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文章名     作者     期刊名     摘要     卷     期         如果没有找到您所需要的文献，请点击 ——此处申请     共30条记录   CLC transport proteins in plants [作者：Zifarelli, G; Pusch, M,期刊：FEBS Letters, 页码：2122-2127 , 文章类型： Review，,卷期：2010年584-10] Nitrate compartmentalization in intracellular organelles has been long recognized as critical for plant physiology but the molecular identity of the proteins involved remained unclear for a long time. In Arabidopsis thal... Regulation of ceramide channels by Bcl-2 family proteins [作者：Ganesan, V; Colombini, M,期刊：FEBS Letters, 页码：2128-2134 , 文章类型： Review，,卷期：2010年584-10] Mitochondrial outer membrane permeabilization to proteins, an irreversible step in apoptosis by which critical proteins are released, is tightly regulated by Bcl-2 family proteins. The exact nature of the release pathway... Channel character of uncoupling protein-mediated transport [作者：Jezek, P; Jaburek, M; Garlid, KD,期刊：FEBS Letters, 页码：2135-2141 , 文章类型： Review，,卷期：2010年584-10] Mitochondrial uncoupling proteins (UCPs) are pure anion uniporters, which mediate fatty acid (FA) uniport leading to FA cycling. Protonated FAs then flip-flop back across the lipid bilayer. An existence of pure proton ch... Mitochondrial ion channels as therapeutic targets [作者：Peixoto, PM; Ryu, SY; Kinnally, KW,期刊：FEBS Letters, 页码：2142-2152 , 文章类型： Review，,卷期：2010年584-10] The study of mitochondrial ion channels changed our perception of these double-wrapped organelles from being just the power house of a cell to the guardian of a cell's fate. Mitochondria communicate with the cell through... Ryanodine receptor mutations in arrhythmia: The continuing mystery of channel dysfunction [作者：Thomas, NL; Maxwell, C; Mukherjee, S; Williams, AJ,期刊：FEBS Letters, 页码：2153-2160 , 文章类型： Review，,卷期：2010年584-10] Mutations in RyR2 are causative of an inherited disorder which often results in sudden cardiac death. Dysfunctional channel behaviour has been the subject of many investigations varying from single channel analysis throu... Biochemistry and physiology of mitochondrial ion channels involved in cardioprotection [作者：Nishida, H; Matsumoto, A; Tomono, N; Hanakai, T; Harada, S; Nakaya, H,期刊：FEBS Letters, 页码：2161-2166 , 文章类型： Review，,卷期：2010年584-10] Over the past decades there has been considerable progress in understanding the multifunctional roles of mitochondrial ion channels in metabolism, energy transduction, ion transport, signaling, and cell death. Recent dat... Intracellular ion channels Preface [作者：Szewczyk, A; Just, W,期刊：FEBS Letters, 页码：1941-1941 , 文章类型： Editorial Material，,卷期：2010年584-10] Mitochondrial Ca2+ channels: Great unknowns with important functions [作者：Malli, R; Graier, WF,期刊：FEBS Letters, 页码：1942-1947 , 文章类型： Review，,卷期：2010年584-10] Mitochondria process local and global Ca2+ signals. Thereby the spatiotemporal patterns of mitochondrial Ca2+ signals determine whether the metabolism of these organelles is adjusted or cell death is executed. Mitochondr... Mitochondrial ryanodine receptors and other mitochondrial Ca2+ permeable channels [作者：Ryu, SY; Beutner, G; Dirksen, RT; Kinnally, KW; Sheu, SS,期刊：FEBS Letters, 页码：1948-1955 , 文章类型： Review，,卷期：2010年584-10] Ca2+ channels that underlie mitochondrial Ca2+ transport first reported decades ago have now just recently been precisely characterized electrophysiologically. Numerous data indicate that mitochondrial Ca2+ uptake via th... Ryanodine receptor studies using genetically engineered mice [作者：Kushnir, A; Betzenhauser, MJ; Marks, AR,期刊：FEBS Letters, 页码：1956-1965 , 文章类型： Review，,卷期：2010年584-10] Ryanodine receptors (RyR) regulate intracellular Ca2+ release in many cell types and have been implicated in a number of inherited human diseases. Over the past 15 years genetically engineered mouse models have been deve... TPCs: Endolysosomal channels for Ca2+ mobilization from acidic organelles triggered by NAADP [作者：Zhu, MX; Ma, JJ; Parrington, J; Galione, A; Evans, AM,期刊：FEBS Letters, 页码：1966-1974 , 文章类型： Review，,卷期：2010年584-10] Two-pore channels (TPCs or TPCNs) are novel members of the large superfamily of voltage-gated cation channels with slightly higher sequence homology to the pore-forming subunits of voltage-gated Ca2+ and Na+ channels tha... Mitochondrial calcium channels [作者：Hoppe, UC,期刊：FEBS Letters, 页码：1975-1981 , 文章类型： Review，,卷期：2010年584-10] Mitochondrial Ca2+ handling plays an important role in energy production and various cellular signaling processes. Mitochondrial Ca2+ uptake is regulated by the mitochondrial Ca2+ uniporter (MCU), at least one non- MCU C... Vacuolar ion channels: Roles in plant nutrition and signalling [作者：Isayenkov, S; Isner, JC; Maathuis, FJM,期刊：FEBS Letters, 页码：1982-1988 , 文章类型： Review，,卷期：2010年584-10] Vacuoles play various roles in many physiologically relevant processes in plants. Some of the more prominent are turgor provision, the storage of minerals and nutrients, and cellular signalling. To fulfil these functions... Signal transduction to the permeability transition pore [作者：Rasola, A; Sciacovelli, M; Pantic, B; Bernardi, P,期刊：FEBS Letters, 页码：1989-1996 , 文章类型： Review，,卷期：2010年584-10] The permeability transition pore (PTP) is an inner mitochondrial membrane channel that has been thoroughly characterized functionally, yet remains an elusive molecular entity. The best characterized PTP-regulatory com... Electrophysiology clarifies the megariddles of the mitochondrial permeability transition pore [作者：Zoratti, M; De Marchi, U; Biasutto, L; Szabo, I,期刊：FEBS Letters, 页码：1997-2004 , 文章类型： Review，,卷期：2010年584-10] After a brief review of the early history of mitochondrial electrophysiology, the contribution of this approach to the study of the mitochondrial permeability transition (MPT) is recapitulated. It has for example provide... Interaction of mitochondrial potassium channels with the permeability transition pore [作者：Cheng, Y; Debska-Vielhaber, G; Siemen, D,期刊：FEBS Letters, 页码：2005-2012 , 文章类型： Review，,卷期：2010年584-10] Three types of potassium channels cooperate with the permeability transition pore (PTP) in the inner mitochondrial membranes of various tissues, mtK((ATP)), mtBK, and mtKv1.3. While the latter two share similarities with...