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3Modulation and Block of the Plasma-Membrane Anion Channel of Guard-Cells by Stilbene Derivatives
I. Marten, H. Busch, K. Raschke, and R. Hedrich. European Biophysics Journal with Biophysics Letters, 21 (6): 403-408 (1993)Km494 Times Cited:41 Cited References Count:24.
2 years ago by @rainerhedrich_2
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anion
myOwn
channel
anionmyOwnchannel
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1VFK1, a K channel involved in phloem unloading
P. Ache, D. Becker, R. Deeken, I. Dreyer, H. Weber, J. Fromm, and R. Hedrich. Plant Journal, 27 (6): 571-580 (2001)477lx Times Cited:74 Cited References Count:48.
2 years ago by @rainerhedrich_2
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myOwn
channel
k+
myOwnchannelk+
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1Guard cells in albino leaf patches do not respond to photosynthetically active radiation, but are sensitive to blue light, CO and abscisic acid
M. Roelfsema, K. Konrad, H. Marten, G. Psaras, W. Hartung, and R. Hedrich. Plant Cell and Environment, 29 (8): 1595-1605 (2006)057wc Times Cited:70 Cited References Count:66.
2 years ago by @rainerhedrich_2
show all tags
anion
myOwn
channel
anionmyOwnchannel
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2Hodgkin-Huxley Analysis of a Gcac1 Anion Channel in the Plasma-Membrane of Guard-Cells
H. Kolb, I. Marten, and R. Hedrich. Journal of Membrane Biology, 146 (3): 273-282 (1995)Rq270 Times Cited:29 Cited References Count:36.
2 years ago by @rainerhedrich_2
show all tags
anion
myOwn
channel
gcac1
anionmyOwnchannelgcac1
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3Inward Rectifier Potassium Channels in Plants Differ from Their Animal Counterparts in Response to Voltage and Channel Modulators
R. Hedrich, O. Moran, F. Conti, H. Busch, D. Becker, F. Gambale, I. Dreyer, A. Kuch, K. Neuwinger, and K. Palme. European Biophysics Journal, 24 (2): 107-115 (1995)Te482 Times Cited:85 Cited References Count:40.
2 years ago by @rainerhedrich_2
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myOwn
potassium
channel
myOwnpotassiumchannel
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1Design, Development and Simulation of Front End Electronics for Nuclear Detectors Preamplifier Amplifier Shaper Discriminator
M. Haque. INTERNATIONAL JOURNAL OF TREND IN SCIENTIFIC RESEARCH AND DEVELOPMENT, 6 (7): 1395-1402 (January 2023)
3 years ago by @ijtsrd
show all tags
Detector
Preamplifier
Channel
Pulse
Nuclear
and
Shaper
Discriminator
Signal
Amplifier
Processing
DetectorPreamplifierChannelPulseNuclearandShaperDiscriminatorSignalAmplifierProcessing
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2Simulation of biological ion channels with technology computer-aided design
S. Pandey, A. Bortei-Doku, and M. White. Computer Methods and Programs in Biomedicine, 85 (1): 1--7 (January 2007)
3 years ago by @spandey50
show all tags
gated
myown
design,
Ion
channel
KcsA,
silicon,
channel,
voltage
SILVACO,
Poisson–Nernst–Planck,
aided
computer
CAD,
gatedmyowndesign,IonchannelKcsA,silicon,channel,voltageSILVACO,Poisson–Nernst–Planck,aidedcomputerCAD,
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1Multi-domain DRM boundary element method for non-isothermal non-Newtonian Stokes flow with viscous dissipation
W. Florez, H. Power, and F. Chejne. International Journal of Numerical Methods for Heat & Fluid Flow, 13 (6): 736--768 (2003)
12 years ago by @andresgm
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CHANNEL
DUAL
RECIPROCITY,EQUATIONS,INT,VERTICAL
CHANNELDUALRECIPROCITY,EQUATIONS,INT,VERTICAL
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1Activation of a high affinity Gi protein-coupled plasma membrane receptor by sphingosine-1-phosphate
C. van Koppen, M. zu Heringdorf, K. Laser, C. Zhang, K. Jakobs, M. Bunemann, and L. Pott. J Biol Chem, 271 (4): 2082-7 (January 1996)van Koppen, C Meyer zu Heringdorf, M Laser, K T Zhang, C Jakobs, K H Bunemann, M Pott, L Research Support, Non-U.S. Gov't United states The Journal of biological chemistry J Biol Chem. 1996 Jan 26;271(4):2082-7..
15 years ago by @pharmawuerz
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Pigs
Cricetinae
Egtazic
&
Forskolin/pharmacology
Channel
Ion
Rats
Surface/*metabolism
Channels/physiology
Muscarinic/physiology
Toxin
Animals
Cyclase
Receptor
derivatives/physiology
*Lysophospholipids
Mice
Transduction
Potassium
Guinea
Sphingosine/*analogs
aethiops
Humans
Guanosine
Virulence
CHO
5'-O-(3-Thiotriphosphate)/metabolism
Adenylate
Acid/pharmacology
Proteins/metabolism
Heart/physiology
Bordetella/pharmacology
3T3
Factors,
Gating
Calcium/metabolism
GTP-Binding
Cultured
Cercopithecus
Signal
Cell
Pertussis
PigsCricetinaeEgtazic&Forskolin/pharmacologyChannelIonRatsSurface/*metabolismChannels/physiologyMuscarinic/physiologyToxinAnimalsCyclaseReceptorderivatives/physiology*LysophospholipidsMiceTransductionPotassiumGuineaSphingosine/*analogsaethiopsHumansGuanosineVirulenceCHO5'-O-(3-Thiotriphosphate)/metabolismAdenylateAcid/pharmacologyProteins/metabolismHeart/physiologyBordetella/pharmacology3T3Factors,GatingCalcium/metabolismGTP-BindingCulturedCercopithecusSignalCellPertussis
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1Queer current and pacemaker: the hyperpolarization-activated cation current in neurons
H. Pape. Annu Rev Physiol, (January 1996)
16 years ago by @fdiehl
show all tags
Animals,
Humans,
Electrophysiology,
Channel
Ion
Gating,
Channels,
Neurons,
Cations
Animals,Humans,Electrophysiology,ChannelIonGating,Channels,Neurons,Cations
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1Ryanodine sensitizes the Ca$^2+$ release channel (ryanodine receptor) to Ca$^2+$ activation.
H. Masumiya, P. Li, L. Zhang, and S. Chen. J. Biol. Chem., 276 (43): 39727--39735 (October 2001)
17 years ago by @hake
show all tags
Glutamic
Calcium,
Channel
Ion
Mutation,
Support,
Acid,
Humans,
Receptor
Gating,
Caffeine,
Magnesium,
Ryanodine
Calcium
Gov't,
Research
11507100
Ryanodine,
Alanine,
Dose-Response
Non-U.S.
Channel,
Drug,
Relationship,
Release
GlutamicCalcium,ChannelIonMutation,Support,Acid,Humans,ReceptorGating,Caffeine,Magnesium,RyanodineCalciumGov't,Research11507100Ryanodine,Alanine,Dose-ResponseNon-U.S.Channel,Drug,Relationship,Release
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2Inactivation of voltage-gated cardiac K$^+$ channels.
R. Rasmusson, M. Morales, S. Wang, S. Liu, D. Campbell, M. Brahmajothi, and H. Strauss. Circ. Res., 82 (7): 739--750 (April 1998)
17 years ago by @hake
show all tags
Animals,
Binding,
Channel
Ion
Regulation,
Channels,
Potentials,
agments,
Protein
Humans,
Allosteric
Gating,
Membrane
Peptide
Potassium
Fr,
9562433
Heart,
Animals,Binding,ChannelIonRegulation,Channels,Potentials,agments,ProteinHumans,AllostericGating,MembranePeptidePotassiumFr,9562433Heart,
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1The control of calcium release in heart muscle.
M. Cannell, H. Cheng, and W. Lederer. Science, 268 (5213): 1045--1049 (May 1995)
17 years ago by @hake
show all tags
Patch-Clamp
Calcium,
Channel
Ion
ting,
Channels,
Potentials,
Support,
Rats,
Ga,
Reticulum,
P.H.S.,
Receptor
Techniques,
Microscopy,
Animals,
Ryanodine
Calcium
In
Myocardium,
Sarcoplasmic
Gov't,
Research
Vitro,
Proteins,
U.S.
Non-U.S.
Channel,
Membrane
Confocal,
7754384
Muscle
Probability,
Release
Patch-ClampCalcium,ChannelIonting,Channels,Potentials,Support,Rats,Ga,Reticulum,P.H.S.,ReceptorTechniques,Microscopy,Animals,RyanodineCalciumInMyocardium,SarcoplasmicGov't,ResearchVitro,Proteins,U.S.Non-U.S.Channel,MembraneConfocal,7754384MuscleProbability,Release
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1A computationally efficient electrophysiological model of human ventricular cells.
O. Bernus, R. Wilders, C. Zemlin, H. Verschelde, and A. Panfilov. Am. J. Physiol. Heart Circ. Physiol., 282 (6): H2296-308 (June 2002)
17 years ago by @hake
show all tags
Endocardium,
Arrhythmia,
Channel
Ion
Biological,
Electric
Simulation,
Channels,
Potentials,
Support,
Humans,
Sodium
Pericardium,
Gating,
12003840
Models,
Potassium
Ventricles,
Animals,
Action
Heart
Gov't,
Research
Electrophysiology,
Non-U.S.
Mathematics,
Membrane
Computer
Conductivity,
Endocardium,Arrhythmia,ChannelIonBiological,ElectricSimulation,Channels,Potentials,Support,Humans,SodiumPericardium,Gating,12003840Models,PotassiumVentricles,Animals,ActionHeartGov't,ResearchElectrophysiology,Non-U.S.Mathematics,MembraneComputerConductivity,
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1Local calcium gradients during excitation-contraction coupling and alternans in atrial myocytes.
L. Blatter, J. Kocksk�mper, K. Sheehan, A. Zima, J. H�ser, and S. Lipsius. J. Physiol., 546 (Pt 1): 19--31 (January 2003)
17 years ago by @hake
show all tags
Skeletal,
Calcium,
Pyridazines,
Bioch,
Ion
Onium
Transport,
Substrate
12509476
Gating,
Atrial
Caffeine,
Transport
Organ
Ventricles,
Ryanodine
Antimycin
Animals,
NADPH
I,
ease
Oxidoreductases,
Calcium
A,
Research
Homeostasis,
Oxidation-Reduction,
Ryanodine,
Muscle,
Electrophysiology,
Diphosphate,
Vitro,
U.S.
emical,
Rotenone,
Hydrogen,
Energy
Weight,
Release
Phosphodiesterase
Function,
Channel
Arrhythmia,
Sprague-Dawley,
Lactic
Oxidative
Contraction,
Support,
Acid,
Rats,
Compounds,
Glycolysis,
Specificity,
Reticulum,
P.H.S.,
Receptor
Rel,
Complexes,
Rabbits,
Adenosine
NADH,
NAD,
Feedback,
Signaling,
Heart
Myocytes,
In
Mitochondria,
Myocardium,
Metabolism,
Sarcoplasmic
Multienzyme
Gov't,
Comparative
Complex
Triphosphate,
Pyruvates,
Molecular
Kinetics,
Electron
Cardiac,
Channel,
Non-U.S.
Inhibitors,
Myocardial
Study,
Phosphorylation,
Enzyme
Flavoproteins,
Heart,
Skeletal,Calcium,Pyridazines,Bioch,IonOniumTransport,Substrate12509476Gating,AtrialCaffeine,TransportOrganVentricles,RyanodineAntimycinAnimals,NADPHI,easeOxidoreductases,CalciumA,ResearchHomeostasis,Oxidation-Reduction,Ryanodine,Muscle,Electrophysiology,Diphosphate,Vitro,U.S.emical,Rotenone,Hydrogen,EnergyWeight,ReleasePhosphodiesteraseFunction,ChannelArrhythmia,Sprague-Dawley,LacticOxidativeContraction,Support,Acid,Rats,Compounds,Glycolysis,Specificity,Reticulum,P.H.S.,ReceptorRel,Complexes,Rabbits,AdenosineNADH,NAD,Feedback,Signaling,HeartMyocytes,InMitochondria,Myocardium,Metabolism,SarcoplasmicMultienzymeGov't,ComparativeComplexTriphosphate,Pyruvates,MolecularKinetics,ElectronCardiac,Channel,Non-U.S.Inhibitors,MyocardialStudy,Phosphorylation,EnzymeFlavoproteins,Heart,
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1Calcium sparks: elementary events underlying excitation-contraction coupling in heart muscle.
H. Cheng, W. Lederer, and M. Cannell. Science, 262 (5134): 740--744 (October 1993)
17 years ago by @hake
show all tags
Xanthenes,
Skeletal,
Calcium,
Anura,
Ion
Biological,
Electric
Stimulation,
Myofibrils,
Junctions,
Rya,
Gating,
Animals,
Calcium
Research
Time
Ryanodine,
Muscle,
Electrophysiology,
Factors,
Vitro,
U.S.
Fluorescent
Buffers,
Muscle
Release
8235594
Channel
Channels,
Contraction,
Support,
Rats,
Compounds,
Reticulum,
P.H.S.,
Receptor
Gap
Microscopy,
Models,
nodine
In
Myocardium,
Sarcoplasmic
Gov't,
Aniline
Fluorescence,
Kinetics,
Proteins,
Channel,
Non-U.S.
Myocardial
Dyes,
Xanthenes,Skeletal,Calcium,Anura,IonBiological,ElectricStimulation,Myofibrils,Junctions,Rya,Gating,Animals,CalciumResearchTimeRyanodine,Muscle,Electrophysiology,Factors,Vitro,U.S.FluorescentBuffers,MuscleRelease8235594ChannelChannels,Contraction,Support,Rats,Compounds,Reticulum,P.H.S.,ReceptorGapMicroscopy,Models,nodineInMyocardium,SarcoplasmicGov't,AnilineFluorescence,Kinetics,Proteins,Channel,Non-U.S.MyocardialDyes,
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1Termination of Ca$^2+$ release by a local inactivation of ryanodine receptors in cardiac myocytes.
J. Sham, L. Song, Y. Chen, L. Deng, M. Stern, E. Lakatta, and H. Cheng. Proc. Natl. Acad. Sci. U. S. A., 95 (25): 15096--15101 (December 1998)
17 years ago by @hake
show all tags
Nonlinear
Agonists,
Calcium,
Feed,
Channel
Biological,
Analysis,
9844021
Regression
Rumen,
Channels,
Support,
Rats,
Linear
Animal
P.H.S.,
Receptor
Cattle,
Male,
Dynamics,
Models,
Bone
Animals,
Ryanodine
Calcium
Female,
Myocardium,
Minerals,
Dietary
Gov't,
Research
Meat,
Electrophysiology,
Wistar,
Kinetics,
Bones,
Proteins,
U.S.
Non-U.S.
Channel,
and
Pyrroles,
Soybeans,
Release
NonlinearAgonists,Calcium,Feed,ChannelBiological,Analysis,9844021RegressionRumen,Channels,Support,Rats,LinearAnimalP.H.S.,ReceptorCattle,Male,Dynamics,Models,BoneAnimals,RyanodineCalciumFemale,Myocardium,Minerals,DietaryGov't,ResearchMeat,Electrophysiology,Wistar,Kinetics,Bones,Proteins,U.S.Non-U.S.Channel,andPyrroles,Soybeans,Release
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1Partial depletion of sarcoplasmic reticulum calcium does not prevent calcium sparks in rat ventricular myocytes.
L. Song, M. Stern, E. Lakatta, and H. Cheng. J. Physiol., (December 1997)
17 years ago by @hake
show all tags
Biophysics,
Anoxia,
{C}a$^{2+}$-Transporting
Ion
Biological,
Regression
Transport,
Animal
Stimulation,
Techniques,
Indoles,
Bone
Ryanodine
Animals,
Clonazepam,
Oxygen,
Female,
Agents,
Minerals,
Research
Cells,
Anisotropy,
Membrane
Soybeans,
Release
Patch-Clamp
Feed,
Egtazic
Channel
Analysis,
Sprague-Dawley,
Contraction,
Potentials,
Rats,
Transduction,
ATPase,
Adamantane,
Models,
Signaling,
Heart
In
Myocardium,
Fluorescence,
Wistar,
Non-U.S.
Enzyme
Signal
Dyes,
Heart,
Nonlinear
Ruthenium
Calcium,
Rumen,
Electric
Size,
Chelating
Ventricles,
Calcium
Meat,
Electrophysiology,
Vitro,
U.S.
Fluorescent
Algorithms,
Confocal,
Cell
Agonists,
Cytosol,
Channels,
Support,
Acid,
Sodium-Calcium
Compounds,
Linear
Reticulum,
P.H.S.,
Receptor
Cattle,
Male,
Dynamics,
Microscopy,
Exchanger,
Red,
Feedback,
Mitochondria,
Cardiovascular,
Blockers,
Sarcoplasmic
Dietary
Gov't,
Aniline
Bones,
Kinetics,
Proteins,
Thapsigargin,
Channel,
Inhibitors,
Myocardial
and
Pyrroles,
Cultured,
Biophysics,Anoxia,{C}a$^{2+}$-TransportingIonBiological,RegressionTransport,AnimalStimulation,Techniques,Indoles,BoneRyanodineAnimals,Clonazepam,Oxygen,Female,Agents,Minerals,ResearchCells,Anisotropy,MembraneSoybeans,ReleasePatch-ClampFeed,EgtazicChannelAnalysis,Sprague-Dawley,Contraction,Potentials,Rats,Transduction,ATPase,Adamantane,Models,Signaling,HeartInMyocardium,Fluorescence,Wistar,Non-U.S.EnzymeSignalDyes,Heart,NonlinearRutheniumCalcium,Rumen,ElectricSize,ChelatingVentricles,CalciumMeat,Electrophysiology,Vitro,U.S.FluorescentAlgorithms,Confocal,CellAgonists,Cytosol,Channels,Support,Acid,Sodium-CalciumCompounds,LinearReticulum,P.H.S.,ReceptorCattle,Male,Dynamics,Microscopy,Exchanger,Red,Feedback,Mitochondria,Cardiovascular,Blockers,SarcoplasmicDietaryGov't,AnilineBones,Kinetics,Proteins,Thapsigargin,Channel,Inhibitors,MyocardialandPyrroles,Cultured,
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1Direct measurement of SR release flux by tracking 'Ca$^2+$ spikes' in rat cardiac myocytes.
L. Song, J. Sham, M. Stern, E. Lakatta, and H. Cheng. J. Physiol., (November 1998)
17 years ago by @hake
show all tags
Nonlinear
Ruthenium
Anoxia,
Calcium,
Biological,
Electric
Regression
Rumen,
Size,
Animal
Stimulation,
Chelating
Techniques,
Indoles,
Bone
Ryanodine
Animals,
Clonazepam,
Oxygen,
Calcium
Female,
Agents,
Minerals,
Research
Cells,
Meat,
Electrophysiology,
Vitro,
U.S.
Fluorescent
Algorithms,
Membrane
Confocal,
Soybeans,
Cell
Release
Patch-Clamp
Agonists,
Feed,
9769413
Egtazic
Channel
Analysis,
Cytosol,
Channels,
Sprague-Dawley,
Potentials,
Support,
Sodium-Calcium
Acid,
Rats,
Linear
Reticulum,
P.H.S.,
Receptor
Cattle,
Male,
Dynamics,
Microscopy,
Models,
Exchanger,
Red,
Signaling,
In
Mitochondria,
Myocardium,
Blockers,
Sarcoplasmic
Dietary
Gov't,
Fluorescence,
Wistar,
Bones,
Kinetics,
Proteins,
Channel,
Non-U.S.
and
Pyrroles,
Dyes,
Cultured,
Heart,
NonlinearRutheniumAnoxia,Calcium,Biological,ElectricRegressionRumen,Size,AnimalStimulation,ChelatingTechniques,Indoles,BoneRyanodineAnimals,Clonazepam,Oxygen,CalciumFemale,Agents,Minerals,ResearchCells,Meat,Electrophysiology,Vitro,U.S.FluorescentAlgorithms,MembraneConfocal,Soybeans,CellReleasePatch-ClampAgonists,Feed,9769413EgtazicChannelAnalysis,Cytosol,Channels,Sprague-Dawley,Potentials,Support,Sodium-CalciumAcid,Rats,LinearReticulum,P.H.S.,ReceptorCattle,Male,Dynamics,Microscopy,Models,Exchanger,Red,Signaling,InMitochondria,Myocardium,Blockers,SarcoplasmicDietaryGov't,Fluorescence,Wistar,Bones,Kinetics,Proteins,Channel,Non-U.S.andPyrroles,Dyes,Cultured,Heart,
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1Allosteric activation of Na+-Ca2+ exchange by L-type Ca2+ current augments the trigger flux for SR Ca2+ release in ventricular myocytes.
E. Sobie, M. Cannell, and J. Bridge. Biophys J, 94 (7): L54--L56 (April 2008)
17 years ago by @hake
show all tags
Calcium,
Channel
Ion
Channels,
Sodium-Calcium
L-Type,
metabolism;
Cultured;
Reticulum,
Sodium,
Animals;
Gating,
Exchanger,
Ventricles,
Signaling,
Heart
Calcium
Myocytes,
Ventricular
Sarcoplasmic
Cells,
physiology;
Rabbits;
cytology;
Cardiac;
Function
Calcium,ChannelIonChannels,Sodium-CalciumL-Type,metabolism;Cultured;Reticulum,Sodium,Animals;Gating,Exchanger,Ventricles,Signaling,HeartCalciumMyocytes,VentricularSarcoplasmicCells,physiology;Rabbits;cytology;Cardiac;Function
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publications (hide)36 displayallpublications onlypublications per page5102050100 sort byadded attitleauthorpublication dateentry typehelp for advanced sorting... RSSBibTeXRDFmore...

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publications (hide)36
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all
publications only
publications per page
5
10
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100
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