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65篇 您的检索式:作者名="PETRAS I"
    题名 作者 年代 出处 被引量
1Reelin induces EphB activation显示文摘进功能的 neuronal 网络的新生的神经原的集成在 neuronal 进程和与另外的神经原的 synaptic 接触的形成的发展中的大脑,生长和树枝状要求房间的移植到他们的最后的位置。在协调区别事件的这个复杂序列的信号之中的一个中央播放器是分泌 glycoprotein Reelin,它也调制 synaptic 粘性,学习并且在成年大脑的记忆形成。到 ApoER2 和 VLDL 受体的 Reelin 有约束力, LDL 受体家庭的二个成员,开始包含细胞内部的细胞质的适配器蛋白质 Disabled-1 的酷氨酸 phosphorylation 的发信号的串联,它指向 neuronal 细胞骨架并且最终控制在整个发展中的大脑放神经原。然而, Reelin 信号与另外的调停受体的发信号串联交往调整大脑开发和粘性的不同方面,是可能的。EphB 酷氨酸 kinases 经由通过 ephrin B transmembrane 蛋白质的双向发信号调整房间粘附和排斥依赖者过程。这里,我们证明 Reelin 绑在 EphB transmembrane 蛋白质的细胞外的领域,导致受体聚类和向前在神经原发信号的 EphB 的激活,独立于“古典”的 Reelin 受体, ApoER2 和 VLDLR。因此,鼠标缺乏 EphB1 和 EphB2 显示 CA3 海马趾的金字塔形的神经原的一个放的缺点,类似于那在 Reelin 缺乏的鼠标,和这房间迁居,缺点取决于 EphB 蛋白质的 kinase 活动。一起,我们的数据为在向前发信号的 Reelin 和 EphB 之间的信号集成提供生物化学、功能的证据。Elisabeth Bouche Mario I Romero-Ortega Mark Henkemeyer Timothy Catchpole Jost Leemhuis Michael Frotscher Petra May Joachim Herz Hans H Bock 2013Cell Research2013,23,4:5
2l The clinical relevance of the fluid balance in critically illpatients显示文摘Petra ovicováI Sklienka P KolorL et a 2000CriticalCare2000,4,1:1
3Using fractional order adjustment rules and fractional order reference models in modelreference adaptive control 显示文摘Vinagre B M Petras I Podlubny I Chen Y Q 2002Nonlinear Dynamics (S0924-090X)2002,29,:1
4Control of fractional-Order Chua's system显示文摘Ivo Petras I 2002Journal of Electrical Engineering2002,53,:1
5Effect of Organic Solvents on the Yield of Solvent-Tolerant Pseudomonas putida S12显示文摘Sonja I Antoine D Petra FGW 1999Applied and Environmental Microbiology1999,65,6:1
6Methylene blue selectively stains intestinal metaplasia in Barrett' s esophagus显示文摘Canto M I Setrakian S Petras R E 1996Gastrointost Enclosc1996,44,1:1
7Control Quality Enhancement by Fractional Order Controllers显示文摘PETRAS I DORCAK L Kostial I 1998Acta Montanistica Slovaca (S1335-1788)1998,3,2:1
8Two direct Tustin discretization methods for fractional order differentiator/integrator 显示文摘Vinagre BM Chen YQ Petras I 2003J Franklin Inst-Eng Appl Math2003,340,5:1
9The Frequency Method for Stability Investigation of Fractional Control Systems 显示文摘Petras I Dorcak L 1999SACTA Journal1999,2,12:1
10Practical Application of Digital Fractional-Order Controller to Temperature Control显示文摘PETRAS I VINAGRE B N 2002Acta Montanistica Slovaca2002,7,2:1
11Transition along gradient from warm to mesic temperate forests evaluated by GAMM显示文摘Aims The aim of the study was to discover what set of variables best explains the transition from warm to mesic forest vegetation.Based on various variables grouped into sets(geomorphological,ecological,structural,soil characteristics and chorological),six models were built and tested by generalized additive mixed models(GAMMs).We assumed that each set of variables has different explanatory power.Our aim was to compare the six different models(sets of variables),to test which model best explains the species turnover in forest communities along the transition between warm and mesic temperate forests and to try to find reasons for the different explanatory power of the models.Methods The research took place in the southern part of the Balkan Peninsula.Field sampling was done according to standard methods.The gradient from warm to mesic forests was defined as the turnover of species and evaluated by projection of samples on the first unconstrained DCA axis.Geomorphological,ecological,structural and soil characteristics,together with chorological sets of variables,were regressed on the turnover of species composition.Based on the five sets of variables,six models were constructed and tested by generalized additive mixed models.Important Findings Ecological conditions best explain the change of forest communities along the gradient;evolution and the development of vegetation reflected in chorotypes are also of high importance;geomorphology and structure seem not to change so dramatically and soil shows the least significant differences of all.Ecological variables are the most important set of variables in the transition between warm and mesic temperate forests but eco-evolutionary dynamics after the Pleistocene should also be taken into consideration.AndražČarni Vlado Matevski Nina Juvan Mitko Kostadinovski Petra Košir Aleksander Marinšek Andrej Paušič UrbanŠilc 2016Journal of Plant Ecology2016,9,4:1
12Using fractional order adjustment rules and fractional order reference models in model reference adaptive control显示文摘Vinagre B M Petras I Podlubny I 2002Nonlinear Dynamics2002,29,14:1
13Control quality enhancement by fractional order controllers 显示文摘Petras I Dorcak L Kostial I 1998Acta Montanistica Slovaca1998,3,2:1
14Sensitive Raman spectroscopy of lipids based on drop deposition using DCDR and SERS 显示文摘Petra ~imO_kova Eva Ko6 i~ov6 Marek Proch6zka 2013Journal of Raman Spectroscopy2013,44,11:1
15A new criterion for tractability of multivariate problems显示文摘Papageorgiou A Petras I 2014J Complexity2014,30,:1
16Practical application of digital fractional-order controller to temperature control 显示文摘Petras I Vinagre B M 2002Acta Montanistica Slovaca2002,7,2:1
17Using fractional order adjustment rules fractional order reference models in model-reference adaptive control显示文摘Vinagre B M Petras I Podlubny I 2002Nonlinear Dynamics2002,29,1:1
18Control quality en- hancement by fractional order controllers 显示文摘PETRAS I DORCAK L KOSTIAL 1 1998Acta Mon- tanistica Slovaca1998,3,2:1
19Controlquality enhancement by fractional order controllers显示文摘Petras I Dorcak L Kostial I 1998Acta Montanistica Slovaca1998,3,2:1
20Control quality enhan cement by fractional order controllers显示文摘Petras I Dorcak L Kos tial I 1998Acta Montan ist ica S lovaca1998,3,2:1
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