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publications (92)
- browse
- Signaling, as tag from all users
- related tags
- concepts
- tags
- Research
- Animals,
- Support,
- Gov't,
- Calcium,
- Non-U.S.
- Models,
- Calcium
- Channels,
- U.S.
- P.H.S.,
- Sarcoplasmic
- Reticulum,
- Myocardium,
- Heart
- Potentials,
- Humans,
- Ion
- Animals;
- Proteins,
- Membrane
- Cell
- Myocardial
- Myocytes,
- Cardiac,
- Action
- Cells,
- Channel
- Heart,
- Receptor
- Contraction,
- Release
- Ryanodine
- Computer
- Rats,
- Ventricles,
- imported
- Channel,
- Protein
- Biological,
- Muscle
- Patch-Clamp
- Sodium,
- Sodium-Calcium
- Electric
- Gating,
- metabolism;
- Kinetics,
- Exchanger,
- Techniques,
- No matching items.
- Aleksey V Zima, Eckard Picht, Donald M Bers, and Lothar A Blatter. Circ Res 103(8):e105--e115 (October 2008)Aleksey V Zima, Eckard Picht, Donald M Bers, and Lothar A Blatter. Circ Res 103(8):e105--e115 (October 2008)4 years and a month agoby hake1
- ATPases,
- Animals;
- Blockers,
- Calcium
- Calcium-Transporting
- Cardiac,
- Channel
- Channel,
- Diffusion;
- Fluorescence;
- Heart
- Kinetics;
- Membrane
- Microscopy,
- Myocytes,
- Permeability;
- Potentials;
- Rabbits;
- Receptor
- Release
- Reticulum
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Ventricles,
- drug
- effects/enzymology/metabolism
- effects/enzymology/metabolism;
- effects/metabolism;
- effects;
- metabolism;
- pharmacology;
ATPases, Animals; Blockers, Calcium Calcium-Transporting Cardiac, Channel Channel, Diffusion; Fluorescence; Heart Kinetics; Membrane Microscopy, Myocytes, Permeability; Potentials; Rabbits; Receptor Release Reticulum Reticulum, Ryanodine Sarcoplasmic Signaling, Ventricles, drug effects/enzymology/metabolism effects/enzymology/metabolism; effects/metabolism; effects; metabolism; pharmacology; - A. Zahradn�kov�, I. Zahradn�k, I. Gy�rke, and S. Gy�rke. J. Gen. Physiol. 114(6):787--798 (December 1999)A. Zahradn�kov�, I. Zahradn�k, I. Gy�rke, and S. Gy�rke. J. Gen. Physiol. 114(6):787--798 (December 1999)4 years and a month agoby hake1
- 10578015
- Acetic
- Acids,
- Agents,
- Algorithms,
- Animals,
- Bilayers,
- Biological,
- Calcium
- Calcium,
- Cardiac,
- Cells,
- Channel
- Channel,
- Chelating
- Cultured,
- Dogs,
- Dose-Response
- Drug,
- Ethylenediamines,
- Gating,
- Gov't,
- Heart,
- In
- Ion
- Kinetics,
- Lipid
- Magnesium,
- Microsomes,
- Models,
- Myocardium,
- Myocytes,
- Non-U.S.
- P.H.S.,
- Patch-Clamp
- Photolysis,
- Receptor
- Relationship,
- Release
- Research
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Support,
- Techniques,
- U.S.
- Vitro,
10578015 Acetic Acids, Agents, Algorithms, Animals, Bilayers, Biological, Calcium Calcium, Cardiac, Cells, Channel Channel, Chelating Cultured, Dogs, Dose-Response Drug, Ethylenediamines, Gating, Gov't, Heart, In Ion Kinetics, Lipid Magnesium, Microsomes, Models, Myocardium, Myocytes, Non-U.S. P.H.S., Patch-Clamp Photolysis, Receptor Relationship, Release Research Reticulum, Ryanodine Sarcoplasmic Signaling, Support, Techniques, U.S. Vitro, - Masafumi Yano, Yasuhiro Ikeda, and Masunori Matsuzaki. J. Clin. Invest. 115(3):556--564 (March 2005)Masafumi Yano, Yasuhiro Ikeda, and Masunori Matsuzaki. J. Clin. Invest. 115(3):556--564 (March 2005)4 years and a month agoby hake1
- Xu Wu, Tong Zhang, Julie Bossuyt, Xiaodong Li, Timothy A McKinsey, John R Dedman, Eric N Olson, Ju Chen, Joan Heller Brown, and Donald M Bers. J. Clin. Invest. 116(3):675--682 (March 2006)Xu Wu, Tong Zhang, Julie Bossuyt, Xiaodong Li, Timothy A McKinsey, John R Dedman, Eric N Olson, Ju Chen, Joan Heller Brown, and Donald M Bers. J. Clin. Invest. 116(3):675--682 (March 2006)4 years and a month agoby hake1
- 1,4,5-Trisphosphate,
- 16511602
- Active
- Animals,
- Calcium
- Calmodulin,
- Cardiac,
- Cell
- Cells,
- Channels,
- Cultured,
- Cytoplasmic
- Deacetylases,
- Dependent
- Endothelin-1,
- Envelope,
- Extramural,
- Genetic,
- Gov't,
- Histone
- Inositol
- Kinase,
- Knockout,
- Mice,
- Myocytes,
- N.I.H.,
- Non-U.S.
- Nuclear
- Nuclear,
- Nucleus,
- Protein
- Rabbits,
- Receptors,
- Research
- Signaling,
- Support,
- Transcription,
- Transport,
- and
- {C}a$^{2+}$-Calmodulin
1,4,5-Trisphosphate, 16511602 Active Animals, Calcium Calmodulin, Cardiac, Cell Cells, Channels, Cultured, Cytoplasmic Deacetylases, Dependent Endothelin-1, Envelope, Extramural, Genetic, Gov't, Histone Inositol Kinase, Knockout, Mice, Myocytes, N.I.H., Non-U.S. Nuclear Nuclear, Nucleus, Protein Rabbits, Receptors, Research Signaling, Support, Transcription, Transport, and {C}a$^{2+}$-Calmodulin - R. L. Winslow, D. F. Scollan, A. Holmes, C. K. Yung, J. Zhang, and M. S. Jafri. Annu. Rev. Biomed. Eng. (2000)R. L. Winslow, D. F. Scollan, A. Holmes, C. K. Yung, J. Zhang, and M. S. Jafri. Annu. Rev. Biomed. Eng. (2000)4 years and a month agoby hake1
- C. R. Weber, K. S. Ginsburg, K. D. Philipson, T. R. Shannon, and D. M. Bers. J. Gen. Physiol. 117(2):119--131 (February 2001)C. R. Weber, K. S. Ginsburg, K. D. Philipson, T. R. Shannon, and D. M. Bers. J. Gen. Physiol. 117(2):119--131 (February 2001)4 years and a month agoby hake1
- 11158165
- ATPase,
- Action
- Adrenergic
- Allosteric
- Animals,
- Biological
- Biological,
- Caffeine,
- Calcium
- Calcium,
- Cardiac,
- Cardiovascular,
- Cell
- Cells,
- Channels,
- Computer
- Congestive,
- Contraction,
- Cultured,
- Cytosol,
- Diastole,
- Dogs,
- Electric
- Exchanger,
- Failure,
- Ferrets,
- Fibers,
- Gov't,
- Heart
- Heart,
- Humans,
- Ion
- Isoproterenol,
- Kinetics,
- Membrane
- Membrane,
- Mice,
- Models,
- Muscle
- Mutagenesis,
- Myocardial
- Myocardium,
- Myocytes,
- Nickel,
- Non-U.S.
- P.H.S.,
- Potentials,
- Rabbits,
- Regulation,
- Research
- Reticulum,
- Sarcoplasmic
- Signaling,
- Simulation,
- Sodium-Calcium
- Stimulation,
- Support,
- Tetracaine,
- Transport,
- U.S.
- Ventricles,
- beta-Agonists,
- {C}a$^{2+}$-Transporting
11158165 ATPase, Action Adrenergic Allosteric Animals, Biological Biological, Caffeine, Calcium Calcium, Cardiac, Cardiovascular, Cell Cells, Channels, Computer Congestive, Contraction, Cultured, Cytosol, Diastole, Dogs, Electric Exchanger, Failure, Ferrets, Fibers, Gov't, Heart Heart, Humans, Ion Isoproterenol, Kinetics, Membrane Membrane, Mice, Models, Muscle Mutagenesis, Myocardial Myocardium, Myocytes, Nickel, Non-U.S. P.H.S., Potentials, Rabbits, Regulation, Research Reticulum, Sarcoplasmic Signaling, Simulation, Sodium-Calcium Stimulation, Support, Tetracaine, Transport, U.S. Ventricles, beta-Agonists, {C}a$^{2+}$-Transporting - Shi-Qiang Wang, Chaoliang Wei, Guiling Zhao, Didier X P Brochet, Jianxin Shen, Long-Sheng Song, Wang Wang, Dongmei Yang, and Heping Cheng. Circ. Res. 94(8):1011--1022 (April 2004)Shi-Qiang Wang, Chaoliang Wei, Guiling Zhao, Didier X P Brochet, Jianxin Shen, Long-Sheng Song, Wang Wang, Dongmei Yang, and Heping Cheng. Circ. Res. 94(8):1011--1022 (April 2004)4 years and a month agoby hake1
- 15117829
- Abstract,
- Acid,
- Agents,
- Animals,
- Araceae,
- CHO
- Calcium
- Calcium,
- Carcinoma,
- Cardiac,
- Cell
- Cells,
- Channel
- Channel,
- Channels,
- Chelating
- Chinese
- Confocal,
- Drugs,
- Egtazic
- English
- Expression
- Gating,
- Gene
- Gov't,
- Hamsters,
- Heart,
- Hepatocellular,
- Herbal,
- Humans,
- Ion
- L-Type,
- Line,
- Liver
- Medicinal,
- Microscopy,
- Mitochondria,
- Muscle,
- Myocytes,
- Neoplasm,
- Neoplasms,
- Neoplastic,
- Non-U.S.
- P.H.S.,
- Patch-Clamp
- Plants,
- Profiling,
- RNA,
- Rabbits,
- Rats,
- Receptor
- Regulation,
- Release
- Research
- Reticulum,
- Rhizome,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Smooth
- Smooth,
- Support,
- Techniques,
- Transport,
- Tumor,
- U.S.
- Vascular,
15117829 Abstract, Acid, Agents, Animals, Araceae, CHO Calcium Calcium, Carcinoma, Cardiac, Cell Cells, Channel Channel, Channels, Chelating Chinese Confocal, Drugs, Egtazic English Expression Gating, Gene Gov't, Hamsters, Heart, Hepatocellular, Herbal, Humans, Ion L-Type, Line, Liver Medicinal, Microscopy, Mitochondria, Muscle, Myocytes, Neoplasm, Neoplasms, Neoplastic, Non-U.S. P.H.S., Patch-Clamp Plants, Profiling, RNA, Rabbits, Rats, Receptor Regulation, Release Research Reticulum, Rhizome, Ryanodine Sarcoplasmic Signaling, Smooth Smooth, Support, Techniques, Transport, Tumor, U.S. Vascular, - S. Q. Wang, L. S. Song, E. G. Lakatta, and H. Cheng. Nature 410(6828):592--596 (March 2001)S. Q. Wang, L. S. Song, E. G. Lakatta, and H. Cheng. Nature 410(6828):592--596 (March 2001)4 years and a month agoby hake1
- 80
- Acids,
- Action
- Adrenergic,
- Adult,
- Advanced,
- Age
- Aged,
- Aging,
- Angiography,
- Animal,
- Animals,
- Anoxia,
- Aorta,
- Apoptosis,
- Arteries,
- Artery,
- Artificial,
- Barium,
- Biological
- Biological,
- Blood
- Brachial
- Bufanolides,
- Calcium
- Calcium,
- Cardiac
- Cardiomegaly,
- Cardiovascular
- Carotid
- Caspases,
- Cations,
- Cell
- Channels,
- Clocks,
- Common,
- Compliance,
- Conductivity,
- Congestive,
- Coronary
- DNA
- Dietary,
- Digoxin,
- Disease
- Disease,
- Diseases,
- Divalent,
- Doppler,
- Dose-Response
- Double-Blind
- Drinking,
- Drosophila
- Drug
- Drug,
- Dyes,
- Eating,
- Echocardiography,
- Elasticity,
- Electric
- End
- Estrogen
- Estrogens,
- Exercise
- Expression,
- Factors,
- Failure,
- Fatty
- Female,
- Femoral
- Flow
- Fluorescent
- Forecasting,
- Fragmentation,
- Gene
- Genome,
- Glycosylation
- Graft
- Heart
- Heart,
- Method,
- Models,
- Occlusion,
- Output,
- Pacing,
- Potentials,
- Pressure,
- Products,
- Rate,
- Relationship,
- Replacement
- Separation,
- Signaling,
- Stimulation,
- Test,
- Therapy,
- Tolerance,
- Velocity,
- Vessels,
- and
- melanogaster,
- over,
80 Acids, Action Adrenergic, Adult, Advanced, Age Aged, Aging, Angiography, Animal, Animals, Anoxia, Aorta, Apoptosis, Arteries, Artery, Artificial, Barium, Biological Biological, Blood Brachial Bufanolides, Calcium Calcium, Cardiac Cardiomegaly, Cardiovascular Carotid Caspases, Cations, Cell Channels, Clocks, Common, Compliance, Conductivity, Congestive, Coronary DNA Dietary, Digoxin, Disease Disease, Diseases, Divalent, Doppler, Dose-Response Double-Blind Drinking, Drosophila Drug Drug, Dyes, Eating, Echocardiography, Elasticity, Electric End Estrogen Estrogens, Exercise Expression, Factors, Failure, Fatty Female, Femoral Flow Fluorescent Forecasting, Fragmentation, Gene Genome, Glycosylation Graft Heart Heart, Method, Models, Occlusion, Output, Pacing, Potentials, Pressure, Products, Rate, Relationship, Replacement Separation, Signaling, Stimulation, Test, Therapy, Tolerance, Velocity, Vessels, and melanogaster, over, - Serge Viatchenko-Karpinski, Dmitry Terentyev, Leigh Ann Jenkins, Lorenz O Lutherer, and Sandor Gy�rke. J. Physiol. 567(Pt 2):493--504 (September 2005)Serge Viatchenko-Karpinski, Dmitry Terentyev, Leigh Ann Jenkins, Lorenz O Lutherer, and Sandor Gy�rke. J. Physiol. 567(Pt 2):493--504 (September 2005)4 years and a month agoby hake1
- 15975978
- Allosteric
- Animals,
- Binding
- Biological,
- Calcium
- Calcium,
- Cardiac
- Cardiac,
- Cardiomyopathies,
- Cell
- Cells,
- Channel
- Channel,
- Channels,
- Chronic
- Comparative
- Cultured,
- Disease,
- Dogs,
- Dose-Response
- Drug,
- Exchanger,
- Extramural,
- Gating,
- Gov't,
- Heart,
- Ion
- L-Type,
- Low,
- Male,
- Membrane,
- Models,
- Muscle
- Mutant
- Myocardium,
- Myocytes,
- N.I.H.,
- Non-U.S.
- Output,
- P.H.S.,
- Proteins,
- Rats,
- Receptor
- Regulation,
- Relationship,
- Release
- Research
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Sites,
- Sodium-Calcium
- Sprague-Dawley,
- Study,
- Support,
- Theor,
- U.S.
- etical,
15975978 Allosteric Animals, Binding Biological, Calcium Calcium, Cardiac Cardiac, Cardiomyopathies, Cell Cells, Channel Channel, Channels, Chronic Comparative Cultured, Disease, Dogs, Dose-Response Drug, Exchanger, Extramural, Gating, Gov't, Heart, Ion L-Type, Low, Male, Membrane, Models, Muscle Mutant Myocardium, Myocytes, N.I.H., Non-U.S. Output, P.H.S., Proteins, Rats, Receptor Regulation, Relationship, Release Research Reticulum, Ryanodine Sarcoplasmic Signaling, Sites, Sodium-Calcium Sprague-Dawley, Study, Support, Theor, U.S. etical, - Serge Viatchenko-Karpinski, Dmitry Terentyev, Inna Gy�rke, Radmila Terentyeva, Pompeo Volpe, Silvia G Priori, Carlo Napolitano, Alessandra Nori, Simon C Williams, and Sandor Gy�rke. Circ. Res. 94(4):471--477 (March 2004)Serge Viatchenko-Karpinski, Dmitry Terentyev, Inna Gy�rke, Radmila Terentyeva, Pompeo Volpe, Silvia G Priori, Carlo Napolitano, Alessandra Nori, Simon C Williams, and Sandor Gy�rke. Circ. Res. 94(4):471--477 (March 2004)4 years and a month agoby hake1
- Acid
- Adenoviridae,
- Amino
- Animals;
- Calcium
- Calsequestrin,
- Cardiac,
- Cardiac;
- Channel
- Channel,
- Death,
- Dogs;
- Fusion
- Gating;
- Genetic
- Humans;
- Ion
- Macromolecular
- Male;
- Missense;
- Mutation,
- Mutation;
- Myocytes,
- Point
- Proteins,
- Rats,
- Rats;
- Receptor
- Recombinant
- Release
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Sprague-Dawley;
- Substances;
- Substitution;
- Sudden,
- Tachycardia,
- Vectors,
- Ventricular,
- genetics/metabolism
- genetics/physiology;
- genetics;
- metabolism;
- physiology;
Acid Adenoviridae, Amino Animals; Calcium Calsequestrin, Cardiac, Cardiac; Channel Channel, Death, Dogs; Fusion Gating; Genetic Humans; Ion Macromolecular Male; Missense; Mutation, Mutation; Myocytes, Point Proteins, Rats, Rats; Receptor Recombinant Release Reticulum, Ryanodine Sarcoplasmic Signaling, Sprague-Dawley; Substances; Substitution; Sudden, Tachycardia, Vectors, Ventricular, genetics/metabolism genetics/physiology; genetics; metabolism; physiology; - Andrew W Trafford, M. E. D�az, S. C. O'Neill, and D. A. Eisner. Front Biosci (April 2002)Andrew W Trafford, M. E. D�az, S. C. O'Neill, and D. A. Eisner. Front Biosci (April 2002)4 years and a month agoby hake1
- 11897570
- ATPase,
- Animals,
- Biological,
- Calcium
- Calcium,
- Channel,
- Channels,
- Congestive,
- Contraction,
- Disease
- Failure,
- Gov't,
- Heart
- Humans,
- L-Type,
- Models,
- Myocardial
- Myocardium,
- Non-U.S.
- Phosphorylation,
- Progression,
- Receptor
- Release
- Research
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Support,
- {C}a$^{2+}$-Transporting
11897570 ATPase, Animals, Biological, Calcium Calcium, Channel, Channels, Congestive, Contraction, Disease Failure, Gov't, Heart Humans, L-Type, Models, Myocardial Myocardium, Non-U.S. Phosphorylation, Progression, Receptor Release Research Reticulum, Ryanodine Sarcoplasmic Signaling, Support, {C}a$^{2+}$-Transporting - Dmitry Terentyev, Steven E Cala, Timothy D Houle, Serge Viatchenko-Karpinski, Inna Gyorke, Radmila Terentyeva, Simon C Williams, and Sandor Gyorke. Circ. Res. 96(6):651--658 (April 2005)Dmitry Terentyev, Steven E Cala, Timothy D Houle, Serge Viatchenko-Karpinski, Inna Gyorke, Radmila Terentyeva, Simon C Williams, and Sandor Gyorke. Circ. Res. 96(6):651--658 (April 2005)4 years and a month agoby hake1
- Adenoviridae,
- Animals;
- Arrhythmias,
- Bilayers;
- Calcium
- Calcium,
- Calcium-Binding
- Cardiac,
- Cardiovascular;
- Carrier
- Channel
- Channel,
- Contraction,
- Dogs;
- Electric
- Expression;
- Function
- Fusion
- Gating,
- Gene
- Genetic
- Ion
- Lipid
- Macromolecular
- Male;
- Membrane
- Microsomes,
- Mixed
- Models,
- Muscle
- Myocardial
- Myocytes,
- Oxygenases,
- Potentials;
- Protein
- Proteins,
- Rats,
- Rats;
- Receptor
- Recombinant
- Release
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Sprague-Dawley;
- Stimulation;
- Structure,
- Substances;
- Tertiary;
- Transduction,
- Vectors,
- biosynthesis/chemistry/genetics/physiology;
- chemistry/physiology;
- genetics/physiopathology;
- genetics;
- metabolism;
- physiology/ultrastructure;
- physiology;
Adenoviridae, Animals; Arrhythmias, Bilayers; Calcium Calcium, Calcium-Binding Cardiac, Cardiovascular; Carrier Channel Channel, Contraction, Dogs; Electric Expression; Function Fusion Gating, Gene Genetic Ion Lipid Macromolecular Male; Membrane Microsomes, Mixed Models, Muscle Myocardial Myocytes, Oxygenases, Potentials; Protein Proteins, Rats, Rats; Receptor Recombinant Release Reticulum, Ryanodine Sarcoplasmic Signaling, Sprague-Dawley; Stimulation; Structure, Substances; Tertiary; Transduction, Vectors, biosynthesis/chemistry/genetics/physiology; chemistry/physiology; genetics/physiopathology; genetics; metabolism; physiology/ultrastructure; physiology; - Peter Szentesi, Christophe Pignier, Marcel Egger, Evangelia G Kranias, and Ernst Niggli. Circ. Res. 95(8):807--813 (October 2004)Peter Szentesi, Christophe Pignier, Marcel Egger, Evangelia G Kranias, and Ernst Niggli. Circ. Res. 95(8):807--813 (October 2004)4 years and a month agoby hake1
- 15388639
- ATPase,
- Acetic
- Acids,
- Animals,
- Caffeine,
- Calcium
- Calcium,
- Calcium-Binding
- Cardiac,
- Channel
- Channel,
- Contraction,
- Ethylenediamines,
- Exchanger,
- Gating,
- Gov't,
- Guinea
- Indoles,
- Ion
- Isoproterenol,
- Knockout,
- Mice,
- Myocardial
- Myocardium,
- Myocytes,
- Non-P.H.S.,
- Non-U.S.
- P.H.S.,
- Patch-Clamp
- Photolysis,
- Pigs,
- Proteins,
- Rays,
- Receptor
- Release
- Research
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Signaling,
- Sodium-Calcium
- Support,
- Techniques,
- U.S.
- Ultraviolet
- {C}a$^{2+}$-Transporting
15388639 ATPase, Acetic Acids, Animals, Caffeine, Calcium Calcium, Calcium-Binding Cardiac, Channel Channel, Contraction, Ethylenediamines, Exchanger, Gating, Gov't, Guinea Indoles, Ion Isoproterenol, Knockout, Mice, Myocardial Myocardium, Myocytes, Non-P.H.S., Non-U.S. P.H.S., Patch-Clamp Photolysis, Pigs, Proteins, Rays, Receptor Release Research Reticulum, Ryanodine Sarcoplasmic Signaling, Sodium-Calcium Support, Techniques, U.S. Ultraviolet {C}a$^{2+}$-Transporting - The sodium pump modulates the influence of INa on Ca$^2+$i transients in mouse ventricular myocytes.Z. Su, K. Sugishita, M. Ritter, F. Li, K. W. Spitzer, and W. H. Barry. Biophys. J. 80(3):1230--1237 (March 2001)Z. Su, K. Sugishita, M. Ritter, F. Li, K. W. Spitzer, and W. H. Barry. Biophys. J. 80(3):1230--1237 (March 2001)4 years and a month agoby hake1
- ,
- 11222287
- ATPase,
- Animal,
- Animals,
- Arginine,
- BALB
- Barium
- Body
- C,
- C3H,
- Calcium
- Calcium,
- Cardiomyopathy,
- Cell
- Cells,
- Channels,
- Chlorides,
- Compounds,
- Contraction,
- Cultured,
- Cyclic
- Cytoskeleton,
- Diacetyl,
- Dilated,
- Disease
- Dyes,
- Enzyme
- Exchanger,
- Fluorescent
- GMP,
- Gov't,
- Graft
- Heart
- Heart,
- Homeostasis,
- Homologous,
- Inbred
- Inhibitors,
- Isoproterenol,
- Knockout,
- L-Type,
- Membrane
- Mice,
- Microfilaments,
- Models,
- Muscle
- Myocardial
- Myocardium,
- Nitric-Oxide
- Non-U.S.
- Organ
- P.H.S.,
- Patch-Clamp
- Permeability,
- Potassium,
- Potentials,
- Proteins,
- Rejection,
- Resea,
- Research
- Reticulum,
- Sarcolemma,
- Sarcoplasmic
- Separation,
- Signaling,
- Size,
- Sodium,
- Sodium-Calcium
- Support,
- Synthase,
- Techniques,
- Tetrodotoxin,
- Thiourea,
- Transplantation,
- U.S.
- Ventricles,
- Weight,
- rch
- {N}a$^{+}$-{K}$^{+}$-Exchanging
, 11222287 ATPase, Animal, Animals, Arginine, BALB Barium Body C, C3H, Calcium Calcium, Cardiomyopathy, Cell Cells, Channels, Chlorides, Compounds, Contraction, Cultured, Cyclic Cytoskeleton, Diacetyl, Dilated, Disease Dyes, Enzyme Exchanger, Fluorescent GMP, Gov't, Graft Heart Heart, Homeostasis, Homologous, Inbred Inhibitors, Isoproterenol, Knockout, L-Type, Membrane Mice, Microfilaments, Models, Muscle Myocardial Myocardium, Nitric-Oxide Non-U.S. Organ P.H.S., Patch-Clamp Permeability, Potassium, Potentials, Proteins, Rejection, Resea, Research Reticulum, Sarcolemma, Sarcoplasmic Separation, Signaling, Size, Sodium, Sodium-Calcium Support, Synthase, Techniques, Tetrodotoxin, Thiourea, Transplantation, U.S. Ventricles, Weight, rch {N}a$^{+}$-{K}$^{+}$-Exchanging - M. D. Stern. J. Gen. Physiol. 112(3):259--262 (September 1998)M. D. Stern. J. Gen. Physiol. 112(3):259--262 (September 1998)4 years and a month agoby hake1
- 9725889
- Acid,
- Agents,
- Agonists,
- Algorithms,
- Analysis,
- Animal
- Animals,
- Anoxia,
- Biological,
- Blockers,
- Bone
- Bones,
- Calcium
- Calcium,
- Cattle,
- Cell
- Cells,
- Channel
- Channel,
- Channels,
- Chelating
- Clonazepam,
- Confocal,
- Cultured,
- Cytosol,
- Dietary
- Dyes,
- Dynamics,
- Egtazic
- Electric
- Electrophysiology,
- Exchanger,
- Feed,
- Feedback,
- Female,
- Fluorescence,
- Fluorescent
- Gov't,
- Heart,
- In
- Indoles,
- Kinetics,
- Linear
- Male,
- Meat,
- Membrane
- Microscopy,
- Minerals,
- Mitochondria,
- Models,
- Myocardium,
- Non-U.S.
- Nonlinear
- Oxygen,
- P.H.S.,
- Patch-Clamp
- Potentials,
- Proteins,
- Pyrroles,
- Rats,
- Receptor
- Red,
- Regression
- Release
- Research
- Reticulum,
- Rumen,
- Ruthenium
- Ryanodine
- Sarcoplasmic
- Signaling,
- Size,
- Sodium-Calcium
- Soybeans,
- Sprague-Dawley,
- Stimulation,
- Support,
- Techniques,
- U.S.
- Vitro,
- Wistar,
- and
9725889 Acid, Agents, Agonists, Algorithms, Analysis, Animal Animals, Anoxia, Biological, Blockers, Bone Bones, Calcium Calcium, Cattle, Cell Cells, Channel Channel, Channels, Chelating Clonazepam, Confocal, Cultured, Cytosol, Dietary Dyes, Dynamics, Egtazic Electric Electrophysiology, Exchanger, Feed, Feedback, Female, Fluorescence, Fluorescent Gov't, Heart, In Indoles, Kinetics, Linear Male, Meat, Membrane Microscopy, Minerals, Mitochondria, Models, Myocardium, Non-U.S. Nonlinear Oxygen, P.H.S., Patch-Clamp Potentials, Proteins, Pyrroles, Rats, Receptor Red, Regression Release Research Reticulum, Rumen, Ruthenium Ryanodine Sarcoplasmic Signaling, Size, Sodium-Calcium Soybeans, Sprague-Dawley, Stimulation, Support, Techniques, U.S. Vitro, Wistar, and - L. S. Song, S. Q. Wang, R. P. Xiao, H. Spurgeon, E. G. Lakatta, and H. Cheng. Circ. Res. 88(8):794--801 (April 2001)L. S. Song, S. Q. Wang, R. P. Xiao, H. Spurgeon, E. G. Lakatta, and H. Cheng. Circ. Res. 88(8):794--801 (April 2001)4 years and a month agoby hake1
- 11325871
- Action
- Adrenergic,
- Agents,
- Aggregation,
- Agonists,
- Aniline
- Animals,
- C,
- Calcium
- Calcium,
- Cell
- Cells,
- Channel,
- Channels,
- Chloride,
- Compounds,
- Contraction,
- Cross-Talk,
- Cultured,
- Cytoplasmic
- Dose-Response
- Drug,
- Dyes,
- Enzyme
- Fluid,
- Fluorescent
- Gov't,
- Immunohistochemistry,
- Inhibitors,
- Intracellular
- L-Type,
- Methacholine
- Musca,
- Muscarinic,
- Myocardial
- Myocardium,
- Non-U.S.
- Norepinephrine,
- Nuclear,
- Oligodendroglia,
- Oxazoles,
- P.H.S.,
- P1,
- Patch-Clamp
- Phospholipase
- Potentials,
- Purinergic
- Rats,
- Reaction
- Receptor
- Receptors,
- Relationship,
- Release
- Research
- Reticulum,
- Ryanodine
- Sarcoplasmic
- Separation,
- Signaling,
- Sprague-Dawley,
- Stem
- Support,
- Techniques,
- Theobromine,
- Time,
- U.S.
- Vasoconstrictor
- Xanthenes,
- alpha-1,
- and
- beta,
- rinic
11325871 Action Adrenergic, Agents, Aggregation, Agonists, Aniline Animals, C, Calcium Calcium, Cell Cells, Channel, Channels, Chloride, Compounds, Contraction, Cross-Talk, Cultured, Cytoplasmic Dose-Response Drug, Dyes, Enzyme Fluid, Fluorescent Gov't, Immunohistochemistry, Inhibitors, Intracellular L-Type, Methacholine Musca, Muscarinic, Myocardial Myocardium, Non-U.S. Norepinephrine, Nuclear, Oligodendroglia, Oxazoles, P.H.S., P1, Patch-Clamp Phospholipase Potentials, Purinergic Rats, Reaction Receptor Receptors, Relationship, Release Research Reticulum, Ryanodine Sarcoplasmic Separation, Signaling, Sprague-Dawley, Stem Support, Techniques, Theobromine, Time, U.S. Vasoconstrictor Xanthenes, alpha-1, and beta, rinic - L. S. Song, M. D. Stern, E. G. Lakatta, and H. Cheng. J. Physiol. (December 1997)L. S. Song, M. D. Stern, E. G. Lakatta, and H. Cheng. J. Physiol. (December 1997)4 years and a month agoby hake1
- ATPase,
- Acid,
- Adamantane,
- Agents,
- Agonists,
- Algorithms,
- Analysis,
- Aniline
- Animal
- Animals,
- Anisotropy,
- Anoxia,
- Biological,
- Biophysics,
- Blockers,
- Bone
- Bones,
- Calcium
- Calcium,
- Cardiovascular,
- Cattle,
- Cell
- Cells,
- Channel
- Channel,
- Channels,
- Chelating
- Clonazepam,
- Compounds,
- Confocal,
- Contraction,
- Cultured,
- Cytosol,
- Dietary
- Dyes,
- Dynamics,
- Egtazic
- Electric
- Electrophysiology,
- Enzyme
- Exchanger,
- Feed,
- Feedback,
- Female,
- Fluorescence,
- Fluorescent
- Gov't,
- Heart
- Heart,
- In
- Indoles,
- Inhibitors,
- Ion
- Kinetics,
- Linear
- Male,
- Meat,
- Membrane
- Microscopy,
- Minerals,
- Mitochondria,
- Models,
- Myocardial
- Myocardium,
- Non-U.S.
- Nonlinear
- Oxygen,
- P.H.S.,
- Patch-Clamp
- Potentials,
- Proteins,
- Pyrroles,
- Rats,
- Receptor
- Red,
- Regression
- Release
- Research
- Reticulum,
- Rumen,
- Ruthenium
- Ryanodine
- Sarcoplasmic
- Signal
- Signaling,
- Size,
- Sodium-Calcium
- Soybeans,
- Sprague-Dawley,
- Stimulation,
- Support,
- Techniques,
- Thapsigargin,
- Transduction,
- Transport,
- U.S.
- Ventricles,
- Vitro,
- Wistar,
- and
- {C}a$^{2+}$-Transporting
ATPase, Acid, Adamantane, Agents, Agonists, Algorithms, Analysis, Aniline Animal Animals, Anisotropy, Anoxia, Biological, Biophysics, Blockers, Bone Bones, Calcium Calcium, Cardiovascular, Cattle, Cell Cells, Channel Channel, Channels, Chelating Clonazepam, Compounds, Confocal, Contraction, Cultured, Cytosol, Dietary Dyes, Dynamics, Egtazic Electric Electrophysiology, Enzyme Exchanger, Feed, Feedback, Female, Fluorescence, Fluorescent Gov't, Heart Heart, In Indoles, Inhibitors, Ion Kinetics, Linear Male, Meat, Membrane Microscopy, Minerals, Mitochondria, Models, Myocardial Myocardium, Non-U.S. Nonlinear Oxygen, P.H.S., Patch-Clamp Potentials, Proteins, Pyrroles, Rats, Receptor Red, Regression Release Research Reticulum, Rumen, Ruthenium Ryanodine Sarcoplasmic Signal Signaling, Size, Sodium-Calcium Soybeans, Sprague-Dawley, Stimulation, Support, Techniques, Thapsigargin, Transduction, Transport, U.S. Ventricles, Vitro, Wistar, and {C}a$^{2+}$-Transporting - L. S. Song, J. S. Sham, M. D. Stern, E. G. Lakatta, and H. Cheng. J. Physiol. (November 1998)L. S. Song, J. S. Sham, M. D. Stern, E. G. Lakatta, and H. Cheng. J. Physiol. (November 1998)4 years and a month agoby hake1
- 9769413
- Acid,
- Agents,
- Agonists,
- Algorithms,
- Analysis,
- Animal
- Animals,
- Anoxia,
- Biological,
- Blockers,
- Bone
- Bones,
- Calcium
- Calcium,
- Cattle,
- Cell
- Cells,
- Channel
- Channel,
- Channels,
- Chelating
- Clonazepam,
- Confocal,
- Cultured,
- Cytosol,
- Dietary
- Dyes,
- Dynamics,
- Egtazic
- Electric
- Electrophysiology,
- Exchanger,
- Feed,
- Female,
- Fluorescence,
- Fluorescent
- Gov't,
- Heart,
- In
- Indoles,
- Kinetics,
- Linear
- Male,
- Meat,
- Membrane
- Microscopy,
- Minerals,
- Mitochondria,
- Models,
- Myocardium,
- Non-U.S.
- Nonlinear
- Oxygen,
- P.H.S.,
- Patch-Clamp
- Potentials,
- Proteins,
- Pyrroles,
- Rats,
- Receptor
- Red,
- Regression
- Release
- Research
- Reticulum,
- Rumen,
- Ruthenium
- Ryanodine
- Sarcoplasmic
- Signaling,
- Size,
- Sodium-Calcium
- Soybeans,
- Sprague-Dawley,
- Stimulation,
- Support,
- Techniques,
- U.S.
- Vitro,
- Wistar,
- and
9769413 Acid, Agents, Agonists, Algorithms, Analysis, Animal Animals, Anoxia, Biological, Blockers, Bone Bones, Calcium Calcium, Cattle, Cell Cells, Channel Channel, Channels, Chelating Clonazepam, Confocal, Cultured, Cytosol, Dietary Dyes, Dynamics, Egtazic Electric Electrophysiology, Exchanger, Feed, Female, Fluorescence, Fluorescent Gov't, Heart, In Indoles, Kinetics, Linear Male, Meat, Membrane Microscopy, Minerals, Mitochondria, Models, Myocardium, Non-U.S. Nonlinear Oxygen, P.H.S., Patch-Clamp Potentials, Proteins, Pyrroles, Rats, Receptor Red, Regression Release Research Reticulum, Rumen, Ruthenium Ryanodine Sarcoplasmic Signaling, Size, Sodium-Calcium Soybeans, Sprague-Dawley, Stimulation, Support, Techniques, U.S. Vitro, Wistar, and - C. Soeller, and M. B. Cannell. Circ. Res. 84(3):266-75 (February 1999)C. Soeller, and M. B. Cannell. Circ. Res. 84(3):266-75 (February 1999)4 years and a month agoby hake1
- Acetic
- Acid
- Acid,
- Acids,
- Action
- Activation,
- Adaptation,
- Adenosine
- Adhesion,
- Adhesions,
- Agents,
- Algorithms,
- Allergens,
- Allergic,
- Alternative
- Amino
- Aniline
- Animals,
- Antibodies,
- Antibody
- Antigens,
- Antipain,
- Auditory
- Biological
- Biological,
- Biosensing
- Bronchi,
- Butyric
- Cadherins,
- Calcium
- Calcium,
- Cardiac,
- Cardiovascular,
- Carrier
- Cell
- Cells,
- Channels,
- Cheese,
- Chelating
- Cilia,
- Cochlea,
- Communication,
- Comparative
- Compartmentation,
- Compounds,
- Computer
- Computer-Assisted,
- Conductivity,
- Confocal,
- Connexins,
- Crystalline,
- Crystallins,
- Culture
- Cultured,
- Cysteine
- Dermatophagoides,
- Desmosomes,
- Diagnostic
- Differentiation,
- Diffusion,
- Dogs,
- Dyes,
- Electric
- Electrochemistry,
- Electrophysiology,
- Endopeptidases,
- Enzyme
- Epithelial
- Epithelium,
- Epitopes,
- Ethylenediamines,
- Feasibility
- Feces,
- Feedback,
- Female,
- Fluorescein,
- Fluorescein-5-isothiocyanate,
- Fluorescence,
- Fluorescent
- Focal
- Imaging,
- Impedance,
- Inhibitors,
- Line,
- Membrane
- Membrane,
- Perception,
- Permeability,
- Potentials,
- Proteins,
- Sequence,
- Signaling,
- Simulation,
- Splicing,
- Stimulation,
- Studies,
- Study,
- Technique,
- Techniques,
- Transport,
- Triphosphate,
Acetic Acid Acid, Acids, Action Activation, Adaptation, Adenosine Adhesion, Adhesions, Agents, Algorithms, Allergens, Allergic, Alternative Amino Aniline Animals, Antibodies, Antibody Antigens, Antipain, Auditory Biological Biological, Biosensing Bronchi, Butyric Cadherins, Calcium Calcium, Cardiac, Cardiovascular, Carrier Cell Cells, Channels, Cheese, Chelating Cilia, Cochlea, Communication, Comparative Compartmentation, Compounds, Computer Computer-Assisted, Conductivity, Confocal, Connexins, Crystalline, Crystallins, Culture Cultured, Cysteine Dermatophagoides, Desmosomes, Diagnostic Differentiation, Diffusion, Dogs, Dyes, Electric Electrochemistry, Electrophysiology, Endopeptidases, Enzyme Epithelial Epithelium, Epitopes, Ethylenediamines, Feasibility Feces, Feedback, Female, Fluorescein, Fluorescein-5-isothiocyanate, Fluorescence, Fluorescent Focal Imaging, Impedance, Inhibitors, Line, Membrane Membrane, Perception, Permeability, Potentials, Proteins, Sequence, Signaling, Simulation, Splicing, Stimulation, Studies, Study, Technique, Techniques, Transport, Triphosphate, - Christian Soeller, and Mark B Cannell. Biophys. J. 82(5):2396-414 (May 2002)Christian Soeller, and Mark B Cannell. Biophys. J. 82(5):2396-414 (May 2002)4 years and a month agoby hake1
- Acid,
- Action
- Adaptation,
- Algorithms,
- Analysis,
- Animals,
- Antibodies,
- Array
- Bilayers,
- Biological,
- Biosensing
- Butyric
- C57BL,
- Calcium
- Calcium,
- Cardiac,
- Cardiovascular,
- Carrier
- Cell
- Cells,
- Channel
- Channels,
- Communication,
- Comparative
- Computer
- Computer-Assisted,
- Conductivity,
- Confocal,
- Connexins,
- Contraction,
- Crystalline,
- Crystallins,
- Culture
- Cultured,
- Diagnostic
- Differentiation,
- Diffusion,
- Dyes,
- Electric
- Electrochemistry,
- Electrophysiology,
- Enhancement,
- Epithelial
- Epitopes,
- Feasibility
- Feedback,
- Fluorescein,
- Fluorescein-5-isothiocyanate,
- Fluorescence,
- Fluorescent
- Gap
- Gating,
- Gov't,
- Heart,
- Humans,
- Hybridization,
- I,
- Image
- Imaging,
- In
- Inbred
- Ion
- Ions,
- Junctions,
- Kinetics,
- L-Type,
- Lasers,
- Lens,
- Lipid
- Membrane
- Membrane,
- Mice,
- Microscopy,
- Models,
- Multiphoto,
- Multiphoton,
- Muscle
- Muscles,
- Myocardial
- Myocardium,
- Myocytes,
- Non-P.H.S.,
- Non-U.S.
- Oligonucleotide
- Oligonucleotides,
- Oocytes,
- P.H.S.,
- Photolysis,
- Photons,
- Physiological,
- Potentials,
- Processing,
- Propidium,
- Proteins,
- Sequence
- Signaling,
- Simulation,
- Situ
- Studies,
- Study,
- Techniques,
Acid, Action Adaptation, Algorithms, Analysis, Animals, Antibodies, Array Bilayers, Biological, Biosensing Butyric C57BL, Calcium Calcium, Cardiac, Cardiovascular, Carrier Cell Cells, Channel Channels, Communication, Comparative Computer Computer-Assisted, Conductivity, Confocal, Connexins, Contraction, Crystalline, Crystallins, Culture Cultured, Diagnostic Differentiation, Diffusion, Dyes, Electric Electrochemistry, Electrophysiology, Enhancement, Epithelial Epitopes, Feasibility Feedback, Fluorescein, Fluorescein-5-isothiocyanate, Fluorescence, Fluorescent Gap Gating, Gov't, Heart, Humans, Hybridization, I, Image Imaging, In Inbred Ion Ions, Junctions, Kinetics, L-Type, Lasers, Lens, Lipid Membrane Membrane, Mice, Microscopy, Models, Multiphoto, Multiphoton, Muscle Muscles, Myocardial Myocardium, Myocytes, Non-P.H.S., Non-U.S. Oligonucleotide Oligonucleotides, Oocytes, P.H.S., Photolysis, Photons, Physiological, Potentials, Processing, Propidium, Proteins, Sequence Signaling, Simulation, Situ Studies, Study, Techniques,