tag :: signaling, | BibSonomy

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1Systematic review of p38 mitogen-activated kinase and its functional role in reproductive tissues
S. Sheller-Miller, L. Richardson, L. Martin, J. Jin, and R. Menon. American Journal of Reproductive Immunology 80 (6): e13047 (December 2018)Publisher: John Wiley & Sons, Ltd.
3 years ago by @becker
show all tags
MAPK
amniochorion,
biology
cervix,
decidua,
myometrium,
paper:fastcor
placenta
signaling,
MAPKamniochorion,biologycervix,decidua,myometrium,paper:fastcorplacentasignaling,
(0)
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1Managing shared access to a spectrum commons
W. Lehr, and J. Crowcroft. New Frontiers in Dynamic Spectrum Access Networks, 2005. DySPAN 2005. 2005 First IEEE International Symposium on , page 420-444. (2005)
11 years ago by @chsivic
show all tags
RF
access
agreementscommon
allocation,
channel
common,
congestion
control,
frequency
handling
legislation,
licensed
management
mechanism,
model
network
privacy
protection,
protocol,
protocols,
radiofrequency
resource
security,
shared
signaling,
signalling
spectra,
spectrum
telecommunication
trade
trade,
unlicensed
RFaccessagreementscommonallocation,channelcommon,congestioncontrol,frequencyhandlinglegislation,licensedmanagementmechanism,modelnetworkprivacyprotection,protocol,protocols,radiofrequencyresourcesecurity,sharedsignaling,signallingspectra,spectrumtelecommunicationtradetrade,unlicensed
(0)
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1Interface Optical Buffer and Packet-Switched Network Cross-Layer Signaling Demonstration
C. Lai, H. Wang, and K. Bergman. Optical Fiber communication/National Fiber Optic Engineers Conference, 2008. OFC/NFOEC 2008. Conference on , page 1-3. (February 2008)
14 years ago by @photonics
show all tags
buffer,
cross-layer
fibre
management
network
network,
networks,
optical
packet
packet-switched
queue
signaling,
switched
switchinginterface
buffer,cross-layerfibremanagementnetworknetwork,networks,opticalpacketpacket-switchedqueuesignaling,switchedswitchinginterface
(0)
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2Diversity and dynamics of dendritic signaling
M. Häusser, N. Spruston, and G. Stuart. Science 290 (5492): 739--44 (October 2000)
14 years ago by @fdiehl
show all tags
Action
Agents,
Animals
Biosynthesis,
Brain,
Calcium
Channel
Channels,
Dendrites,
Electrophysiology,
Gating,
Humans,
Ion
Neuronal
Neurons,
Neurotransmitter
Plasticity,
Potentials,
Protein
Signal
Signaling,
Synapses,
Synaptic
Transduction,
Transmission,
ActionAgents,AnimalsBiosynthesis,Brain,CalciumChannelChannels,Dendrites,Electrophysiology,Gating,Humans,IonNeuronalNeurons,NeurotransmitterPlasticity,Potentials,ProteinSignalSignaling,Synapses,SynapticTransduction,Transmission,
(0)
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1Termination of cardiac Ca2+ sparks: role of intra-SR Ca2+, release flux, and intra-SR Ca2+ diffusion.
A. Zima, E. Picht, D. Bers, and L. Blatter. Circ Res 103 (8): e105--e115 (October 2008)
15 years ago by @hake
show all tags
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,CalciumCalcium-TransportingCardiac,ChannelChannel,Diffusion;Fluorescence;HeartKinetics;MembraneMicroscopy,Myocytes,Permeability;Potentials;Rabbits;ReceptorReleaseReticulumReticulum,RyanodineSarcoplasmicSignaling,Ventricles,drugeffects/enzymology/metabolismeffects/enzymology/metabolism;effects/metabolism;effects;metabolism;pharmacology;
(0)
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1Rapid activation of the cardiac ryanodine receptor by submillisecond calcium stimuli.
A. Zahradn�kov�, I. Zahradn�k, I. Gy�rke, and S. Gy�rke. J. Gen. Physiol. 114 (6): 787--798 (December 1999)
15 years ago by @hake
show all tags
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,
10578015AceticAcids,Agents,Algorithms,Animals,Bilayers,Biological,CalciumCalcium,Cardiac,Cells,ChannelChannel,ChelatingCultured,Dogs,Dose-ResponseDrug,Ethylenediamines,Gating,Gov't,Heart,InIonKinetics,LipidMagnesium,Microsomes,Models,Myocardium,Myocytes,Non-U.S.P.H.S.,Patch-ClampPhotolysis,ReceptorRelationship,ReleaseResearchReticulum,RyanodineSarcoplasmicSignaling,Support,Techniques,U.S.Vitro,
(0)
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1Altered intracellular Ca$^2+$ handling in heart failure.
M. Yano, Y. Ikeda, and M. Matsuzaki. J. Clin. Invest. 115 (3): 556--564 (March 2005)
15 years ago by @hake
show all tags
15765137
Animals,
Calcium
Calcium,
Calcium-Binding
Cardiac
Cardiac,
Cardiomyopathy,
Channel,
Contraction,
Gov't,
Humans,
Hypertrophic,
Low,
Muscle
Myocardial
Myocytes,
Non-U.S.
Output,
Proteins,
Receptor
Release
Research
Reticulum,
Ryanodine
Sarcoplasmic
Signaling,
Support,
15765137Animals,CalciumCalcium,Calcium-BindingCardiacCardiac,Cardiomyopathy,Channel,Contraction,Gov't,Humans,Hypertrophic,Low,MuscleMyocardialMyocytes,Non-U.S.Output,Proteins,ReceptorReleaseResearchReticulum,RyanodineSarcoplasmicSignaling,Support,
(0)
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1Local InsP3-dependent perinuclear Ca$^2+$ signaling in cardiac myocyte excitation-transcription coupling.
X. Wu, T. Zhang, J. Bossuyt, X. Li, T. McKinsey, J. Dedman, E. Olson, J. Chen, J. Brown, and D. Bers. J. Clin. Invest. 116 (3): 675--682 (March 2006)
15 years ago by @hake
show all tags
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,16511602ActiveAnimals,CalciumCalmodulin,Cardiac,CellCells,Channels,Cultured,CytoplasmicDeacetylases,DependentEndothelin-1,Envelope,Extramural,Genetic,Gov't,HistoneInositolKinase,Knockout,Mice,Myocytes,N.I.H.,Non-U.S.NuclearNuclear,Nucleus,ProteinRabbits,Receptors,ResearchSignaling,Support,Transcription,Transport,and{C}a$^{2+}$-Calmodulin
(0)
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1Electrophysiological modeling of cardiac ventricular function: from cell to organ.
R. Winslow, D. Scollan, A. Holmes, C. Yung, J. Zhang, and M. Jafri. Annu. Rev. Biomed. Eng. (2000)
15 years ago by @hake
show all tags
11701509
Anatomic,
Animals,
Biomedical
Calcium
Cardiovascular,
Channel,
Contraction,
Electrophysiology,
Engineering,
Function,
Gov't,
Heart
Humans,
Models,
Myocardial
Non-U.S.
P.H.S.,
Receptor
Release
Research
Reticulum,
Ryanodine
Sarcoplasmic
Signaling,
Support,
U.S.
Ventricles,
Ventricular
11701509Anatomic,Animals,BiomedicalCalciumCardiovascular,Channel,Contraction,Electrophysiology,Engineering,Function,Gov't,HeartHumans,Models,MyocardialNon-U.S.P.H.S.,ReceptorReleaseResearchReticulum,RyanodineSarcoplasmicSignaling,Support,U.S.Ventricles,Ventricular
(0)
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1Allosteric regulation of Na/Ca exchange current by cytosolic Ca in intact cardiac myocytes.
C. Weber, K. Ginsburg, K. Philipson, T. Shannon, and D. Bers. J. Gen. Physiol. 117 (2): 119--131 (February 2001)
15 years ago by @hake
show all tags
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
11158165ATPase,ActionAdrenergicAllostericAnimals,BiologicalBiological,Caffeine,CalciumCalcium,Cardiac,Cardiovascular,CellCells,Channels,ComputerCongestive,Contraction,Cultured,Cytosol,Diastole,Dogs,ElectricExchanger,Failure,Ferrets,Fibers,Gov't,HeartHeart,Humans,IonIsoproterenol,Kinetics,MembraneMembrane,Mice,Models,MuscleMutagenesis,MyocardialMyocardium,Myocytes,Nickel,Non-U.S.P.H.S.,Potentials,Rabbits,Regulation,ResearchReticulum,SarcoplasmicSignaling,Simulation,Sodium-CalciumStimulation,Support,Tetracaine,Transport,U.S.Ventricles,beta-Agonists,{C}a$^{2+}$-Transporting
(0)
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1Imaging microdomain Ca$^2+$ in muscle cells.
S. Wang, C. Wei, G. Zhao, D. Brochet, J. Shen, L. Song, W. Wang, D. Yang, and H. Cheng. Circ. Res. 94 (8): 1011--1022 (April 2004)
15 years ago by @hake
show all tags
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,
15117829Abstract,Acid,Agents,Animals,Araceae,CHOCalciumCalcium,Carcinoma,Cardiac,CellCells,ChannelChannel,Channels,ChelatingChineseConfocal,Drugs,EgtazicEnglishExpressionGating,GeneGov't,Hamsters,Heart,Hepatocellular,Herbal,Humans,IonL-Type,Line,LiverMedicinal,Microscopy,Mitochondria,Muscle,Myocytes,Neoplasm,Neoplasms,Neoplastic,Non-U.S.P.H.S.,Patch-ClampPlants,Profiling,RNA,Rabbits,Rats,ReceptorRegulation,ReleaseResearchReticulum,Rhizome,RyanodineSarcoplasmicSignaling,SmoothSmooth,Support,Techniques,Transport,Tumor,U.S.Vascular,
(0)
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1Ca$^2+$ signalling between single L-type Ca$^2+$ channels and ryanodine receptors in heart cells.
S. Wang, L. Song, E. Lakatta, and H. Cheng. Nature 410 (6828): 592--596 (March 2001)
15 years ago by @hake
show all tags
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,
80Acids,ActionAdrenergic,Adult,Advanced,AgeAged,Aging,Angiography,Animal,Animals,Anoxia,Aorta,Apoptosis,Arteries,Artery,Artificial,Barium,BiologicalBiological,BloodBrachialBufanolides,CalciumCalcium,CardiacCardiomegaly,CardiovascularCarotidCaspases,Cations,CellChannels,Clocks,Common,Compliance,Conductivity,Congestive,CoronaryDNADietary,Digoxin,DiseaseDisease,Diseases,Divalent,Doppler,Dose-ResponseDouble-BlindDrinking,DrosophilaDrugDrug,Dyes,Eating,Echocardiography,Elasticity,ElectricEndEstrogenEstrogens,ExerciseExpression,Factors,Failure,FattyFemale,FemoralFlowFluorescentForecasting,Fragmentation,GeneGenome,GlycosylationGraftHeartHeart,Method,Models,Occlusion,Output,Pacing,Potentials,Pressure,Products,Rate,Relationship,ReplacementSeparation,Signaling,Stimulation,Test,Therapy,Tolerance,Velocity,Vessels,andmelanogaster,over,
(0)
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1Synergistic interactions between Ca$^2+$ entries through L-type Ca$^2+$ channels and Na$^+$-Ca$^2+$ exchanger in normal and failing rat heart.
S. Viatchenko-Karpinski, D. Terentyev, L. Jenkins, L. Lutherer, and S. Gy�rke. J. Physiol. 567 (Pt 2): 493--504 (September 2005)
15 years ago by @hake
show all tags
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,
15975978AllostericAnimals,BindingBiological,CalciumCalcium,CardiacCardiac,Cardiomyopathies,CellCells,ChannelChannel,Channels,ChronicComparativeCultured,Disease,Dogs,Dose-ResponseDrug,Exchanger,Extramural,Gating,Gov't,Heart,IonL-Type,Low,Male,Membrane,Models,MuscleMutantMyocardium,Myocytes,N.I.H.,Non-U.S.Output,P.H.S.,Proteins,Rats,ReceptorRegulation,Relationship,ReleaseResearchReticulum,RyanodineSarcoplasmicSignaling,Sites,Sodium-CalciumSprague-Dawley,Study,Support,Theor,U.S.etical,
(0)
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1Abnormal calcium signaling and sudden cardiac death associated with mutation of calsequestrin.
S. Viatchenko-Karpinski, D. Terentyev, I. Gy�rke, R. Terentyeva, P. Volpe, S. Priori, C. Napolitano, A. Nori, S. Williams, and S. Gy�rke. Circ. Res. 94 (4): 471--477 (March 2004)
15 years ago by @hake
show all tags
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;
AcidAdenoviridae,AminoAnimals;CalciumCalsequestrin,Cardiac,Cardiac;ChannelChannel,Death,Dogs;FusionGating;GeneticHumans;IonMacromolecularMale;Missense;Mutation,Mutation;Myocytes,PointProteins,Rats,Rats;ReceptorRecombinantReleaseReticulum,RyanodineSarcoplasmicSignaling,Sprague-Dawley;Substances;Substitution;Sudden,Tachycardia,Vectors,Ventricular,genetics/metabolismgenetics/physiology;genetics;metabolism;physiology;
(0)
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1Integrative analysis of calcium signalling in cardiac muscle.
A. Trafford, M. D�az, S. O'Neill, and D. Eisner. Front Biosci (April 2002)
15 years ago by @hake
show all tags
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
11897570ATPase,Animals,Biological,CalciumCalcium,Channel,Channels,Congestive,Contraction,DiseaseFailure,Gov't,HeartHumans,L-Type,Models,MyocardialMyocardium,Non-U.S.Phosphorylation,Progression,ReceptorReleaseResearchReticulum,RyanodineSarcoplasmicSignaling,Support,{C}a$^{2+}$-Transporting
(0)
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1Triadin overexpression stimulates excitation-contraction coupling and increases predisposition to cellular arrhythmia in cardiac myocytes.
D. Terentyev, S. Cala, T. Houle, S. Viatchenko-Karpinski, I. Gyorke, R. Terentyeva, S. Williams, and S. Gyorke. Circ. Res. 96 (6): 651--658 (April 2005)
15 years ago by @hake
show all tags
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;CalciumCalcium,Calcium-BindingCardiac,Cardiovascular;CarrierChannelChannel,Contraction,Dogs;ElectricExpression;FunctionFusionGating,GeneGeneticIonLipidMacromolecularMale;MembraneMicrosomes,MixedModels,MuscleMyocardialMyocytes,Oxygenases,Potentials;ProteinProteins,Rats,Rats;ReceptorRecombinantReleaseReticulum,RyanodineSarcoplasmicSignaling,Sprague-Dawley;Stimulation;Structure,Substances;Tertiary;Transduction,Vectors,biosynthesis/chemistry/genetics/physiology;chemistry/physiology;genetics/physiopathology;genetics;metabolism;physiology/ultrastructure;physiology;
(0)
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1Sarcoplasmic reticulum Ca$^2+$ refilling controls recovery from Ca$^2+$-induced Ca$^2+$ release refractoriness in heart muscle.
P. Szentesi, C. Pignier, M. Egger, E. Kranias, and E. Niggli. Circ. Res. 95 (8): 807--813 (October 2004)
15 years ago by @hake
show all tags
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
15388639ATPase,AceticAcids,Animals,Caffeine,CalciumCalcium,Calcium-BindingCardiac,ChannelChannel,Contraction,Ethylenediamines,Exchanger,Gating,Gov't,GuineaIndoles,IonIsoproterenol,Knockout,Mice,MyocardialMyocardium,Myocytes,Non-P.H.S.,Non-U.S.P.H.S.,Patch-ClampPhotolysis,Pigs,Proteins,Rays,ReceptorReleaseResearchReticulum,RyanodineSarcoplasmicSignaling,Sodium-CalciumSupport,Techniques,U.S.Ultraviolet{C}a$^{2+}$-Transporting
(0)
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1The sodium pump modulates the influence of I(Na) on Ca$^2+$i transients in mouse ventricular myocytes.
Z. Su, K. Sugishita, M. Ritter, F. Li, K. Spitzer, and W. Barry. Biophys. J. 80 (3): 1230--1237 (March 2001)
15 years ago by @hake
show all tags
,
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,
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1Exploring local calcium feedback: trying to fool mother nature.
M. Stern. J. Gen. Physiol. 112 (3): 259--262 (September 1998)
15 years ago by @hake
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1$\beta$-Adrenergic stimulation synchronizes intracellular Ca$^2+$ release during excitation-contraction coupling in cardiac myocytes.
L. Song, S. Wang, R. Xiao, H. Spurgeon, E. Lakatta, and H. Cheng. Circ. Res. 88 (8): 794--801 (April 2001)
15 years ago by @hake
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1Systematic review of p38 mitogen-activated kinase and its functional role in reproductive tissues

1Managing shared access to a spectrum commons

1Interface Optical Buffer and Packet-Switched Network Cross-Layer Signaling Demonstration

2Diversity and dynamics of dendritic signaling

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1Electrophysiological modeling of cardiac ventricular function: from cell to organ.

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1Synergistic interactions between Ca$^2+$ entries through L-type Ca$^2+$ channels and Na$^+$-Ca$^2+$ exchanger in normal and failing rat heart.

1Abnormal calcium signaling and sudden cardiac death associated with mutation of calsequestrin.

1Integrative analysis of calcium signalling in cardiac muscle.

1Triadin overexpression stimulates excitation-contraction coupling and increases predisposition to cellular arrhythmia in cardiac myocytes.

1Sarcoplasmic reticulum Ca$^2+$ refilling controls recovery from Ca$^2+$-induced Ca$^2+$ release refractoriness in heart muscle.

1The sodium pump modulates the influence of I(Na) on Ca$^2+$i transients in mouse ventricular myocytes.

1Exploring local calcium feedback: trying to fool mother nature.

1$\beta$-Adrenergic stimulation synchronizes intracellular Ca$^2+$ release during excitation-contraction coupling in cardiac myocytes.

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