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345篇 您的检索式:作者名="HENG S"
    题名 作者 年代 出处 被引量
1A unique sequence in the N-terminal regulatory region controls the nuclear localization of KLF8 by cooperating with the C-terminal zinc-fingers显示文摘Kr 眉 p 像像素的因素 8 (KLF8 ) 抄写因素在房间周期前进起一个关键作用, oncogenic 转变,对间充质的转变和侵略上皮。然而,它的原子本地化信号(NLS ) 没被识别。有另外的 KLF monopartite NLS (mNLS ) 和 C2H2 锌手指(ZF ) 的 KLF8 份额,哪个被显示了是为一些另外的 KLF 的 NLS。在这份报告,用指导 PCR 的 mutagenesis 和 immunofluorescent 显微镜学,我们显示出 mNLSs,任何单个 ZF 的删除,或变化的那混乱 Zn2+ 有约束力或联系 DNA 主题没影响 KLF8 的原子本地化。删除 > 然而,从 C 终点的 1.5 ZF 引起了 KLF8 的细胞质的累积。令人惊讶地,氨基酸(aa ) 的删除 151-200 区域几乎从原子核消除了 KLF8。有 PKC 禁止者的 S165A, K171E 或 K171R 变化,或处理导致了部分细胞质的累积。Co-immunoprecipitation 证明 KLF8 与 importin- 交往了,这个相互作用要求了 ZF 主题。aa 1-150 或 201-261 区域的删除独自没改变原子本地化。BrdU 加入和 cyclin D1 倡导者酶试金作为野类型的 KLF8 证明在原子本地化的 KLF8 异种有缺陷者不能支持 DNA 合成或 cyclin D1 倡导者激活。一起拿,这些结果建议 KLF8 有二 NLS,一包围 S165 和 K171 并且另外的是二双人脚踏车 ZF,它为 KLF8 原子本地化和它的细胞的功能的规定是批评的。Tina S Mehta Heng Lu Xianhui Wang Alison M Urvalek Kim-Hang H Nguyen Farah Monzur Jojo D Hammond Jameson Q Ma Jihe Zhao 2009Cell Research2009,19,9:10
2Rotating machinery prognostics : State of the art, challenges and opportunities显示文摘Heng A Zhang S Tan A C C 2009Mechanical Systems and Signal Processing2009,23,3:1
3Model for the coal hydrogenation process and its applications显示文摘SHIBAOKA M HENG S 1984Fuel1984,63,2:1
4Novel polymeric microspheres containing norcantharidin for chemoembolization显示文摘Liu X Heng W S Paul 2006J Control Release2006,116,1:1
5White matter abnormalities in bipolar disorder: insights from diffusion tensor imaging studies显示文摘Heng S Song AW Sim K 2010Neural Transm2010,117,:1
6Response of inertinites from some Australian coals to non-catalytic hydrogenation in tetralin显示文摘SHIBAOKA M HENG S OKADA K 1985Fuel1985,64,5:1
7Chinese Visible Human Project显示文摘Zhang S X Heng P A Liu Z J 2006Clin Anat2006,19,3:1
8Chinese Visible Human Project: the Present and Future 显示文摘Zhang S X Heng P A Liu Z J 2006Clinical Anatomy2006,19,3:1
9Celecoxib inhibits serum amyloid a-induced matrix metalloproteinase-10 expression in human endothelial cells显示文摘Zhao Y Zhou S Heng C K 2009J Vasc Res2009,46,1:1
10In vitro assessment of cellular responses to rod-shaped hydroxyapatite nanoparticles of varying lengths and surface areas显示文摘Zhao X Heng BC Xiong S 2011Nanotoxicology2011,5,2:1
11Cross sectional echocardiography, 3: analysis of mathematic models for quantifying volume of symmetric and asymmetric left ventricles显示文摘WYATT H L MEERBAUM S HENG M K 1980Am Heart J1980,100,:1
12The Composition of Public Expenditure and Economic Growth 显示文摘Devarajan Shantayanan Vinaya S Heng fu Zou 1996Journal of Monetary Economics1996,,37:1
13Existence of low-cycling limbal epithelialbasal cells that can be pref-erentially stimulated to proliferate:implications on epithelial stem cells显示文摘COTSARELIS G C HENG S Z DONG G 1989Cell1989,57,2:1
14Keyword guessing attacks on secure searchable public key encryption schemes with a designated tester显示文摘Yan W C Phan R C Heng S H 2013International Journal of Computer Mathematics2013,90,12:1
15Chinese visible human project 显示文摘Zhang S X Heng P A Liu Z J 2006Clin Anat2006,19,3:1
16The Chinese Visible Human (CVH) datasets incorporate technical and imaging advances on earlier digital humans显示文摘Zhang S X Heng P A Liu Z J 2004J Anat2004,204,3:1
17Late complication after singie-rod instrumentation显示文摘Hengeness M H Esses S I Wellborn C C 2010Spine2010,24,1:1
18Composite structural components under blast loading显示文摘 HENG L 2001Structures under Shock and Impact2001,,:1
19Rotating machinery prognostics: state of the art, challenges and opportunities 显示文摘Heng A Zhang S Tan A C C 2009Mechanical Systems and Signal Processing2009,23,3:1
20Fundamental Differences in Dedifferentiation and Stem Cell Recruitment during Skeletal Muscle Regeneration in Two Salamander Species显示文摘Tatiana Sandoval-Guzmán Heng Wang Shahryar Khattak Maritta Schuez Kathleen Roensch Eugeniu Nacu Akira Tazaki Alberto Joven Elly M. Tanaka András Simon 2013Cell Stem Cell2013,,:1
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