高峰 邓明 谭捍东 Martyn Unsworth Alan G. Jones John Booker Shenghui Li | 2006 | 地球物理学报2006,49,4: | 71 |
| 3 | 西藏高原南部雅鲁藏布江缝合带地区地壳电性结构研究显示文摘为了探测西藏高原南部雅鲁藏布江缝合带地区地壳浅部和深部构造沿东西和南北方向的变化特征 ,在雅鲁藏布江缝合带地区布设了三条南北向剖面 (错那—墨竹工卡、亚东—雪古拉、吉隆—措勤 ) ,采用超宽频带大地电磁测深方法进行了地壳、上地幔电性结构探测研究 ,发现该区主要电性结构特征为 :1.雅鲁藏布江缝合带附近表层发育大规模的高阻体 ,岩体延伸最深达 30km以上 ,是冈底斯花岗岩体的反映 .2 .雅鲁藏布江缝合带的南部有小规模的良导体 ,在其下方和北侧发育有大规模良导体 .3.沿剖面从南往北壳内普遍发育良导体 ,各良导体主体间是不连续的 ,规模逐渐增大 ,总体北倾 ,在缝合带附近产状较陡 .4 .在雅鲁藏布江缝合带附近良导体由西往东规模逐渐增大 ,导电性逐渐变好 ,相对雅鲁藏布江在剖面上的位置逐渐南移 .这些重要的电性特征可能是印度板块向北俯冲所形成的 。 | 谭捍东 魏文博 Martyn Unsworth 邓明 金胜 John Booker Alan Jones | 2004 | 地球物理学报2004,47,4: | 42 |
| 4 | 藏南岩石圈导电性结构与流变性——超宽频带大地电磁测深研究结果显示文摘为了比较全面、客观地认识青藏高原岩石圈深部结构,探讨高原岩石圈形变特征、应变状态、热结构、板块(或地体)运动和壳、幔物质流变等重要科学问题,必须研究高原内部各个地质构造区域壳、幔电性结构沿东西方向的变化;INDEPTH-MT在喜马拉雅-西藏南部地区完成了6条超宽频带大地电磁深探测剖面研究.通过这6条剖面的电性结构成像,讨论了研究区地壳和上地幔导电性三维结构特点;发现西藏南部沿东西方向超出1000km范围,较普遍存在中、下地壳高导层,这高导层并不完全是连续的,向雅鲁藏布江大拐弯处高导层变薄、变浅、电阻率升高.讨论了藏南岩石圈的流变性问题,认为藏南中、下地壳具有良导电性,可以证明西藏巨厚的地壳中确实存在部分'熔融体'和'热流体',藏南巨厚的中、下地壳的物质状态是热的、软弱的、塑性的,甚至可能是'流变'的;结合岩石物理实验结果的讨论认为,与藏南大地电磁资料相适应的地壳部分熔融百分比应能达到5%~14%;对于地壳中的细晶岩来说,在这个熔融百分比下引起黏度的降低量有可能达到引起地壳'流变性'的要求;但对于花岗岩来说,也许不足以引起地壳产生'流变'. | 魏文博 金胜 叶高峰 邓明 景建恩 Unsworth MARTYN Jones G.ALAN | 2009 | 中国科学(D辑)2009,39,11: | 41 |
| 5 | 龙门山断裂带西南段4.20芦山7.0级地震区的深部结构和孕震环境显示文摘2008年汶川Mw7.9级地震后,于2009~2011年间,穿过汶川地震所在的龙门山断裂带中段和2013年芦山7.0级地震所在的龙门山断裂带西南段,沿两条剖面开展了大地电磁观测,使用相位张量和二维反演等多种先进的分析解释方法,获得了两条剖面的可信度高的二维电性结构.通过对龙门山西南段和芦山地震区深部结构的深入研究发现,它们与龙门山断裂带中段及汶川地震区深部结构既有相同之处,也有明显差别.西南段西侧松潘-甘孜地块上地壳高阻层下约10km深度出现地壳高导层(HCL),比中段的深度小.西南段自地表到上地幔顶部也存在龙门山高阻体(HRB),但是龙门山高阻体规模比中段的小,其内既没有与西侧地壳高导层相通的低阻层,也没有像汶川地震区那样在龙门山高阻体内部震源区附近出现局部的低阻区.芦山地震发生在龙门山高阻体东侧边界附近,在双石-大川断裂附近,但是汶川地震发生在龙门山高阻体内部,这些构成了芦山地震和汶川地震孕震环境的差异.对青藏高原东部地壳高导层与地壳变形的关系,以及龙门山断裂带不同位置潜在的地震危险性进行了分析. | 詹艳 赵国泽 UNSWORTH Martyn 王立凤 陈小斌 李涛 肖骑彬 王继军 汤吉 蔡军涛 王阎昭 | 2013 | 科学通报2013,58,20: | 49 |
| 6 | Deep structure beneath the southwestern section of the Longmenshan fault zone and seimogenetic context of the 4.20 Lushan M_S7.0 earthquake显示文摘Magnetotelluric measurements were carried out along two profiles across the middle and southwestern sections of the Longmenshan fault zone(LMSf)from 2009 to 2011,after the 2008 Wenchuan MW7.9 earthquake.The former profile crosses the Wenchuan event epicenter and the latter one crosses 2013 Lushan MS7.0 event epicenter.The data were analyzed using advanced processing techniques,including phase tensor and two-dimensional inversion methods,in order to obtain reliable 2-D profiles of the electrical structure in the vicinity of the two earthquakes.A comparison of the two profiles indicates both similarities and differences in the deep crustal structure of the LMSf.West of the southwestern section,a crustal high conductivity layer(HCL)is present at about 10 km depth below the Songpan-Garzêblock;this is about 10 km shallower than that under the middle section of the LMSf.A high resistivity body(HRB)is observed beneath the southwestern section,extending from the near surface to the top of upper mantle.It has a smaller size than the HRB observed below the middle section.In the middle section,there is a local area of decreased resistivity within the HRB but there is absence of this area.The 2013 Lushan earthquake occurred close to the eastern boundary of HRB and the Shuangshi-Dachuan fault,of which the seismogenic context has both common and different features in comparison with the 2008 Wenchuan event.On a large scale,the 2013 Lushan earthquake is associated with the HCL and deformation in the crust including HCL of the eastern Tibetan Plateau.In order to assess seismic risk,it is important to consider both the stress state and the detailed crustal structure in different parts of the LMSf. | ZHAN Yan ZHAO GuoZe UNSWORTH Martyn WANG LiFeng CHEN XiaoBin LI Tao XIAO QiBin WANG JiJun TANG Ji CAI JunTao WANG YanZhao | 2013 | Chinese Science Bulletin2013,58,28: | 39 |
| 7 | 有限元法2.5维CSAMT数值模拟显示文摘 目前国内大多数CSAMT资料处理都用一维反演方法,即假定地球介质是水平层状地电结构,这对于横向变化较大的介质结构的反演则是不真实的.为了合理的模拟可控信号源的三维特征应该使用三维有限元方法.受计算机内存和计算速度的限制,三维方法的实用化受到约束.在许多情况下,地电结构沿走向变化很小,只沿倾向发生变化.这种地电结构是二维的,而人工源是三维的,因此CSAMT资料的观测可用2.5维有限元方法进行数值模拟.本文从麦克斯韦方程组出发,建立了2.5维有限元CSAMT数值模拟方法,其核心是把地电参数变化小的走向方向转化成波数域,用一系列波数模拟三维源的特征.用一个横向均匀的三层地电结构模型展示了2.5维数值模拟的特征,并和一维模拟结果进行了比较,证实了有限元方法2.5维CSAMT数值模拟的可靠性.在此基础上对一个地电结构已知的实际模型进行了2.5维数值模拟并和该剖面的野外实测剖面数据进行了比较,进一步有效地说明了本文介绍的2.5维CSAMT数值模拟方法是仿真和可靠的,为在此基础上的2.5维反演打下了良好的基础. | 底青云 Martyn Unsworth 王妙月 | 2004 | 地球物理学进展2004,19,2: | 31 |
| 8 | 西藏高原中、北部断裂构造特征:INDEPTH(Ⅲ)-MT观测提供的依据显示文摘根据1998年和1999年INDEPTH(Ⅲ)MT在西藏中、北部所完成的德庆-龙尾错(500线)和那曲-格尔木(600线)超宽频带大地电磁深探测剖面数据研究西藏高原中北部断裂构造特征,有助于推进印度板块与亚洲板块碰撞、俯冲构造模式的研究.研究结果表明,区内发育有F1~F10一系列深断裂.其中,F2向北倾斜是早期的主断裂,F1则是后期主逆冲断裂,它们共同构成空间结构复杂的嘉黎深断裂带.班公-怒江缝合带的主断裂系由略微向南陡倾的F3、F4和F5三组超壳深断裂构成;由于受后期构造运动强烈的改造,缝合带内发育多条延深不大的上地壳断层.唐古拉断裂带由F6、F7两组主断裂和一系列次级断裂构成;主断裂产状上陡、下缓,总体向南倾斜,向下延深达下地壳.而金沙江缝合带是由F8(金沙江断裂)和F9(可可西里断裂),以及它们之间存在的一系列上地壳次级断层共同组成的,是一组很宽的地块碰撞缝合带.F10即昆中断裂是产状陡立的超壳深断裂,是昆仑山断裂带的主体构造,它构成松潘-甘孜-可可西里地块的北部边界.从剖面电性结构特征分析,昆中断裂以南属于西藏高原主体;而以北地区是否还归属西藏高原?这有待更深入的讨论.值得特别关注的事实是,研究区内2组缝合带之下都存在向上地幔延伸的壳内高导体,它们可能反映区内壳幔热交换过程的痕迹. | 魏文博 金胜 叶高峰 邓明 谭捍东 Martyn Unsworth John Booker Alan G. Jones LI Sheng-hui | 2006 | 地球科学(中国地质大学学报)2006,31,2: | 19 |
| 9 | 班公-怒江构造带的电性结构特征--大地电磁探测结果显示文摘对青藏高原过班公一怒江构造带的三条大地电磁剖面进行探测,获得班公—怒江构造带及其邻区的电性结构模型,研究了班公—怒江构造带的深部结构与构造特征.研究结果表明:构造带及其两侧上地壳内广泛分布不连续高阻体,反映了岩浆岩的空间分布特征,表明构造带南北两侧岩浆的活动规律可能存在较大差别.研究区内的冈底斯及羌塘地体的中、下地壳普遍发育高导层,反映了印度大陆碰撞、俯冲过程的效应与痕迹,而高导层之下的高阻块体则可能是向北俯冲、冷的、刚性的印度大陆地壳.羌塘地体的电性结构模型可以分为南北两个区段,南羌塘块体的壳内高导层与班公—怒江构造带对印度板块俯冲的阻挡作用有关;而北羌塘块体壳内高导层与亚洲大陆对印度板块向北俯冲的'阻挡'与向南'对冲'有关.印度板块向北的俯冲与挤入,受到班公—怒江构造带及亚洲板块的阻挡,可能没有越过班公—怒江构造带,并在班公—怒江构造带附近向下插人软流圈,导致慢源物质上涌,形成壳、慢热交换与物质交换的通道和规模巨大、延伸至上地慢的高导体.班公—怒江构造带的电性结构证明了该构造带是一组产状陡立、巨型的超壳深断裂带. | 金胜 魏文博 叶高峰 邓明 谭捍东 Martyn Unsworth | 2009 | 地球物理学报2009,52,10: | 19 |
| 10 | 用大地电磁勘探方法研究大陆动力学(英文)显示文摘大地电磁法通过测量地表的天然电场和磁场来提供地壳和上地幔的电阻率图像。在仪器和处理解释技术方面的进展使得大地电磁法现在能够快速采集大地电磁数据并进行二维或三维地质模型解释。由于电阻率对地下连通的流体 (如局部熔融和水 )反应灵敏 ,大地电磁资料能够给出地球介质结构成分和流变特性的信息 ,作为地震勘探所获得信息的补充。大地电磁法现在被应用于对构造运动活跃区域的大陆动力学研究。对美国圣安德烈斯断层的大地电磁研究已经揭示了地震比较活跃的断层区段和在脆性上地壳中的断裂带的电阻率之间的相关性。在青藏高原采集的大地电磁资料描绘了地壳中的主要局部熔融区域 ,其结果和大陆碰撞地球动力学模型的结果相一致。将大地电磁法应用于大陆动力学研究肯定能获得对形成大陆地壳的构造运动过程的新见解 ,尤其是在有“研究大陆动力学的天然实验室”之称的中国的构造运动活跃区域。 | Martyn UNSWORTH | 2003 | 地学前缘2003,10,1: | 19 |
| 11 | 青藏高原东南部地壳导电性结构与断裂构造特征——下察隅—昌都剖面大地电磁探测结果显示文摘根据2004年在青藏高原东南部完成的下察隅—昌都(1000线)宽频带大地电磁探测剖面数据研究高原东南部地壳导电性结构及断裂构造特征,这有助于推进印度与亚洲岩石圈碰撞、俯冲构造模式的研究。研究结果表明,沿剖面上地壳大范围分布的是规模不等的高阻体,电阻率大约在90~3000Ω.m,厚度由南向北增加,底界面的深度大约在5~30km变化。高阻层之下发现由不连续高导体构成的中地壳低阻层,其电阻率小于10Ω.m;其结构与青藏高原中、西部的壳幔高导体相似,但规模小得多,底面埋深也浅得多。沿剖面的上地壳存在多组规模不等、产状不同的横向电性梯度带或畸变带,它们反映了沿剖面地区地壳的断裂分布。通过与该区高精度重力资料对比,在重要的电性梯度带上,均存在布格重力低异常和负重力均衡异常。结合区域地质资料分析推断了嘉黎—然乌、班公—怒江和甲桑卡—赤布张错等主要断裂构造带的空间格局。 | 金胜 叶高峰 魏文博 邓明 Martyn UNSWORTH | 2006 | 地学前缘2006,13,5: | 17 |
| 12 | 西藏高原中南部地壳与上地幔导电性结构显示文摘根据2001年国土资源部“十五”青藏专项研究计划项目“西藏高原南部岩石圈电性结构的大地电磁研究”所完成的吉隆一措勤剖面(800线)以及2004年教育部重大项目“藏南雅鲁藏布江缝合带地区地壳三维电性结构及其构造地质学与动力学意义的研究”所完成的定日-措迈剖面(900线)超宽频带大地电磁测深数据,研究西藏高原中南部地壳及上地幔电性结构特征及雅鲁藏布江缝合带导电性结构特征:800线和900线上地壳范围内主要为高阻区,电阻率在200~3000Ω·m之间,顶面大范围出露,底面一般在15~20km深度处,整体上,高阻区底面由南向北逐渐加深,再向北又逐渐变浅,900线高阻体底界深达30km,而800线高阻体底界更深达38km地下15~45km深度范围内存在一组电性梯度带,该电性梯度带之下存在一组硕大的高导层,其电阻率小于5Ω·m,高导层由规模不等且不连续的高导体构成.雅鲁藏布江以南的中地壳高导体,规模较小,厚度在10km左右,产状略向北倾;雅鲁藏布江以北的高导体,规模较大,厚度在30km左右,产状向北缓倾;相比之下,900线的高导体厚度较小,顶面深度较浅.通过对岩石电阻率影响因素的讨论,推测高导体的成因是部分熔融或含水流体,判断藏南巨厚的中、下地壳的物质状态是热的、软弱的、塑性的. | 叶高峰 金胜 魏文博 Martyn Unsworth | 2007 | 地球科学(中国地质大学学报)2007,32,4: | 16 |
| 13 | 2.5维有限元法CSAMT数值反演显示文摘2.5维有限元法CSAMT数据反演是建立在2.5维有限元法正演模拟和CSAMT-RRI灵敏度矩阵近似计算以及拟一维反演方法基础上的一种反演方法。它是一种快速松驰算法型的CSAMT数据反演方法。该法采用2.5维正演模拟,利用CSAMT-RRI方法近似计算的灵敏度矩阵,既符合精度要求,又提高了计算速度,而且在计算中采用拟一维反演减少了对灵敏度矩阵的大量代数运算,进一步加快了计算速度。文中通过两低阻体上覆导电层模型进行数值反演,结果表明倾斜低阻体能得到较好地归位,但反演的模型结构的异常范围要比真实模型大,倾斜异常体在深度方向上也有下拉现象。尽管如此,模型反演与真实结构的拟合曲线均方根误差除个别点外都小于2,达到了较好的拟合。 | 底青云 Martyn Unsworth 王妙月 | 2006 | 石油地球物理勘探2006,41,1: | 15 |
| 14 | Impact of Increasing Stratospheric Water Vapor on Ozone Depletion and Temperature Change显示文摘Using a detailed, fully coupled chemistry climate model (CCM), the effect of increasing stratospheric H2O on ozone and temperature is investigated. Different CCM time-slice runs have been performed to investigate the chemical and radiative impacts of an assumed 2 ppmv increase in H2O. The chemical effects of this H2O increase lead to an overall decrease of the total column ozone (TCO) by ~1% in the tropics and by a maximum of 12% at southern high latitudes. At northern high latitudes, the TCO is increased by only up to 5% due to stronger transport in the Arctic. A 2-ppmv H2O increase in the model's radiation scheme causes a cooling of the tropical stratosphere of no more than 2 K, but a cooling of more than 4 K at high latitudes. Consequently, the TCO is increased by about 2%-6%. Increasing stratospheric H2O, therefore, cools the stratosphere both directly and indirectly, except in the polar regions where the temperature responds differently due to feedbacks between ozone and H2O changes. The combined chemical and radiative effects of increasing H2O may give rise to more cooling in the tropics and middle latitudes but less cooling in the polar stratosphere. The combined effects of H2O increases on ozone tend to offset each other, except in the Arctic stratosphere where both the radiative and chemical impacts give rise to increased ozone. The chemical and radiative effects of increasing H2O cause dynamical responses in the stratosphere with an evident hemispheric asymmetry. In terms of ozone recovery, increasing the stratospheric H2O is likely to accelerate the recovery in the northern high latitudes and delay it in the southern high latitudes. The modeled ozone recovery is more significant between 2000-2050 than between 2050-2100, driven mainly by the larger relative change in chlorine in the earlier period. | 田文寿 Martyn P.CHIPPERFIELD 吕达仁 | 2009 | Advances in Atmospheric Sciences2009,26,3: | 15 |
| 15 | Conductivity structure and rheological property of lithosphere in Southern Tibet inferred from super-broadband magnetotelluric sounding显示文摘To understand deep lithosphere structure beneath the Qinghai-Tibet Plateau more comprehensively and objectively and to explore important scientific issues,such as characteristics of plateau lithospheric deformation,state of strain,thermal structure,plate (or terrane) movement,and crust-mantle rheology,it is necessary to research the variation of crust-mantle electrical structure in the east-west direction in every geological unit.For this purpose,six super-broadband magnetotelluric (MT) sounding profiles have been completed by INDEPTH-MT Project in the Himalayas-Southern Tibet.Based on the imaging results from the six profiles,three-dimensional electrical conductivity structure of the crust and upper mantle has been analyzed for the research area.The result shows that the high-conductivity layers in the middle and lower crust exist widely in Southern Tibet,which extend discontinuously for more than 1000 km in the east-west direction and become thinner,shallower and more resistive toward the big turning of the Yarlung Zangbo River.The discussion on the rheology of lithosphere in Southern Tibet suggests that the mid-lower crust there is of high electrical conductivity,implying the existence of 'partial-melt' and 'hot fluid' in the thick crust of Tibet,which make the medium hot,soft,and plastic,or even able to flow.Combining the experimental result of petrophysics and the MT data,we estimate the melting percentage of the crustal material to be up to 5%-14%,which would reduce the viscosity of aplite in the crust to meet the flow condition;but for granite,it is likely not enough to cause such a change in rheology. | Martyn UNSWORTH Alan G.JONES | 2010 | Science China Earth Sciences2010,53,2: | 11 |
| 16 | Gastroenteropancreatic neuroendocrine tumours显示文摘 | Irvin M Modlin Kjell Oberg Daniel C Chung Robert T Jensen Wouter W de Herder Rajesh V Thakker Martyn Caplin Gianfranco Delle Fave Greg A Kaltsas Eric P Krenning Steven F Moss Ola Nilsson Guido Rindi Ramon Salazar Philippe Ruszniewski Anders Sundin | 2008 | Lancet Oncology2008,,1: | 8 |
| 17 | Arthroscopic treatment options for irreparable rotator cuff tears of the shoulder显示文摘The management of patients with irreparable rotator cuff tears remains a challenge for orthopaedic surgeons with the final treatment option in many algorithms being either a reverse shoulder arthroplasty or a tendon transfer. The long term results of these procedures are however still widely debated, especially in younger patients. A variety of arthroscopic treatment options have been proposed for patients with an irreparable rotator cuff tear without the presence of arthritis of the glenohumeral joint. These include a simple debridement with or without a biceps tenotomy, partial rotator cuff repair with or without an interval slide, tuberplasty, graft interposition of the rotator cuff, suprascapular nerve ablation, superior capsule reconstruction and insertion of a biodegradable spacer(Inspace) to depress the humeral head. These options should be considered as part of the treatment algorithm in patients with an irreparable rotator cuff and could be used as either as an interim procedure, delaying the need for more invasive surgery in the physiologically young and active, or as potential definitive procedures in the medically unfit.The aim of this review is to highlight and summarise arthroscopic procedures and the results thereof currently utilised in the management of these challenging patients. | Cameron M Anley Samuel KL Chan Martyn Snow | 2014 | World Journal of Orthopedics2014,5,5: | 8 |
| 18 | Gastric Cancer显示文摘 | Catherine de Martel David Forman Martyn Plummer | 2013 | Gastroenterology Clinics of North America2013,,2: | 7 |
| 19 | Targeting the cell cycle in esophageal adenocarcinoma:An adjunct to anticancer treatment显示文摘Esophageal adenocarcinoma is a major cause of cancer death in men in the developed world.Continuing poor outcomes with conventional therapies that predominantly target apoptosis pathways have lead to increasing interest in treatments that target the cell cycle.A large international effort has led to the development of a large number of inhibitors,which target cell cycle kinases,including cyclin-dependent kinases,Aurora kinases and polo-like kinase.Initial phase Ⅰ/Ⅱ trials in solid tumors have often demonstrated only modest clinical benefits of monotherapy.This may relate in part to a failure to identify the patient populations that will gain the most clinical benefit.Newer compounds lacking the side effect profile of first-generation compounds may show utility as adjunctive treatments targeted to an individual's predicted response to treatment. | Martyn Dibb Yeng S Ang | 2011 | World Journal of Gastroenterology2011,17,16: | 6 |
| 20 | Lanreotide in Metastatic Enteropancreatic Neuroendocrine Tumors显示文摘 | Martyn E. Caplin Marianne Pavel Jaros?aw B. ?wik?a Alexandria T. Phan Markus Raderer Eva Sedlá?ková Guillaume Cadiot Edward M. Wolin Jaume Capdevila Lucy Wall Guido Rindi Alison Langley Séverine Martinez Jo?lle Blumberg Philippe Ruszniewski | 2014 | The New England Journal of Medicine2014,,: | 3 |