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publications (158)
- browse
- Myocytes, as tag from all users
- related tags
- concepts
- tags
- Animals,
- Research
- 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,
- Patch-Clamp
- Muscle
- Sodium,
- Sodium-Calcium
- Electric
- Gating,
- metabolism;
- Kinetics,
- Exchanger,
- Techniques,
- No matching items.
- Imaging Ca$^2+$ entering the cytoplasm through a single opening of a plasma membrane cation channel.H. Zou, L. M. Lifshitz, R. A. Tuft, K. E. Fogarty, and J. J. Singer. J. Gen. Physiol. 114(4):575--588 (October 1999)H. Zou, L. M. Lifshitz, R. A. Tuft, K. E. Fogarty, and J. J. Singer. J. Gen. Physiol. 114(4):575--588 (October 1999)4 years agoby hake1
- 10498675
- Agonists,
- Aniline
- Animals,
- Bufo
- Caffeine,
- Calcium
- Calcium,
- Cations,
- Cell
- Central
- Channel
- Channels,
- Compounds,
- Computer
- Computer-Assisted,
- Conductivity,
- Cytoplasm,
- Cytosol,
- Dyes,
- Electric
- Electrophysiology,
- Factors,
- Fluorescence,
- Fluorescent
- Gating,
- Gov't,
- Image
- In
- Ion
- Membr,
- Membrane,
- Microscopy,
- Muscle,
- Myocytes,
- Nervous
- Non-P.H.S.,
- P.H.S.,
- Patch-Clamp
- Processing,
- Resear,
- Research
- Simulation,
- Smooth
- Smooth,
- Spectrometry,
- Stimulants,
- Support,
- System
- Techniques,
- Time
- U.S.
- Vitro,
- Xanthenes,
- ane,
- ch
- marinus,
10498675 Agonists, Aniline Animals, Bufo Caffeine, Calcium Calcium, Cations, Cell Central Channel Channels, Compounds, Computer Computer-Assisted, Conductivity, Cytoplasm, Cytosol, Dyes, Electric Electrophysiology, Factors, Fluorescence, Fluorescent Gating, Gov't, Image In Ion Membr, Membrane, Microscopy, Muscle, Myocytes, Nervous Non-P.H.S., P.H.S., Patch-Clamp Processing, Resear, Research Simulation, Smooth Smooth, Spectrometry, Stimulants, Support, System Techniques, Time U.S. Vitro, Xanthenes, ane, ch marinus, - Hui Zou, Lawrence M Lifshitz, Richard A Tuft, Kevin E Fogarty, and Joshua J Singer. Proc. Natl. Acad. Sci. U. S. A. 99(9):6404--6409 (April 2002)Hui Zou, Lawrence M Lifshitz, Richard A Tuft, Kevin E Fogarty, and Joshua J Singer. Proc. Natl. Acad. Sci. U. S. A. 99(9):6404--6409 (April 2002)4 years agoby hake1
- 11983921
- Aniline
- Animals,
- Bufo
- Caffeine,
- Calcium
- Calcium,
- Cations,
- Cell
- Channel
- Channels,
- Compounds,
- Conductivity,
- Cytosol,
- Dyes,
- Electric
- Electrophysiology,
- Factors,
- Fluorescence,
- Fluorescent
- Gating,
- Gov't,
- In
- Ion
- Membr,
- Microscopy,
- Muscle,
- Myocytes,
- P.H.S.,
- Patch-Clamp
- Research
- Smooth
- Smooth,
- Spectrometry,
- Support,
- Techniques,
- Time
- U.S.
- Vitro,
- Xanthenes,
- ane,
- marinus,
11983921 Aniline Animals, Bufo Caffeine, Calcium Calcium, Cations, Cell Channel Channels, Compounds, Conductivity, Cytosol, Dyes, Electric Electrophysiology, Factors, Fluorescence, Fluorescent Gating, Gov't, In Ion Membr, Microscopy, Muscle, Myocytes, P.H.S., Patch-Clamp Research Smooth Smooth, Spectrometry, Support, Techniques, Time U.S. Vitro, Xanthenes, ane, marinus, - Hui Zou, Lawrence M Lifshitz, Richard A Tuft, Kevin E Fogarty, and Joshua J Singer. Cell Calcium 35(6):523--533 (June 2004)Hui Zou, Lawrence M Lifshitz, Richard A Tuft, Kevin E Fogarty, and Joshua J Singer. Cell Calcium 35(6):523--533 (June 2004)4 years agoby hake1
- 15110142
- Aniline
- Animals,
- Bufo
- Caffeine,
- Calcium
- Calcium,
- Cell
- Channel
- Channels,
- Compounds,
- Conductivity,
- Cytosol,
- Dyes,
- Electric
- Fluorescence,
- Fluorescent
- Gating,
- Gov't,
- In
- Ion
- Membr,
- Microscopy,
- Muscle,
- Myocytes,
- P.H.S.,
- Patch-Clamp
- Research
- Smooth
- Support,
- Techniques,
- U.S.
- Vitro,
- Xanthenes,
- ane,
- marinus,
15110142 Aniline Animals, Bufo Caffeine, Calcium Calcium, Cell Channel Channels, Compounds, Conductivity, Cytosol, Dyes, Electric Fluorescence, Fluorescent Gating, Gov't, In Ion Membr, Microscopy, Muscle, Myocytes, P.H.S., Patch-Clamp Research Smooth Support, Techniques, U.S. Vitro, Xanthenes, ane, marinus, - Hui Zou, Lawrence M Lifshitz, Richard A Tuft, Kevin E Fogarty, and Joshua J Singer. J. Gen. Physiol. 124(3):259--272 (September 2004)Hui Zou, Lawrence M Lifshitz, Richard A Tuft, Kevin E Fogarty, and Joshua J Singer. J. Gen. Physiol. 124(3):259--272 (September 2004)4 years agoby hake1
- Carsten Zobel, Hee Cheol Cho, The-Tin Nguyen, Roman Pekhletski, Roberto J Diaz, Gregory J Wilson, and Peter H Backx. J. Physiol. 550(Pt 2):365--372 (July 2003)Carsten Zobel, Hee Cheol Cho, The-Tin Nguyen, Roman Pekhletski, Roberto J Diaz, Gregory J Wilson, and Peter H Backx. J. Physiol. 550(Pt 2):365--372 (July 2003)4 years agoby hake1
- ,
- 12794173
- Adenoviridae,
- Animals,
- Cardiac,
- Cell
- Channels,
- Electric
- Electrophysiology,
- Gov't,
- Heart
- Heterozygote,
- Immunoblotting,
- Inwardly
- Line,
- Membrane
- Mutagenesis,
- Mutation,
- Myocytes,
- Non-U.S.
- Patch-Clamp
- Pota,
- Potentials,
- Rabbits,
- Rectifying,
- Research
- Site-Directed,
- Stimulation,
- Support,
- Techniques,
- Ventricles,
- ssium
, 12794173 Adenoviridae, Animals, Cardiac, Cell Channels, Electric Electrophysiology, Gov't, Heart Heterozygote, Immunoblotting, Inwardly Line, Membrane Mutagenesis, Mutation, Myocytes, Non-U.S. Patch-Clamp Pota, Potentials, Rabbits, Rectifying, Research Site-Directed, Stimulation, Support, Techniques, Ventricles, ssium - 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 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 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, - Alexandra Zahradn�kov�, Eva Pol�kov�, Ivan Zahradn�k, and Alexandra Zahradn�kov�. J. Physiol. 578(Pt 3):677--691 (February 2007)Alexandra Zahradn�kov�, Eva Pol�kov�, Ivan Zahradn�k, and Alexandra Zahradn�kov�. J. Physiol. 578(Pt 3):677--691 (February 2007)4 years agoby hake1
- Alexandra Zahradn�kov�, Zuzana Kubalov�, Jana Pavelkov�, S�ndor Gy�rke, and Ivan Zahradn�k. Am. J. Physiol. Cell Physiol. 286(2):C330--C341 (February 2004)Alexandra Zahradn�kov�, Zuzana Kubalov�, Jana Pavelkov�, S�ndor Gy�rke, and Ivan Zahradn�k. Am. J. Physiol. Cell Physiol. 286(2):C330--C341 (February 2004)4 years agoby hake1
- A. Zahradn�kov�, M. Dura, I. Gy�rke, A. L. Escobar, I. Zahradn�k, and S. Gy�rke. Am. J. Physiol. Cell Physiol. 285(5):C1059--C1070 (November 2003)A. Zahradn�kov�, M. Dura, I. Gy�rke, A. L. Escobar, I. Zahradn�k, and S. Gy�rke. Am. J. Physiol. Cell Physiol. 285(5):C1059--C1070 (November 2003)4 years agoby hake1
- 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 agoby hake1
- Yanfang Xu, Zhao Zhang, Valeriy Timofeyev, Dipika Sharma, Danyan Xu, Dipika Tuteja, Pei Hong Dong, Gias Uddin Ahmmed, Yong Ji, Gary E Shull, Muthu Periasamy, and Nipavan Chiamvimonvat. J. Physiol. 562(Pt 3):745--758 (February 2005)Yanfang Xu, Zhao Zhang, Valeriy Timofeyev, Dipika Sharma, Danyan Xu, Dipika Tuteja, Pei Hong Dong, Gias Uddin Ahmmed, Yong Ji, Gary E Shull, Muthu Periasamy, and Nipavan Chiamvimonvat. J. Physiol. 562(Pt 3):745--758 (February 2005)4 years agoby hake1
- ,
- 15564282
- ATPase,
- Acid
- Action
- Activation,
- Amino
- Animals,
- Atria,
- Calcium,
- Calcium-Activated,
- Cardiac,
- Cells,
- Channel
- Channels,
- Comparative
- Cultured,
- Data,
- Electrocardiography,
- Enzyme
- Enzymologic,
- Expression
- Extramural,
- Fluid,
- Gating,
- Gene
- Gov't,
- Heart
- Intracellular
- Ion
- Male,
- Mice,
- Molecular
- Muscle
- Myocytes,
- N.I.H.,
- Non-P.H.S.,
- Non-U.S.
- P.H.S.,
- Potassium
- Potentials,
- Proteins,
- Recombinant
- Regulation,
- Research
- Sequence
- Sequence,
- Study,
- Support,
- Transgenic,
- U.S.
- Ventricles,
- {C}a$^{2+}$-Transporting
, 15564282 ATPase, Acid Action Activation, Amino Animals, Atria, Calcium, Calcium-Activated, Cardiac, Cells, Channel Channels, Comparative Cultured, Data, Electrocardiography, Enzyme Enzymologic, Expression Extramural, Fluid, Gating, Gene Gov't, Heart Intracellular Ion Male, Mice, Molecular Muscle Myocytes, N.I.H., Non-P.H.S., Non-U.S. P.H.S., Potassium Potentials, Proteins, Recombinant Regulation, Research Sequence Sequence, Study, Support, Transgenic, U.S. Ventricles, {C}a$^{2+}$-Transporting - 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 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 - Raimond L Winslow, and Joseph L Greenstein. Circ. Res. 95(12):1135--1136 (December 2004)Raimond L Winslow, and Joseph L Greenstein. Circ. Res. 95(12):1135--1136 (December 2004)4 years agoby hake1
- 15528464
- AMP-Dependent
- Acid
- Action
- Adaptor
- Adrenergic,
- Amino
- Animals,
- Biological,
- Calcium
- Cardiac,
- Cardiovascular,
- Cells,
- Channels,
- Complexes,
- Computer
- Conduction
- Cyclic
- Expression
- Extramural,
- Gene
- Gov't,
- Heart
- Humans,
- Interaction
- Kinases,
- L-Type,
- Long
- Mapping,
- Models,
- Multiprotein
- Muscle
- Myocardium,
- Myocytes,
- N.I.H.,
- Non-U.S.
- P.H.S.,
- Phosphatase,
- Phosphoprotein
- Post-Translational,
- Potassium
- Potentials,
- Processing,
- Profiling,
- Protein
- Proteins,
- Proteome,
- Proteomics,
- QT
- Receptors,
- Regulation,
- Relationship,
- Research
- Signal
- Simulation,
- Structure-Activity
- Substitution,
- Support,
- Syndrome,
- System,
- Transducing,
- Transduction,
- U.S.
- Voltage-Gated,
- beta-1,
15528464 AMP-Dependent Acid Action Adaptor Adrenergic, Amino Animals, Biological, Calcium Cardiac, Cardiovascular, Cells, Channels, Complexes, Computer Conduction Cyclic Expression Extramural, Gene Gov't, Heart Humans, Interaction Kinases, L-Type, Long Mapping, Models, Multiprotein Muscle Myocardium, Myocytes, N.I.H., Non-U.S. P.H.S., Phosphatase, Phosphoprotein Post-Translational, Potassium Potentials, Processing, Profiling, Protein Proteins, Proteome, Proteomics, QT Receptors, Regulation, Relationship, Research Signal Simulation, Structure-Activity Substitution, Support, Syndrome, System, Transducing, Transduction, U.S. Voltage-Gated, beta-1, - George S B Williams, Marco A Huertas, Eric A Sobie, M. Saleet Jafri, and Gregory D Smith. Biophys. J. 92(7):2311--2328 (April 2007)George S B Williams, Marco A Huertas, Eric A Sobie, M. Saleet Jafri, and Gregory D Smith. Biophys. J. 92(7):2311--2328 (April 2007)4 years agoby hake1
- Withrow Gil Wier. Circ. Res. 101(6):533--535 (September 2007)Withrow Gil Wier. Circ. Res. 101(6):533--535 (September 2007)4 years agoby hake1
- Shao kui Wei, Abdul Ruknudin, Stephen U Hanlon, John M McCurley, Dan H Schulze, and Mark C P Haigney. Circ. Res. 92(8):897-903 (May 2003)Shao kui Wei, Abdul Ruknudin, Stephen U Hanlon, John M McCurley, Dan H Schulze, and Mark C P Haigney. Circ. Res. 92(8):897-903 (May 2003)4 years agoby hake1
- 12676818
- 8-Bromo
- AMP-Dependent
- Acid,
- Adenosine
- Adrenergic
- Adrenergic,
- Animals,
- Cardiac,
- Cells,
- Congestive,
- Cultured,
- Cyclic
- Exchanger,
- Failure,
- Female,
- Forskolin,
- Gov't,
- Heart
- Isoproterenol,
- Kinases,
- Male,
- Membrane
- Monophosphate,
- Myocardium,
- Myocytes,
- Non-U.S.
- Okadaic
- P.H.S.,
- Phosphatase,
- Phosphoprotein
- Phosphorylation,
- Potentials,
- Protein
- Receptors,
- Research
- Sarcolemma,
- Sodium-Calcium
- Support,
- Swine,
- U.S.
- beta,
- beta-Agonists,
12676818 8-Bromo AMP-Dependent Acid, Adenosine Adrenergic Adrenergic, Animals, Cardiac, Cells, Congestive, Cultured, Cyclic Exchanger, Failure, Female, Forskolin, Gov't, Heart Isoproterenol, Kinases, Male, Membrane Monophosphate, Myocardium, Myocytes, Non-U.S. Okadaic P.H.S., Phosphatase, Phosphoprotein Phosphorylation, Potentials, Protein Receptors, Research Sarcolemma, Sodium-Calcium Support, Swine, U.S. beta, beta-Agonists, - Christopher R Weber, Valentino Piacentino, Steven R Houser, and Donald M Bers. Circulation 108(18):2224--2229 (November 2003)Christopher R Weber, Valentino Piacentino, Steven R Houser, and Donald M Bers. Circulation 108(18):2224--2229 (November 2003)4 years 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 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 - Christopher R Weber, Kenneth S Ginsburg, and Donald M Bers. Circ. Res. 92(9):950--952 (May 2003)Christopher R Weber, Kenneth S Ginsburg, and Donald M Bers. Circ. Res. 92(9):950--952 (May 2003)4 years agoby hake1
- 12702644
- Action
- Allosteric
- Animals,
- Calcium,
- Cardiac,
- Cell
- Cells,
- Conductivity,
- Congestive,
- Contraction,
- Cultured,
- Electric
- Electrophysiology,
- Exchanger,
- Failure,
- Gov't,
- Heart
- Humans,
- Ion
- Ions,
- Kinetics,
- Membrane,
- Myocardial
- Myocytes,
- Non-U.S.
- P.H.S.,
- Patch-Clamp
- Potentials,
- Rabbits,
- Regulation,
- Research
- Separation,
- Sodium,
- Sodium-Calcium
- Support,
- Techniques,
- Transport,
- U.S.
12702644 Action Allosteric Animals, Calcium, Cardiac, Cell Cells, Conductivity, Congestive, Contraction, Cultured, Electric Electrophysiology, Exchanger, Failure, Gov't, Heart Humans, Ion Ions, Kinetics, Membrane, Myocardial Myocytes, Non-U.S. P.H.S., Patch-Clamp Potentials, Rabbits, Regulation, Research Separation, Sodium, Sodium-Calcium Support, Techniques, Transport, U.S.