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14. Active Behavior of the Cell Membrane
http://butler.cc.tut.fi/~malmivuo/bem/bembook/04/04.htm
8 years ago by @bshanks
show all tags
the
Active
Bookmarks
toread
of
Membrane
Behavior
4.
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Cell
theActiveBookmarkstoreadofMembraneBehavior4.Bookmarks_MenuCell
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1American Journal of Molecular Biology
American Journal of Molecular Biology (AJMB) is an international journal dedicated to the latest advancement of molecular biology. The goal of this journal is to provide a platform for scientists and academicians all over the world to promote, share, and discuss various new issues and developments in different areas of molecular biology. All manuscripts must be prepared in English, and are subject to a rigorous and fair peer-review process. Accepted papers will immediately appear online followed by printed hard copy.
13 years ago by @journals
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GH
Molecular
Gene
Peptides
Electrophoresis
Evolution
Membrane
Expression
Biology
Family
Proteins
GHMolecularGenePeptidesElectrophoresisEvolutionMembraneExpressionBiologyFamilyProteins
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1American Journal of Molecular Biology
American Journal of Molecular Biology (AJMB) is an international journal dedicated to the latest advancement of molecular biology. The goal of this journal is to provide a platform for scientists and academicians all over the world to promote, share, and discuss various new issues and developments in different areas of molecular biology. All manuscripts must be prepared in English, and are subject to a rigorous and fair peer-review process. Accepted papers will immediately appear online followed by printed hard copy.
13 years ago by @journals
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Neuroscience
Molecular
Gene
molecular
Peptides
Electrophoresis
Membrane
Expression
Proteins
NeuroscienceMolecularGenemolecularPeptidesElectrophoresisMembraneExpressionProteins
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=10980029&query_hl=7
8 years ago by @bshanks
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=12425444&query_hl=7
8 years ago by @bshanks
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Behavior
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=12662843&query_hl=7
8 years ago by @bshanks
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=9040063&query_hl=7
8 years ago by @bshanks
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=8891840&query_hl=7
8 years ago by @bshanks
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Behavior
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theActiveBookmarkstoreadofMembraneBehavior4.Bookmarks_MenuCell
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=11378219&query_hl=7
8 years ago by @bshanks
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1Entrez PubMed
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=12815725&query_hl=7
8 years ago by @bshanks
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2
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publications (hide)411
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1$$
D. Brill, and J. Cohen. Phys. Rev., 143 (4): 1011--1015 (March 1966)
16 years ago by @random3f
show all tags
Membrane
GeneralRelativity
Mach
MembraneGeneralRelativityMach
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1A comparison of three real-time PCR assays for the confirmation of Neisseria gonorrhoeae following detection of N. gonorrhoeae using Roche COBAS AMPLICOR
L. Chui, T. Chiu, J. Kakulphimp, and G. Tyrrell. Clinical Microbiology and Infection: The Official Publication of the European Society of Clinical Microbiology and Infectious Diseases, 14 (5): 473--479 (May 2008)PMID: 18294244.
13 years ago by @jelias
show all tags
Bacterial
Chain
Reaction,
Bacterial,
Female,
{DNA}
Outer
Gonorrhea,
Humans,
Gyrase,
Polymerase
Proteins,
Male,
{16S}
Neisseria
{RNA,}
Membrane
Ribosomal,
gonorrhoeae,
BacterialChainReaction,Bacterial,Female,{DNA}OuterGonorrhea,Humans,Gyrase,PolymeraseProteins,Male,{16S}Neisseria{RNA,}MembraneRibosomal,gonorrhoeae,
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1A Complex of Cox4 and Mitochondrial Hsp70 Plays an Important Role in the Assembly of the Cytochrome c Oxidase.
L. Böttinger, B. Guiard, S. Oeljeklaus, B. Kulawiak, N. Zufall, N. Wiedemann, B. Warscheid, M. van der Laan, and T. Becker. Molecular biology of the cell, 24 (17): 2609--2619 (September 2013)
12 days ago by @warscheidlab
show all tags
Proteins/chemistry/metabolism,Molecular
IV/chemistry/*metabolism,HSP70
Proteins/chemistry/metabolism,Electron
cerevisiae/metabolism,to_read
Chaperones/chemistry/*metabolism,Saccharomyces
Proteins/metabolism,Mitochondria/metabolism,Mitochondrial
Complex
Carrier
Membrane
Proteins/chemistry/*metabolism,Mitochondrial
cerevisiae
Proteins/chemistry/genetics/*metabolism,Saccharomyces
Heat-Shock
Transport
Proteins/genetics/*metabolism,Membrane
Proteins/chemistry/metabolism,MolecularIV/chemistry/*metabolism,HSP70Proteins/chemistry/metabolism,Electroncerevisiae/metabolism,to_readChaperones/chemistry/*metabolism,SaccharomycesProteins/metabolism,Mitochondria/metabolism,MitochondrialComplexCarrierMembraneProteins/chemistry/*metabolism,MitochondrialcerevisiaeProteins/chemistry/genetics/*metabolism,SaccharomycesHeat-ShockTransportProteins/genetics/*metabolism,Membrane
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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)
15 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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1A first principles calculation of the oxygen uptake in the human pulmonary acinus at maximal exercise
A. Foucquier, M. Filoche, A. Moreira, J. Jr., G. Arbia, and B. Sapoval. RESPIRATORY PHYSIOLOGY & NEUROBIOLOGY, 185 (3): 625-638 (2013)
2 years ago by @ppgfis_ufc_br
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gas;
Exercise;
{Gas
Acinus;
limitation;
Membrane
Alveolar
permeability}
Diffusion
exchange;
gas;Exercise;{GasAcinus;limitation;MembraneAlveolarpermeability}Diffusionexchange;
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1A first-passage time problem for many random walkers
P. Argyrakis, and G. Weiss. Physica A: Statistical Mechanics and its Applications, 363 (2): 343--347 (May 1, 2006)
16 years ago by @smicha
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Membrane
channels
Membranechannels
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1A functional polymorphism of toll-like receptor 4 is not associated with likelihood or severity of meningococcal disease
R. Read, J. Pullin, S. Gregory, R. Borrow, E. Kaczmarski, F. di Giovine, S. Dower, C. Cannings, and A. Wilson. The Journal of Infectious Diseases, 184 (5): 640--2 (September 2001)PMID: 11494169.
13 years ago by @jelias
show all tags
Aged,
Polymorphism,
Drosophila
Severity
Middle
Surface,
Humans,
Adult,
Receptor
meningitidis,
Neisseria
Disease,
Index,
4,
to
Frequency,
Infant,
Illness
Genetic
Meningococcal
Child,
Predisposition
Genetic,
Receptors,
Receptors
Proteins,
Adolescent,
Gene
Genotype,
of
Membrane
Newborn,
Preschool,
Glycoproteins,
Infections,
Cell
{Toll-Like}
Aged,Polymorphism,DrosophilaSeverityMiddleSurface,Humans,Adult,Receptormeningitidis,NeisseriaDisease,Index,4,toFrequency,Infant,IllnessGeneticMeningococcalChild,PredispositionGenetic,Receptors,ReceptorsProteins,Adolescent,GeneGenotype,ofMembraneNewborn,Preschool,Glycoproteins,Infections,Cell{Toll-Like}
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1A mathematical analysis of the generation and termination of calcium sparks.
R. Hinch. Biophys. J., 86 (3): 1293--1307 (March 2004)
15 years ago by @hake
show all tags
{C}a$^{2+}$-Transporting
Calcium,
Ion
Biological,
Simulation,
L-Type,
Computing,
Statistical,
Humans,
Sodium
Gating,
Neurons,
Membrane,
Neural
Ventricles,
Ryanodine
Animals,
Calcium
Magnetics,
Stochastic
Research
Conduction,
Cells,
Electrophysiology,
U.S.
Membrane
14990462
Sarcolemma,
Muscle
Cell
Release
Mathematical
Channel
Channels,
Contraction,
Potentials,
Support,
Rats,
Reticulum,
P.H.S.,
Receptor
ATPase,
Processes,
Models,
Signaling,
Action
Heart
Myocytes,
Cardiovascular,
Sarcoplasmic
Neurological,
Gov't,
Comparative
Cardiac,
Channel,
Non-U.S.
Inhibitors,
Myocardial
Computer
Study,
Rate,
Enzyme
Cultured,
Heart,
{C}a$^{2+}$-TransportingCalcium,IonBiological,Simulation,L-Type,Computing,Statistical,Humans,SodiumGating,Neurons,Membrane,NeuralVentricles,RyanodineAnimals,CalciumMagnetics,StochasticResearchConduction,Cells,Electrophysiology,U.S.Membrane14990462Sarcolemma,MuscleCellReleaseMathematicalChannelChannels,Contraction,Potentials,Support,Rats,Reticulum,P.H.S.,ReceptorATPase,Processes,Models,Signaling,ActionHeartMyocytes,Cardiovascular,SarcoplasmicNeurological,Gov't,ComparativeCardiac,Channel,Non-U.S.Inhibitors,MyocardialComputerStudy,Rate,EnzymeCultured,Heart,
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1A mathematical model of the crustacean stretch receptor neuron. Biomechanics of the receptor muscle, mechanosensitive ion channels, and macrotransducer properties
C. Swerup, and B. Rydqvist. J Neurophys, 76 (4): 2211--20 (October 1996)
15 years ago by @fdiehl
show all tags
Animals,
Adaptation:
Ion
Neurological,
Channels,
Elasticity,
Potentials,
Transduction,
Physiological,
Biomechanics,
Crustacea
Models:
Mechanoreceptors,
Mathematics,
Membrane
Viscosity,
Neurons,
Spindles,
Muscle
Signal
Animals,Adaptation:IonNeurological,Channels,Elasticity,Potentials,Transduction,Physiological,Biomechanics,CrustaceaModels:Mechanoreceptors,Mathematics,MembraneViscosity,Neurons,Spindles,MuscleSignal
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1A mathematical treatment of integrated Ca dynamics within the ventricular myocyte.
T. Shannon, F. Wang, J. Puglisi, C. Weber, and D. Bers. Biophys. J., 87 (5): 3351--3371 (November 2004)
15 years ago by @hake
show all tags
Calcium,
Simulation,
Contraction,
Potentials,
Support,
Humans,
Reticulum,
P.H.S.,
Membrane,
Models,
Ventricles,
Animals,
Signaling,
Action
Heart
Calcium
Myocytes,
Cardiovascular,
Sarcoplasmic
Gov't,
Research
U.S.
Non-U.S.
Cardiac,
Myocardial
Membrane
Computer
15347581
Cell
Calcium,Simulation,Contraction,Potentials,Support,Humans,Reticulum,P.H.S.,Membrane,Models,Ventricles,Animals,Signaling,ActionHeartCalciumMyocytes,Cardiovascular,SarcoplasmicGov't,ResearchU.S.Non-U.S.Cardiac,MyocardialMembraneComputer15347581Cell
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1A microfluidic platform for generation of sharp gradients in open-access culture
D. Cate, C. Sip, and A. Folch. Biomicrofluidics, 4 (4): 044105 (2010)
12 years ago by @quantentunnel
show all tags
membrane
diffusion
gradient
microfluidics
membranediffusiongradientmicrofluidics
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1A mode of thought in excitation-contraction coupling.
M. Cannell, and C. Soeller. Biophys. J., 83 (1): 1-2 (July 2002)
15 years ago by @hake
show all tags
Communication,
Electrochemistry,
Ion
Biological,
Multiphoto,
Techniques,
Ions,
Inbred
Epithelial
Animals,
Propidium,
I,
Connexins,
Research
Cells,
Photons,
Membrane
Lasers,
Channel
Analysis,
Sequence
Contraction,
Potentials,
Rats,
Crystallins,
Oligonucleotides,
Differentiation,
Models,
Muscles,
Signaling,
Myocytes,
In
Diagnostic
Image
Butyric
Fluorescence,
Diffusion,
Non-U.S.
Computer
Computer-Assisted,
Bilayers,
Dyes,
Heart,
Mice,
Calcium,
Simulation,
Studies,
Electric
Imaging,
L-Type,
Non-P.H.S.,
Lipid
Biosensing
Humans,
Array
Junctions,
Gating,
Membrane,
Calcium
C57BL,
Photolysis,
Physiological,
Electrophysiology,
Situ
Hybridization,
Lens,
Carrier
Fluorescent
Confocal,
Muscle
Oligonucleotide
Culture
Cell
Oocytes,
Epitopes,
Fluorescein,
Multiphoton,
Channels,
Support,
Acid,
P.H.S.,
Gap
Adaptation,
Microscopy,
Feasibility
Feedback,
Action
Fluorescein-5-isothiocyanate,
Enhancement,
Cardiovascular,
Gov't,
Comparative
Proteins,
Antibodies,
Cardiac,
Myocardial
Study,
Crystalline,
Processing,
Cultured,
Conductivity,
Communication,Electrochemistry,IonBiological,Multiphoto,Techniques,Ions,InbredEpithelialAnimals,Propidium,I,Connexins,ResearchCells,Photons,MembraneLasers,ChannelAnalysis,SequenceContraction,Potentials,Rats,Crystallins,Oligonucleotides,Differentiation,Models,Muscles,Signaling,Myocytes,InDiagnosticImageButyricFluorescence,Diffusion,Non-U.S.ComputerComputer-Assisted,Bilayers,Dyes,Heart,Mice,Calcium,Simulation,Studies,ElectricImaging,L-Type,Non-P.H.S.,LipidBiosensingHumans,ArrayJunctions,Gating,Membrane,CalciumC57BL,Photolysis,Physiological,Electrophysiology,SituHybridization,Lens,CarrierFluorescentConfocal,MuscleOligonucleotideCultureCellOocytes,Epitopes,Fluorescein,Multiphoton,Channels,Support,Acid,P.H.S.,GapAdaptation,Microscopy,FeasibilityFeedback,ActionFluorescein-5-isothiocyanate,Enhancement,Cardiovascular,Gov't,ComparativeProteins,Antibodies,Cardiac,MyocardialStudy,Crystalline,Processing,Cultured,Conductivity,
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1A model of the L-type Ca$^2+$ channel in rat ventricular myocytes: ion selectivity and inactivation mechanisms.
L. Sun, J. Fan, J. Clark, and P. Palade. J. Physiol., (November 2000)
15 years ago by @hake
show all tags
Patch-Clamp
c
Calcium,
Barium,
Channel
Ion
Channels,
Potentials,
L-Type,
Rats,
Reticulum,
11080258
Sodium,
Techniques,
Gating,
Models,
Permeability,
Animals,
Calcium
Myocardium,
Electrophysiology,
Sarcoplasmi,
Algorithms,
Membrane
Theoretical,
Patch-ClampcCalcium,Barium,ChannelIonChannels,Potentials,L-Type,Rats,Reticulum,11080258Sodium,Techniques,Gating,Models,Permeability,Animals,CalciumMyocardium,Electrophysiology,Sarcoplasmi,Algorithms,MembraneTheoretical,
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1A model of the single atrial cell: relation between calcium current and calcium release.
Y. Earm, and D. Noble. Proc. R. Soc. Lond. B. Biol. Sci., 240 (1297): 83--96 (May 1990)
15 years ago by @hake
show all tags
Patch-Clamp
Function,
Calcium,
Biological,
Simulation,
Channels,
Potentials,
Support,
Sodium-Calcium
Sodium,
Node,
Techniques,
Atrial
Magnesium,
Models,
Exchanger,
Potassium
Rabbits,
Software,
Ventricles,
Animals,
Action
Heart
Calcium
In
Gov't,
Research
Time
Factors,
Kinetics,
Vitro,
Dose-Response
Proteins,
Carrier
Non-U.S.
Mathematics,
Membrane
Drug,
Computer
Relationship,
1972993
Sinoatrial
Heart,
Patch-ClampFunction,Calcium,Biological,Simulation,Channels,Potentials,Support,Sodium-CalciumSodium,Node,Techniques,AtrialMagnesium,Models,Exchanger,PotassiumRabbits,Software,Ventricles,Animals,ActionHeartCalciumInGov't,ResearchTimeFactors,Kinetics,Vitro,Dose-ResponseProteins,CarrierNon-U.S.Mathematics,MembraneDrug,ComputerRelationship,1972993SinoatrialHeart,
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1A NOVEL SEESAW-TYPE RF MEMS SWITCH WITH MINIMUM STRESS IN MEMBRANE FOR RF FRONTEND APPLICATIONS
J. Velmathi, Dr G.Theodore. Electrical Engineering: An International Journal (EEIJ), 1 (1): 1-5 (June 2014)
6 years ago by @eeijisnowonline
show all tags
bending
the
membrane
of
switching,
Dual
supply
Reduced
bendingthemembraneofswitching,DualsupplyReduced
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1A postsynaptic negative feedback mediated by coupling between AMPA receptors and Na+-activated K+ channels in spinal cord neurones
E. Nanou, and A. Manira. Eur J Neurosci, 25 (2): 445--50 (January 2007)
15 years ago by @fdiehl
show all tags
Agonists,
Patch-Clamp
Embryo:
Quinidine,
Receptors:
Channels,
Potentials,
Acid,
Spinal
Sodium
Techniques,
Lampreys,
Neurons,
Potassium
Lithium,
Animals,
Ouabain,
Acid
Interactions,
Excitatory
Cord,
alpha-Amino-3-hydroxy-5-methyl-4-isoxazolepropionic
AMPA,
Inhibitors,
Membrane
Amino
Nonmammalian,
Enzyme
Drug
Agonists,Patch-ClampEmbryo:Quinidine,Receptors:Channels,Potentials,Acid,SpinalSodiumTechniques,Lampreys,Neurons,PotassiumLithium,Animals,Ouabain,AcidInteractions,ExcitatoryCord,alpha-Amino-3-hydroxy-5-methyl-4-isoxazolepropionicAMPA,Inhibitors,MembraneAminoNonmammalian,EnzymeDrug
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1A rapid and sensitive fluorometric screening assay using YO-PRO-1 to quantify tumour cell invasion through Matrigel
A. Gohla, K. Eckert, and H. Maurer. Clin Exp Metastasis, 14 (5): 451-8 (October 1996)Gohla, A Eckert, K Maurer, H R Research Support, Non-U.S. Gov't England Clinical & experimental metastasis Clin Exp Metastasis. 1996 Oct;14(5):451-8..
14 years ago by @pharmawuerz
show all tags
Proteoglycans
Combinations
Invasiveness
Benzoxazoles
Quinolinium
Neoplasm/analysis
DNA,
Collagen
Methods
Factors
*Neoplasm
Compounds
Humans
Basement
use
Gohla
Time
Laminin
Dyes/*diagnostic
Fluorescent
Membrane
Tumor
Cultured
Cell
Drug
ProteoglycansCombinationsInvasivenessBenzoxazolesQuinoliniumNeoplasm/analysisDNA,CollagenMethodsFactors*NeoplasmCompoundsHumansBasementuseGohlaTimeLamininDyes/*diagnosticFluorescentMembraneTumorCulturedCellDrug
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1A simple numerical model of calcium spark formation and detection in cardiac myocytes.
G. Smith, J. Keizer, M. Stern, W. Lederer, and H. Cheng. Biophys. J., 75 (1): 15--32 (July 1998)
15 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,
Models,
Signaling,
In
Myocardium,
Fluorescence,
Wistar,
Non-U.S.
Signal
Dyes,
Heart,
Xanthenes,
Nonlinear
Ruthenium
Calcium,
Rumen,
Electric
Size,
Chelating
Calcium
Meat,
Electrophysiology,
Vitro,
U.S.
Fluorescent
Algorithms,
Confocal,
Cell
Agonists,
Cytosol,
Channels,
Support,
Acid,
Sodium-Calcium
9649364
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,
Channel,
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,Models,Signaling,InMyocardium,Fluorescence,Wistar,Non-U.S.SignalDyes,Heart,Xanthenes,NonlinearRutheniumCalcium,Rumen,ElectricSize,ChelatingCalciumMeat,Electrophysiology,Vitro,U.S.FluorescentAlgorithms,Confocal,CellAgonists,Cytosol,Channels,Support,Acid,Sodium-Calcium9649364Compounds,LinearReticulum,P.H.S.,ReceptorCattle,Male,Dynamics,Microscopy,Exchanger,Red,Feedback,Mitochondria,Cardiovascular,Blockers,SarcoplasmicDietaryGov't,AnilineBones,Kinetics,Proteins,Channel,MyocardialandPyrroles,Cultured,
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1A simplified local control model of calcium-induced calcium release in cardiac ventricular myocytes.
R. Hinch, J. Greenstein, A. Tanskanen, L. Xu, and R. Winslow. Biophys. J., 87 (6): 3723--3736 (December 2004)
15 years ago by @hake
show all tags
Biophysics,
Ion
Biological,
Ions,
Expression
Profiling,
Ryanodine
Animals,
Adaptor
Regulation,
Research
Time
Cells,
Mapping,
Kinase,
Phosphoprotein
Membrane
Relationship,
beta-1,
Release
QT
Markov
Voltage-Gated,
Interaction
Channel
Contraction,
Potentials,
Transduction,
Protein
Processes,
Extramural,
Models,
Complexes,
Potassium
Structure-Activity
Signaling,
Heart
Myocytes,
Guinea
Myocardium,
Conduction
Gene
System,
Non-U.S.
Computer
Signal
AMP-Dependent
Adrenergic,
Calcium,
Simulation,
Multiprotein
L-Type,
{C}a$^{2+}$-Calmodulin
Humans,
Proteome,
Kinases,
Gating,
Neurons,
Membrane,
Ventricles,
Long
Calcium
Dogs,
Dependent
Stochastic
Transducing,
Ryanodine,
Syndrome,
Electrophysiology,
Receptors,
Factors,
U.S.
Algorithms,
Muscle
Cell
Pigs,
Proteomics,
Channels,
Support,
P.H.S.,
Receptor
Cyclic
Isoproterenol,
Post-Translational,
Chains,
N.I.H.,
Action
Acid
Cardiovascular,
Gov't,
Comparative
Substitution,
Proteins,
Cardiac,
Channel,
Myocardial
Study,
Amino
Phosphorylation,
Phosphatase,
Processing,
Biophysics,IonBiological,Ions,ExpressionProfiling,RyanodineAnimals,AdaptorRegulation,ResearchTimeCells,Mapping,Kinase,PhosphoproteinMembraneRelationship,beta-1,ReleaseQTMarkovVoltage-Gated,InteractionChannelContraction,Potentials,Transduction,ProteinProcesses,Extramural,Models,Complexes,PotassiumStructure-ActivitySignaling,HeartMyocytes,GuineaMyocardium,ConductionGeneSystem,Non-U.S.ComputerSignalAMP-DependentAdrenergic,Calcium,Simulation,MultiproteinL-Type,{C}a$^{2+}$-CalmodulinHumans,Proteome,Kinases,Gating,Neurons,Membrane,Ventricles,LongCalciumDogs,DependentStochasticTransducing,Ryanodine,Syndrome,Electrophysiology,Receptors,Factors,U.S.Algorithms,MuscleCellPigs,Proteomics,Channels,Support,P.H.S.,ReceptorCyclicIsoproterenol,Post-Translational,Chains,N.I.H.,ActionAcidCardiovascular,Gov't,ComparativeSubstitution,Proteins,Cardiac,Channel,MyocardialStudy,AminoPhosphorylation,Phosphatase,Processing,
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1A small-systems approach to motor pattern generation
M. Nussbaum, and M. Beenhakker. Nature, 417 (6886): 343--50 (May 2002)
15 years ago by @fdiehl
show all tags
Animals,
Synaptic
Net,
Potentials,
Nervous
Neuronal
System
Humans,
Plasticity,
Synapses,
Animal
Nerve
Models:
Physiology,
Transmission,
Membrane
Crustacea,
Neurons,
Animals,SynapticNet,Potentials,NervousNeuronalSystemHumans,Plasticity,Synapses,AnimalNerveModels:Physiology,Transmission,MembraneCrustacea,Neurons,
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1A Trypanosomal Orthologue of an Intermembrane Space Chaperone Has a Non-Canonical Function in Biogenesis of the Single Mitochondrial Inner Membrane Protein Translocase.
C. Wenger, S. Oeljeklaus, B. Warscheid, A. Schneider, and A. Harsman. PLoS pathogens, 13 (8): e1006550 (August 2017)
12 days ago by @warscheidlab
show all tags
Northern,Chromatography
Spectrometry,Membrane
High
Proteins/*metabolism,Microscopy
brucei/*growth
&
Pressure
Blotting
Cycle
Chaperones/*metabolism,Protein
development/metabolism
Transport/*physiology,to_read,Trypanosoma
Liquid,Immunoprecipitation,Life
Membrane
Fluorescence,Mitochondrial
brucei
Membranes/metabolism,Molecular
Proteins/*metabolism,Mitochondrial
Stages,Mass
Transport
Northern,ChromatographySpectrometry,MembraneHighProteins/*metabolism,Microscopybrucei/*growth&PressureBlottingCycleChaperones/*metabolism,Proteindevelopment/metabolismTransport/*physiology,to_read,TrypanosomaLiquid,Immunoprecipitation,LifeMembraneFluorescence,MitochondrialbruceiMembranes/metabolism,MolecularProteins/*metabolism,MitochondrialStages,MassTransport
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1Acidosis-induced activation of anion channel SLAH3 in the flooding-related stress response of
J. Lehmann, M. Jorgensen, S. Fratz, H. Müller, J. Kusch, S. Scherzer, C. Navarro-Retamal, D. Mayer, J. Böhm, K. Konrad and 7 other author(s). Current Biology, 31 (16): 3575-+ (2021)Ue5sv Times Cited:17 Cited References Count:85.
3 months ago by @rainerhedrich_2
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myOwn
membrane
h+-atpase
myOwnmembraneh+-atpase
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5Acquiring Control: The Evolution of Stomatal Signalling Pathways
F. Sussmilch, J. Schultz, R. Hedrich, and M. Roelfsema. Trends in Plant Science, 24 (4): 342-351 (2019)Hp6fe Times Cited:47 Cited References Count:113.
3 months ago by @rainerhedrich_2
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myOwn
membrane
h+-atpase
myOwnmembraneh+-atpase
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1Activation by intracellular calcium of a potassium channel in cardiac sarcoplasmic reticulum.
A. Uehara, M. Yasukohchi, S. Ogata, and I. Imanaga. Pflugers Arch, 417 (6): 651--653 (February 1991)
15 years ago by @hake
show all tags
Alternative
Ion
Biological,
Lung,
Transport,
Molecular,
Animals,
Manganese,
Fura-2,
Cobalt,
Cells,
Hypoxia,
Dose-Response
Membrane
Relationship,
Motifs,
Radioisotopes,
Cricetulus,
Binding
Channel
Membranes,
Biological
Potentials,
Conserved
Extracellular
Cysteine,
Protein
Cations,
Cytoplasm,
Acids,
Asparagine,
Models,
Chimeric
Permeability,
Heart
In
Binding,
Intercellular
Cloning,
Triphosphate,
Molecular
Expression,
Competitive,
Gene
Drug,
Aspartic
Enzyme
Bilayers,
AMP-Dependent
Heart,
Sites,
Mice,
Calcium,
Electric
Animal,
Lipid
Humans,
Hamsters,
Kinases,
Junctions,
Gating,
Sequence,
Membrane,
Ventricles,
Calcium
Dogs,
Kidney
Cadmium,
Ligands,
Electrophysiology,
Vitro,
Carrier
Splicing,
Algorithms,
Cell
Biotransformation,
Fibroblasts,
Channels,
Acid,
Compounds,
Cattle,
Cyclic
Line,
Knockout,
Magnesium,
Adenosine
Lithium,
Space,
Tubules,
Acid
Aniline
Chloride,
Substitution,
Kinetics,
Proteins,
Inhibitors,
Lanthanu,
Arachidonic
Amino
Cultured,
Conductivity,
AlternativeIonBiological,Lung,Transport,Molecular,Animals,Manganese,Fura-2,Cobalt,Cells,Hypoxia,Dose-ResponseMembraneRelationship,Motifs,Radioisotopes,Cricetulus,BindingChannelMembranes,BiologicalPotentials,ConservedExtracellularCysteine,ProteinCations,Cytoplasm,Acids,Asparagine,Models,ChimericPermeability,HeartInBinding,IntercellularCloning,Triphosphate,MolecularExpression,Competitive,GeneDrug,AsparticEnzymeBilayers,AMP-DependentHeart,Sites,Mice,Calcium,ElectricAnimal,LipidHumans,Hamsters,Kinases,Junctions,Gating,Sequence,Membrane,Ventricles,CalciumDogs,KidneyCadmium,Ligands,Electrophysiology,Vitro,CarrierSplicing,Algorithms,CellBiotransformation,Fibroblasts,Channels,Acid,Compounds,Cattle,CyclicLine,Knockout,Magnesium,AdenosineLithium,Space,Tubules,AcidAnilineChloride,Substitution,Kinetics,Proteins,Inhibitors,Lanthanu,ArachidonicAminoCultured,Conductivity,
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1Activation of muscarinic K+ current in guinea-pig atrial myocytes by sphingosine-1-phosphate
M. Bunemann, B. Brandts, D. zu Heringdorf, C. van Koppen, K. Jakobs, and L. Pott. J Physiol, (December 1995)Bunemann, M Brandts, B zu Heringdorf, D M van Koppen, C J Jakobs, K H Pott, L In Vitro Research Support, Non-U.S. Gov't England The Journal of physiology J Physiol. 1995 Dec 15;489 ( Pt 3):701-7..
14 years ago by @pharmawuerz
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Pigs
Patch-Clamp
Techniques
&
Acetylcholine/pharmacology
Agonists/*pharmacology
Transduction/drug
derivatives/pharmacology
Biotransformation/drug
effects
Animals
*Lysophospholipids
effects/*metabolism
Adenosine/pharmacology
Potassium
Potentials/drug
Cardiovascular
Guinea
Sphingosine/*analogs
effects/physiology
Male
Muscarinic
Proteins/metabolism
Channels/drug
Agents/pharmacology
Myocardium/cytology/*metabolism
Phospholipids/blood
Membrane
GTP-Binding
Signal
Female
Heart/drug
PigsPatch-ClampTechniques&Acetylcholine/pharmacologyAgonists/*pharmacologyTransduction/drugderivatives/pharmacologyBiotransformation/drugeffectsAnimals*Lysophospholipidseffects/*metabolismAdenosine/pharmacologyPotassiumPotentials/drugCardiovascularGuineaSphingosine/*analogseffects/physiologyMaleMuscarinicProteins/metabolismChannels/drugAgents/pharmacologyMyocardium/cytology/*metabolismPhospholipids/bloodMembraneGTP-BindingSignalFemaleHeart/drug
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1Activation of the Notch pathway in the hair cortex leads to aberrant differentiation of the adjacent hair-shaft layers
M. Lin, C. Leimeister, M. Gessler, and R. Kopan. Development, 127 (11): 2421--2432 (2000)
11 years ago by @ebch
show all tags
Factors
Hair
Keratins/metabolism
Mice;Transgenic
Diseases
Surface
Animals
Proteins/genetics/*metabolism
Follicle/*abnormalities/*metabolism
Membrane
Mice
Receptor;Notch1
*Receptors;Cell
Phenotype
Differentiation
*Transcription
Cell
Hair/abnormalities
FactorsHairKeratins/metabolismMice;TransgenicDiseasesSurfaceAnimalsProteins/genetics/*metabolismFollicle/*abnormalities/*metabolismMembraneMiceReceptor;Notch1*Receptors;CellPhenotypeDifferentiation*TranscriptionCellHair/abnormalities
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1Activation properties of Kv4.3 channels: time, voltage and K$^+$o dependence.
S. Wang, V. Bondarenko, Y. Qu, M. Morales, R. Rasmusson, and H. Strauss. J. Physiol., 557 (Pt 3): 705--717 (June 2004)
15 years ago by @hake
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Ion
Biological,
Transport,
Stimulation,
DNA,
Techniques,
Active,
Neural
Animals,
Female,
coli,
Polyacrylamide
Research
Homeostasis,
Data,
Membrane
RNA,
Binding
Patch-Clamp
Escherichia
Markov
Structure,,
Electrophoresis,
Biology,
Channel
Biological
Net,
Sequence
Potentials,
Pressure
Oligonucleotides,
Protein
Shal
Extramural,
Models,
Potassium
Software,
Myocytes,
Binding,
Venoms,
Potassium,
Clocks,
Molecular
Chemical,
Non-U.S.
Computer
Chromatography,
Computational
Sites,
Rectifier
Nonlinear
Mice,
Calcium,
Simulation,
Electric
L-Type,
Non-P.H.S.,
Alignment,
Humans,
Sodium
Gating,
Neurons,
Sequence,
Liquid,
Tertiary,
Calcium
Complementary,
Electrophysiology,
Oocytes,
Delayed
High
Channels,
Potential,
Support,
Chloride
Non-P.H.S,
Reticulum,
P.H.S.,
Dynamics,
Chains,
Spider
Inhibition,
.,
N.I.H.,
Action
Acid
Cardiovascular,
Sarcoplasmic
Neurological,
Gov't,
Comparative
Nerve
Kinetics,
Proteins,
Cardiac,
Study,
Amino
Gel,
Recombinant
Plasmids,
Conductivity,
IonBiological,Transport,Stimulation,DNA,Techniques,Active,NeuralAnimals,Female,coli,PolyacrylamideResearchHomeostasis,Data,MembraneRNA,BindingPatch-ClampEscherichiaMarkovStructure,,Electrophoresis,Biology,ChannelBiologicalNet,SequencePotentials,PressureOligonucleotides,ProteinShalExtramural,Models,PotassiumSoftware,Myocytes,Binding,Venoms,Potassium,Clocks,MolecularChemical,Non-U.S.ComputerChromatography,ComputationalSites,RectifierNonlinearMice,Calcium,Simulation,ElectricL-Type,Non-P.H.S.,Alignment,Humans,SodiumGating,Neurons,Sequence,Liquid,Tertiary,CalciumComplementary,Electrophysiology,Oocytes,DelayedHighChannels,Potential,Support,ChlorideNon-P.H.S,Reticulum,P.H.S.,Dynamics,Chains,SpiderInhibition,.,N.I.H.,ActionAcidCardiovascular,SarcoplasmicNeurological,Gov't,ComparativeNerveKinetics,Proteins,Cardiac,Study,AminoGel,RecombinantPlasmids,Conductivity,
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3Activity-dependent changes in the intrinsic properties of cultured neurons
G. Turrigiano, L. Abbott, and E. Marder. Science, 264 (5161): 974--7 (May 1994)
15 years ago by @fdiehl
show all tags
Animals,
Invertebrate,
Calcium,
Egtazic
Electric
Ganglia:
Potentials,
Acid,
Nephropidae,
Synapses,
Electrophysiology,
Neurites,
Stimulation,
Membrane
Neurons
Cultured,
Cells:
Animals,Invertebrate,Calcium,EgtazicElectricGanglia:Potentials,Acid,Nephropidae,Synapses,Electrophysiology,Neurites,Stimulation,MembraneNeuronsCultured,Cells:
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1Acute administration of fish oil inhibits triggered activity in isolated myocytes from rabbits and patients with heart failure.
H. Ruijter, G. Berecki, A. Verkerk, D. Bakker, A. Baartscheer, C. Schumacher, C. Belterman, N. de Jonge, J. Fiolet, I. Brouwer and 1 other author(s). Circulation, 117 (4): 536--544 (January 2008)
15 years ago by @hake
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Rabbits
Humans;
Calcium,
Failure,
effects;
Unsaturated,
Cultured;
pharmacology;
Fatty
Animals;
/&/
Acids,
Oils,
Action
prevention
Heart
analysis;
Norepinephrine,
control;
Arrhythmias,
Cells,
Omega-3,
pathology;
Cardiac,
cytology/drug
Fish
Membrane
Potentials;
Muscle
RabbitsHumans;Calcium,Failure,effects;Unsaturated,Cultured;pharmacology;FattyAnimals;/&/Acids,Oils,ActionpreventionHeartanalysis;Norepinephrine,control;Arrhythmias,Cells,Omega-3,pathology;Cardiac,cytology/drugFishMembranePotentials;Muscle
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1Adrenoleukodystrophy: fatty acid analysis of total glycerophospholipids in erythrocyte membranes.
Y. Antoku, T. Sakai, I. Goto, Y. Katafuchi, H. Sato, H. Iwashita, and Y. Kuroiwa. Acta Neurol Scand, 72 (2): 193--197 (August 1985)
10 years ago by @ar0berts
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Child;
Humans;
Diffuse
Adult;
Adrenoleukodystrophy;
Dystrophies;
Membrane;
Cerebral
Muscular
Male;
Acids;
Chemistry;
Sclerosis
Palsy;
Lipids;
Fatty
of
Erythrocyte
Acids
Membrane
Phosphatidic
Schilder;
Child;Humans;DiffuseAdult;Adrenoleukodystrophy;Dystrophies;Membrane;CerebralMuscularMale;Acids;Chemistry;SclerosisPalsy;Lipids;FattyofErythrocyteAcidsMembranePhosphatidicSchilder;
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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
Mice,
{C}a$^{2+}$-Transporting
Calcium,
Failure,
Ion
beta-Agonists,
Biological,
Electric
Simulation,
Transport,
Humans,
Stimulation,
11158165
Caffeine,
Membrane,
Ventricles,
Animals,
Calcium
Dogs,
Regulation,
Research
Cells,
Fibers,
Allosteric
U.S.
Membrane
Tetracaine,
Muscle
Cell
Cytosol,
Channels,
Biological
Mutagenesis,
Contraction,
Potentials,
Support,
Sodium-Calcium
Congestive,
Reticulum,
P.H.S.,
Isoproterenol,
ATPase,
Nickel,
Models,
Exchanger,
Rabbits,
Ferrets,
Signaling,
Action
Heart
Myocytes,
Myocardium,
Cardiovascular,
Sarcoplasmic
Gov't,
Adrenergic
Kinetics,
Cardiac,
Non-U.S.
Myocardial
Computer
Diastole,
Cultured,
Heart,
Mice,{C}a$^{2+}$-TransportingCalcium,Failure,Ionbeta-Agonists,Biological,ElectricSimulation,Transport,Humans,Stimulation,11158165Caffeine,Membrane,Ventricles,Animals,CalciumDogs,Regulation,ResearchCells,Fibers,AllostericU.S.MembraneTetracaine,MuscleCellCytosol,Channels,BiologicalMutagenesis,Contraction,Potentials,Support,Sodium-CalciumCongestive,Reticulum,P.H.S.,Isoproterenol,ATPase,Nickel,Models,Exchanger,Rabbits,Ferrets,Signaling,ActionHeartMyocytes,Myocardium,Cardiovascular,SarcoplasmicGov't,AdrenergicKinetics,Cardiac,Non-U.S.MyocardialComputerDiastole,Cultured,Heart,
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1Altered E-C coupling in rat ventricular myocytes from failing hearts 6 wk after MI.
J. Wasserstrom, E. Holt, I. Sjaastad, P. Lunde, A. Odegaard, and O. Sejersted. Am. J. Physiol. Heart Circ. Physiol., 279 (2): H798-807 (August 2000)
15 years ago by @hake
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Infarction,
Function,
Failure,
Contraction,
Potentials,
Support,
Sodium-Calcium
Rats,
Congestive,
P.H.S.,
Male,
Nickel,
Left,
Exchanger,
Ventricles,
Animals,
Heart
Ventricular
Myocardium,
Gov't,
Research
10924080
Cells,
Potassium,
Wistar,
U.S.
Non-U.S.
Myocardial
Membrane
Cesium,
Verapamil,
Cultured,
Heart,
Infarction,Function,Failure,Contraction,Potentials,Support,Sodium-CalciumRats,Congestive,P.H.S.,Male,Nickel,Left,Exchanger,Ventricles,Animals,HeartVentricularMyocardium,Gov't,Research10924080Cells,Potassium,Wistar,U.S.Non-U.S.MyocardialMembraneCesium,Verapamil,Cultured,Heart,
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1Amplification of the meningococcal porB gene for non-culture serotype characterization
R. Urwin, E. Kaczmarski, M. Guiver, A. Fox, and M. Maiden. Epidemiology and Infection, 120 (3): 257--262 (June 1998)PMID: 9692604.
13 years ago by @jelias
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Bacterial
Chain
Reaction,
Bacterial,
Porins,
Assay,
Outer
{DNA,}
Probes,
Polymerase
meningitidis,
{Enzyme-Linked}
Proteins,
Neisseria
Immunosorbent
Membrane
Oligonucleotide
Serotyping
BacterialChainReaction,Bacterial,Porins,Assay,Outer{DNA,}Probes,Polymerasemeningitidis,{Enzyme-Linked}Proteins,NeisseriaImmunosorbentMembraneOligonucleotideSerotyping
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1An Action for Black Hole Membranes
M. Parikh, and F. Wilczek. Physical Review D, (1998)
17 years ago by @random3f
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Membrane
GeneralRelativity
Tirocinio
MembraneGeneralRelativityTirocinio
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1An appraisal of the evidence for a sarcoplasmic reticulum membrane potential and its relation to calcium release in skeletal muscle.
H. Oetliker. J. Muscle Res. Cell Motil., 3 (3): 247--272 (September 1982)
15 years ago by @hake
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Fac,
Calcium,
Rana
Biological,
Electric
Contraction,
Liposomes,
Potentials,
Support,
Reticulum,
Sodium,
Myofibrils,
Ions,
tors,
Neurons,
Models,
Muscles,
Permeability,
Animals,
temporaria,
In
Sarcoplasmic
Birefringence,
Gov't,
Research
Time
Comparative
Solutions,
Vitro,
Hypotonic
Non-U.S.
Hypertonic
Membrane
Study,
Muscle
6752197
Conductivity,
Fac,Calcium,RanaBiological,ElectricContraction,Liposomes,Potentials,Support,Reticulum,Sodium,Myofibrils,Ions,tors,Neurons,Models,Muscles,Permeability,Animals,temporaria,InSarcoplasmicBirefringence,Gov't,ResearchTimeComparativeSolutions,Vitro,HypotonicNon-U.S.HypertonicMembraneStudy,Muscle6752197Conductivity,
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1An Essential Novel Component of the Noncanonical Mitochondrial Outer Membrane Protein Import System of Trypanosomatids.
M. Pusnik, J. Mani, O. Schmidt, M. Niemann, S. Oeljeklaus, F. Schnarwiler, B. Warscheid, T. Lithgow, C. Meisinger, and A. Schneider. Molecular biology of the cell, 23 (17): 3420--3428 (September 2012)
12 days ago by @warscheidlab
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Membranes/*metabolism,Mitochondrial
Small
Line,Mitochondria/metabolism,Mitochondrial
Proteins/chemistry/genetics/metabolism,Protein
Interference,RNA
brucei/genetics/*metabolism/ultrastructure
Proteins/chemistry/genetics/*metabolism,RNA
Interfering,to_read,Trypanosoma
Transport,Protozoan
Membrane
brucei
Proteins/chemistry/*metabolism,Mitochondrial
Transport
Cell
Membranes/*metabolism,MitochondrialSmallLine,Mitochondria/metabolism,MitochondrialProteins/chemistry/genetics/metabolism,ProteinInterference,RNAbrucei/genetics/*metabolism/ultrastructureProteins/chemistry/genetics/*metabolism,RNAInterfering,to_read,TrypanosomaTransport,ProtozoanMembranebruceiProteins/chemistry/*metabolism,MitochondrialTransportCell
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1An indirect perfluorosulfonated ionomer-coated electrochemical immunosensor for the detection of the protein human chorionic gonadotrophin.
A. Chetcuti, D. Wong, and M. Stuart. Anal Chem, 71 (18): 4088--4094 (September 1999)
18 years ago by @biblio24
show all tags
homogeneous
membrane
immunoassay
hcg
electrochemistry
homogeneousmembraneimmunoassayhcgelectrochemistry
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1An integrative model of the cardiac ventricular myocyte incorporating local control of Ca$^2+$ release.
J. Greenstein, and R. Winslow. Biophys. J., 83 (6): 2918--2945 (December 2002)
15 years ago by @hake
show all tags
Biophysics,
Ion
Biological,
Techniques,
Ions,
Expression
Profiling,
Ryanodine
Animals,
Adaptor
Regulation,
Research
Time
Cells,
Mapping,
Kinase,
Phosphoprotein
Membrane
Relationship,
Release
Patch-Clamp
QT
Markov
Interaction
Channel
Contraction,
Potentials,
Transduction,
Protein
Processes,
Extramural,
Models,
Complexes,
Potassium
Structure-Activity
Signaling,
Heart
Myocytes,
Guinea
Myocardium,
Conduction
Gene
System,
Non-U.S.
Computer
Signal
AMP-Dependent
Adrenergic,
Calcium,
Simulation,
Multiprotein
L-Type,
{C}a$^{2+}$-Calmodulin
Humans,
Proteome,
Kinases,
Gating,
Neurons,
Membrane,
Ventricles,
Long
Calcium
Dogs,
Dependent
Stochastic
Transducing,
Ryanodine,
Syndrome,
Electrophysiology,
Receptors,
Algorithms,
Muscle
Cell
Pigs,
Proteomics,
Channels,
Support,
Reticulum,
P.H.S.,
Receptor
Cyclic
Isoproterenol,
Post-Translational,
Chains,
N.I.H.,
Action
Acid
Cardiovascular,
Sarcoplasmic
Gov't,
Comparative
Substitution,
Proteins,
Cardiac,
Channel,
Myocardial
Study,
Amino
Phosphorylation,
Phosphatase,
Processing,
Biophysics,IonBiological,Techniques,Ions,ExpressionProfiling,RyanodineAnimals,AdaptorRegulation,ResearchTimeCells,Mapping,Kinase,PhosphoproteinMembraneRelationship,ReleasePatch-ClampQTMarkovInteractionChannelContraction,Potentials,Transduction,ProteinProcesses,Extramural,Models,Complexes,PotassiumStructure-ActivitySignaling,HeartMyocytes,GuineaMyocardium,ConductionGeneSystem,Non-U.S.ComputerSignalAMP-DependentAdrenergic,Calcium,Simulation,MultiproteinL-Type,{C}a$^{2+}$-CalmodulinHumans,Proteome,Kinases,Gating,Neurons,Membrane,Ventricles,LongCalciumDogs,DependentStochasticTransducing,Ryanodine,Syndrome,Electrophysiology,Receptors,Algorithms,MuscleCellPigs,Proteomics,Channels,Support,Reticulum,P.H.S.,ReceptorCyclicIsoproterenol,Post-Translational,Chains,N.I.H.,ActionAcidCardiovascular,SarcoplasmicGov't,ComparativeSubstitution,Proteins,Cardiac,Channel,MyocardialStudy,AminoPhosphorylation,Phosphatase,Processing,
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1An interactive two-state model for cell membrane potassium and sodium ion channels in electric fields using the pair approximation
R. Erdem, and C. Ekiz. Physica A: Statistical Mechanics and its Applications, 351 (2-4): 417--426 (Jun 15, 2005)
16 years ago by @smicha
show all tags
sodium
membrane
potassium
ion
and
channels
Cell
sodiummembranepotassiumionandchannelsCell
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1An unexpected role for brain-type sodium channels in coupling of cell surface depolarization to contraction in the heart.
S. Maier, R. Westenbroek, K. Schenkman, E. Feigl, T. Scheuer, and W. Catterall. Proc. Natl. Acad. Sci. U. S. A., 99 (6): 4073--4078 (March 2002)
15 years ago by @hake
show all tags
Humans;
Channel
effects;
Electric
Channels,
Subunits;
Contraction,
Potentials,
metabolism;
Protein
drug
Brain;
Mice;
Sodium,
pharmacology;
Sodium
Animals;
/&/
cytology/metabolism;
Blockers;
Transport;
antagonists
chemistry/metabolism;
Guinea
Scorpion
Myocardium,
Venoms,
Line;
Male;
Conductivity;
Pigs;
Tetrodotoxin,
pharmacology
Myocardial
Membrane
inhibitors/chemistry/metabolism;
Cell
Isoforms,
Humans;Channeleffects;ElectricChannels,Subunits;Contraction,Potentials,metabolism;ProteindrugBrain;Mice;Sodium,pharmacology;SodiumAnimals;/&/cytology/metabolism;Blockers;Transport;antagonistschemistry/metabolism;GuineaScorpionMyocardium,Venoms,Line;Male;Conductivity;Pigs;Tetrodotoxin,pharmacologyMyocardialMembraneinhibitors/chemistry/metabolism;CellIsoforms,
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1Analysing cardiac excitation-contraction coupling with mathematical models of local control.
C. Soeller, and M. Cannell. Prog. Biophys. Mol. Biol., 85 (2-3): 141-62 (2004)
15 years ago by @hake
show all tags
Electrochemistry,
Ion
Electric
Simulation,
L-Type,
Imaging,
Biosensing
Humans,
Array
Techniques,
Gating,
Ryanodine
Animals,
Calcium
Research
Photolysis,
Physiological,
Situ
Lens,
Hybridization,
Carrier
Membrane
Oligonucleotide
15142741
Labeling,
Release
Channel
Analysis,
Channels,
Sequence
Contraction,
Potentials,
Support,
Acid,
Crystallins,
Oligonucleotides,
Reticulum,
Receptor
Adaptation,
Models,
Feedback,
Signaling,
In
Cardiovascular,
Sarcoplasmic
Diagnostic
Staining
Gov't,
Butyric
Proteins,
Channel,
Non-U.S.
Myocardial
and
Computer
Crystalline,
Heart,
Conductivity,
Electrochemistry,IonElectricSimulation,L-Type,Imaging,BiosensingHumans,ArrayTechniques,Gating,RyanodineAnimals,CalciumResearchPhotolysis,Physiological,SituLens,Hybridization,CarrierMembraneOligonucleotide15142741Labeling,ReleaseChannelAnalysis,Channels,SequenceContraction,Potentials,Support,Acid,Crystallins,Oligonucleotides,Reticulum,ReceptorAdaptation,Models,Feedback,Signaling,InCardiovascular,SarcoplasmicDiagnosticStainingGov't,ButyricProteins,Channel,Non-U.S.MyocardialandComputerCrystalline,Heart,Conductivity,
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1Analysis of HeyL expression in wild-type and Notch pathway mutant mouse embryos
C. Leimeister, N. Schumacher, C. Steidl, and M. Gessler. Mech Dev, 98 (1-2): 175--178 (2000)
11 years ago by @ebch
show all tags
Factors/*genetics
Development/*genetics
In
Hybridization
Humans
Helix-Loop-Helix
Transcription
Surface
Proteins/*genetics
Situ
Animals
Embryonic;Fetal
Gene
Membrane
Mice
Expression
Receptor;Notch1
Mutation
Regulation;Developmental
*Receptors;Cell
Mice;Knockout
Motifs/genetics
Factors/*geneticsDevelopment/*geneticsInHybridizationHumansHelix-Loop-HelixTranscriptionSurfaceProteins/*geneticsSituAnimalsEmbryonic;FetalGeneMembraneMiceExpressionReceptor;Notch1MutationRegulation;Developmental*Receptors;CellMice;KnockoutMotifs/genetics
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1Analysis of Neisseria lactamica antigens putatively implicated in acquisition of natural immunity to Neisseria meningitidis
G. Troncoso, S. Sánchez, M. Criado, and C. Ferreirós. FEMS Immunology and Medical Microbiology, 34 (1): 9--15 (September 2002)PMID: 12208601.
13 years ago by @jelias
show all tags
Mice,
Meningococcal,
{BALB}
Immunity,
Reactions,
Humans,
meningitidis,
Innate,
Neisseria
Cross
Inbred
Meningitis,
Animals,
Bacterial
Bacterial,
C,
Outer
Immunization,
Molecular
Proteins,
Specificity
Antibodies,
Membrane
Antigens,
Species
Weight,
Neisseria,
Mice,Meningococcal,{BALB}Immunity,Reactions,Humans,meningitidis,Innate,NeisseriaCrossInbredMeningitis,Animals,BacterialBacterial,C,OuterImmunization,MolecularProteins,SpecificityAntibodies,MembraneAntigens,SpeciesWeight,Neisseria,
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1Antigenic cross-reactivity between outer membrane proteins of Neisseria meningitidis and commensal Neisseria species
G. Troncoso, S. Sánchez, M. Moreda, M. Criado, and C. Ferreirós. FEMS Immunology and Medical Microbiology, 27 (2): 103--109 (February 2000)PMID: 10640604.
13 years ago by @jelias
show all tags
Mice,
Electrophoresis,
Meningococcal,
Immune
State,
Oropharynx
Sera,
Reactions,
Humans,
meningitidis,
Neisseria
Cross
Meningitis,
Animals,
Bacterial
Bacterial,
Immunoblotting,
Polyacrylamide
Outer
Proteins,
Carrier
Membrane
Antigens,
Gel,
Neisseria,
Mice,Electrophoresis,Meningococcal,ImmuneState,OropharynxSera,Reactions,Humans,meningitidis,NeisseriaCrossMeningitis,Animals,BacterialBacterial,Immunoblotting,PolyacrylamideOuterProteins,CarrierMembraneAntigens,Gel,Neisseria,
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1Antigenic shift and increased incidence of meningococcal disease
L. Harrison, K. Jolley, K. Shutt, J. Marsh, M. O'Leary, L. Sanza, and M. Maiden. The Journal of Infectious Diseases, 193 (9): 1266--1274 (May 2006)PMID: 16586364.
13 years ago by @jelias
show all tags
Bacterial
Bacterial,
Acid
Incidence,
Genes,
Mutation,
Outer
Sequence
Meningococcal
Data,
Porins
Substitution,
Variation,
Humans,
Molecular
meningitidis,
Proteins,
Neisseria
Membrane
Amino
Antigens,
Sequence,
Antigenic
Infections,
BacterialBacterial,AcidIncidence,Genes,Mutation,OuterSequenceMeningococcalData,PorinsSubstitution,Variation,Humans,Molecularmeningitidis,Proteins,NeisseriaMembraneAminoAntigens,Sequence,AntigenicInfections,
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1Arrhythmogenesis and contractile dysfunction in heart failure: Roles of sodium-calcium exchange, inward rectifier potassium current, and residual beta-adrenergic responsiveness.
S. Pogwizd, K. Schlotthauer, L. Li, W. Yuan, and D. Bers. Circ. Res., 88 (11): 1159--1167 (June 2001)
15 years ago by @hake
show all tags
Calcium,
Failure,
beta-Agonists,
Animal,
Techniques,
Caffeine,
Animals,
Disease
Ventricular
A,
Research
Cells,
Rectifying,
11397771
Dysfunction,
Receptors,
U.S.
Up-Regulation,
Membrane
Patch-Clamp
Arrhythmia,
Channels,
Contraction,
Potentials,
Support,
Sodium-Calcium
Congestive,
beta,
Reticulum,
P.H.S.,
Sodium,
Isoproterenol,
Left,
Models,
Exchanger,
Potassium
Rabbits,
Down-Regulation,
Heart
Sarcoplasmic
Gov't,
Adrenergic
Inwardly
drenergic,
Potassium,
beta-Antagonists,
Myocardial
Cultured,
Propranolol,
Calcium,Failure,beta-Agonists,Animal,Techniques,Caffeine,Animals,DiseaseVentricularA,ResearchCells,Rectifying,11397771Dysfunction,Receptors,U.S.Up-Regulation,MembranePatch-ClampArrhythmia,Channels,Contraction,Potentials,Support,Sodium-CalciumCongestive,beta,Reticulum,P.H.S.,Sodium,Isoproterenol,Left,Models,Exchanger,PotassiumRabbits,Down-Regulation,HeartSarcoplasmicGov't,AdrenergicInwardlydrenergic,Potassium,beta-Antagonists,MyocardialCultured,Propranolol,
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1Artifactual contractions triggered by field stimulation of cardiomyocytes.
J. B�kenes, I. Sjaastad, and O. Sejersted. J. Appl. Physiol., 98 (5): 1712-9 (May 2005)
15 years ago by @hake
show all tags
Infarction,
15640393
Failure,
Serotonin
Skin,
Humans,
Indoles,
Reaction,
Animals,
Chain
Porphyrins,
Agents,
Reverse
Tumor,
Serotonin,
Research
Receptors,
Tetraethylammonium,
Concentration,
5-HT4,
Membrane
AMP,
Cardiotonic
Cell
Fibroblasts,
Hydrogen-Ion
RNA,
Agonists,
Papillary
Antagonists,
Transcriptase
Contraction,
Potentials,
Support,
Rats,
Congestive,
Polymerase
Mesoporphyrins,
Cyclic
Male,
Line,
Hematoporphyrins,
Muscles,
Heart
Myocytes,
Gov't,
Comparative
Sulfonamides,
Photosensitizing
Wistar,
Cardiac,
Non-U.S.
Myocardial
Study,
Messenger,
Infarction,15640393Failure,SerotoninSkin,Humans,Indoles,Reaction,Animals,ChainPorphyrins,Agents,ReverseTumor,Serotonin,ResearchReceptors,Tetraethylammonium,Concentration,5-HT4,MembraneAMP,CardiotonicCellFibroblasts,Hydrogen-IonRNA,Agonists,PapillaryAntagonists,TranscriptaseContraction,Potentials,Support,Rats,Congestive,PolymeraseMesoporphyrins,CyclicMale,Line,Hematoporphyrins,Muscles,HeartMyocytes,Gov't,ComparativeSulfonamides,PhotosensitizingWistar,Cardiac,Non-U.S.MyocardialStudy,Messenger,
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1Assay of locus-specific genetic load implicates rare Toll-like receptor 4 mutations in meningococcal susceptibility
I. Smirnova, N. Mann, A. Dols, H. Derkx, M. Hibberd, M. Levin, and B. Beutler. Proceedings of the National Academy of Sciences of the United States of America, 100 (10): 6075--80 (May 2003)PMID: 12730365.
13 years ago by @jelias
show all tags
England,
Odds
Chromosome
Reference
Missense,
Mutation,
Values,
Surface,
Humans,
Receptor
Codon,
Disease,
4,
2,
to
Ethnic
Nonsense,
Frequency,
Groups,
Acid
Genetic
Meningococcal
Mapping,
Alleles,
Substitution,
Predisposition
Receptors,
Receptors
Gene
Membrane
Amino
Ratio,
Glycoproteins,
Infections,
Cell
{Toll-Like}
England,OddsChromosomeReferenceMissense,Mutation,Values,Surface,Humans,ReceptorCodon,Disease,4,2,toEthnicNonsense,Frequency,Groups,AcidGeneticMeningococcalMapping,Alleles,Substitution,PredispositionReceptors,ReceptorsGeneMembraneAminoRatio,Glycoproteins,Infections,Cell{Toll-Like}
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1Assembly of $\beta$-Barrel Proteins in the Mitochondrial Outer Membrane.
A. Höhr, S. Straub, B. Warscheid, T. Becker, and N. Wiedemann. Biochimica et biophysica acta, 1853 (1): 74--88 (January 2015)
12 days ago by @warscheidlab
show all tags
import,Protein
Secondary,Protein
Reticulum/chemistry,Mitochondria,Mitochondrial
Membranes/*chemistry,Outer
Proteins/chemistry,to_read
membrane,Porins/chemistry,Protein
assembly,Protein
Bacteria,Beta-barrel,Endoplasmic
Membrane
cerevisiae
Structure
Transport
Transport,Saccharomyces
Proteins/*chemistry,Mitochondrial
import,ProteinSecondary,ProteinReticulum/chemistry,Mitochondria,MitochondrialMembranes/*chemistry,OuterProteins/chemistry,to_readmembrane,Porins/chemistry,Proteinassembly,ProteinBacteria,Beta-barrel,EndoplasmicMembranecerevisiaeStructureTransportTransport,SaccharomycesProteins/*chemistry,Mitochondrial
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1Attentuation of cardiac stunning by losartan in a cellular model of ischemia and reperfusion is accompanied by increased sarcoplasmic reticulum Ca2+ stores and prevention of cytosolic Ca2+ elevation.
W. Louch, G. Ferrier, and S. Howlett. J Pharmacol Exp Ther, 312 (1): 238--247 (January 2005)
15 years ago by @hake
show all tags
Calcium,
use;
pharmacology/therapeutic
effects;
effects/physiology;
Cytosol,
Losartan,
Contraction,
Potentials,
metabolism;
drug
Reticulum,
Ischemia,
Biological;
Animals;
/&/
Stunning,
Models,
metabolism
Reperfusion;
Action
prevention
Guinea
Myocardium,
Sarcoplasmic
control;
Pigs;
Reperfusion
pathology;
Myocardial
Membrane
Injury,
Heart,
Calcium,use;pharmacology/therapeuticeffects;effects/physiology;Cytosol,Losartan,Contraction,Potentials,metabolism;drugReticulum,Ischemia,Biological;Animals;/&/Stunning,Models,metabolismReperfusion;ActionpreventionGuineaMyocardium,Sarcoplasmiccontrol;Pigs;Reperfusionpathology;MyocardialMembraneInjury,Heart,
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2Auxin-induced K channel expression represents an essential step in coleoptile growth and gravitropism
K. Philippar, I. Fuchs, H. Lüthen, S. Hoth, C. Bauer, K. Haga, G. Thiel, K. Ljung, G. Sandberg, M. Böttger and 2 other author(s). Proceedings of the National Academy of Sciences of the United States of America, 96 (21): 12186-12191 (1999)246md Times Cited:230 Cited References Count:35.
3 months ago by @rainerhedrich_2
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myOwn
membrane
h+-atpase
myOwnmembraneh+-atpase
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1Blockade of cardiac sarcoplasmic reticulum K$^+$ channel by Ca$^2+$: two-binding-site model of blockade.
Q. Liu, and H. Strauss. Biophys. J., 60 (1): 198--203 (July 1991)
15 years ago by @hake
show all tags
Calcium,
Electrophoresis,
Solubility,
Biological,
Channels,
Potentials,
Support,
Lipid
Reticulum,
P.H.S.,
Centrifugation,
1883938
Cytoplasm,
Models,
Potassium
Animals,
Gradient,
Density
Myocardium,
Dogs,
Polyacrylamide
Sarcoplasmic
Gov't,
Research
U.S.
Mathematics,
Membrane
Gel,
Bilayers,
Heart,
Calcium,Electrophoresis,Solubility,Biological,Channels,Potentials,Support,LipidReticulum,P.H.S.,Centrifugation,1883938Cytoplasm,Models,PotassiumAnimals,Gradient,DensityMyocardium,Dogs,PolyacrylamideSarcoplasmicGov't,ResearchU.S.Mathematics,MembraneGel,Bilayers,Heart,
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3Blue light regulates an auxin-induced K -channel gene in the maize coleoptile
I. Fuchs, K. Philippar, K. Ljung, G. Sandberg, and R. Hedrich. Proceedings of the National Academy of Sciences of the United States of America, 100 (20): 11795-11800 (2003)727xg Times Cited:48 Cited References Count:43.
3 months ago by @rainerhedrich_2
show all tags
myOwn
membrane
h+-atpase
myOwnmembraneh+-atpase
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1Breakdown of axonal synaptic vesicle precursor transport by microglial nitric oxide
M. Stagi, P. Dittrich, N. Frank, A. Iliev, P. Schwille, and H. Neumann. J Neurosci, 25 (2): 352-62 (January 2005)Stagi, Massimiliano Dittrich, Petra S Frank, Nadja Iliev, Asparouh I Schwille, Petra Neumann, Harald Research Support, Non-U.S. Gov't United States The Journal of neuroscience : the official journal of the Society for Neuroscience J Neurosci. 2005 Jan 12;25(2):352-62..
14 years ago by @pharmawuerz
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C57BL
Vesicles/*metabolism
Inflammation/metabolism
Nitric
Kinases/metabolism
Protein
Animals
Synaptotagmins
Mice
Fusion
Green
Synaptophysin/metabolism
Mitogen-Activated
Synaptic
JNK
I
Calcium-Binding
Hippocampus/cytology/metabolism
Oxide/*physiology
Proteins/metabolism
Tissue
Glycoproteins/metabolism
Nerve
Fluorescent
Membrane
Synaptotagmin
Cultured
Axonal
Recombinant
Microglia/*metabolism
Transport/*physiology
Cell
C57BLVesicles/*metabolismInflammation/metabolismNitricKinases/metabolismProteinAnimalsSynaptotagminsMiceFusionGreenSynaptophysin/metabolismMitogen-ActivatedSynapticJNKICalcium-BindingHippocampus/cytology/metabolismOxide/*physiologyProteins/metabolismTissueGlycoproteins/metabolismNerveFluorescentMembraneSynaptotagminCulturedAxonalRecombinantMicroglia/*metabolismTransport/*physiologyCell
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1Buffering of calcium in the vicinity of a channel pore.
M. Stern. Cell Calcium, 13 (3): 183-92 (March 1992)
15 years ago by @hake
show all tags
Lactation,
Human
Calcium,
Biological,
Products,
Rumen,
Superoxide
Rhodamines,
Animal
Thiourea,
Sodium
Indoles,
Inbred
Animals,
Oxygen,
Calcium
Hormone,
Female,
Growth
Research
Cells,
Naphthols,
Thiazoles,
Dismutase,
Hypoxia,
Vitro,
U.S.
Concentration,
Fish
Fluorescent
Membrane
Soybeans,
Buffers,
Cell
Piperidines,
Hydrogen-Ion
Feed,
Calibration,
Cytosol,
Channels,
Contraction,
Potentials,
Support,
Rats,
Extracellular
Reticulum,
Ischemia,
P.H.S.,
Sodium,
ATPase,
Survival,
Models,
Space,
Benzofurans,
{N}a$^{+}$-{K}$^{+}$-Exchanging
In
Mitochondria,
Myocardium,
Cardiovascular,
Sarcoplasmic
Strains,
Dietary
Gov't,
1315621
Comparative
Diffusion,
Cyclic,
Kinetics,
Proteins,
Esterification,
Digestion,
Non-U.S.
Myocardial
Mathematics,
Ethers,
Study,
Dyes,
Cultured,
Heart,
Lactation,HumanCalcium,Biological,Products,Rumen,SuperoxideRhodamines,AnimalThiourea,SodiumIndoles,InbredAnimals,Oxygen,CalciumHormone,Female,GrowthResearchCells,Naphthols,Thiazoles,Dismutase,Hypoxia,Vitro,U.S.Concentration,FishFluorescentMembraneSoybeans,Buffers,CellPiperidines,Hydrogen-IonFeed,Calibration,Cytosol,Channels,Contraction,Potentials,Support,Rats,ExtracellularReticulum,Ischemia,P.H.S.,Sodium,ATPase,Survival,Models,Space,Benzofurans,{N}a$^{+}$-{K}$^{+}$-ExchangingInMitochondria,Myocardium,Cardiovascular,SarcoplasmicStrains,DietaryGov't,1315621ComparativeDiffusion,Cyclic,Kinetics,Proteins,Esterification,Digestion,Non-U.S.MyocardialMathematics,Ethers,Study,Dyes,Cultured,Heart,
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1C-terminal fragments of the alpha 1C (CaV1.2) subunit associate with and regulate L-type calcium channels containing C-terminal-truncated alpha 1C subunits
T. Gao, A. Cuadra, H. Ma, M. Bunemann, B. Gerhardstein, T. Cheng, R. Eick, and M. Hosey. J Biol Chem, 276 (24): 21089-97 (June 2001)Gao, T Cuadra, A E Ma, H Bunemann, M Gerhardstein, B L Cheng, T Eick, R T Hosey, M M HL23306/HL/NHLBI NIH HHS/United States T32-DK07169/DK/NIDDK NIH HHS/United States Research Support, Non-U.S. Gov't Research Support, U.S. Gov't, P.H.S. United States The Journal of biological chemistry J Biol Chem. 2001 Jun 15;276(24):21089-97. Epub 2001 Mar 26..
14 years ago by @pharmawuerz
show all tags
Patch-Clamp
Barium/pharmacology
Techniques
Channels,
Sequence
Mammals
Fragments/chemistry/pharmacology
Protein
Animals
Line
Kinetics
effects/metabolism
L-Type/*chemistry/drug
effects/*physiology
Potentials/drug
Calcium
Humans
effects/physiology
Transfection
Membrane/physiology
Subunits
Membrane
Proteins/chemistry/drug
Deletion
Peptide
Recombinant
Cell
Patch-ClampBarium/pharmacologyTechniquesChannels,SequenceMammalsFragments/chemistry/pharmacologyProteinAnimalsLineKineticseffects/metabolismL-Type/*chemistry/drugeffects/*physiologyPotentials/drugCalciumHumanseffects/physiologyTransfectionMembrane/physiologySubunitsMembraneProteins/chemistry/drugDeletionPeptideRecombinantCell
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1Ca$^2+$ scraps: local depletions of free Ca$^2+$ in cardiac sarcoplasmic reticulum during contractions leave substantial Ca$^2+$ reserve.
T. Shannon, T. Guo, and D. Bers. Circ. Res., 93 (1): 40--45 (July 2003)
15 years ago by @hake
show all tags
Calcium,
12855669
Failure,
Ion
beta-Agonists,
Cytosol,
Electric
Simulation,
Contraction,
Potentials,
Support,
Congestive,
Transport,
Humans,
Reticulum,
P.H.S.,
Stimulation,
Isoproterenol,
Caffeine,
Membrane,
Models,
Rabbits,
Ventricles,
Animals,
Signaling,
Action
Heart
Calcium
Myocytes,
Myocardium,
Cardiovascular,
Sarcoplasmic
Gov't,
Research
Cells,
Adrenergic
U.S.
Non-U.S.
Cardiac,
Myocardial
Membrane
Computer
Tetracaine,
Cell
Cultured,
Calcium,12855669Failure,Ionbeta-Agonists,Cytosol,ElectricSimulation,Contraction,Potentials,Support,Congestive,Transport,Humans,Reticulum,P.H.S.,Stimulation,Isoproterenol,Caffeine,Membrane,Models,Rabbits,Ventricles,Animals,Signaling,ActionHeartCalciumMyocytes,Myocardium,Cardiovascular,SarcoplasmicGov't,ResearchCells,AdrenergicU.S.Non-U.S.Cardiac,MyocardialMembraneComputerTetracaine,CellCultured,
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2Ca$^2+$ stores regulate ryanodine receptor Ca$^2+$ release channels via luminal and cytosolic Ca$^2+$ sites.
D. Laver. Clin. Exp. Pharmacol. Physiol., 34 (9): 889--896 (September 2007)
15 years ago by @hake
show all tags
Humans;
Reticulum
Kinetics;
Channel
Gating;
Ion
Triphosphate;
Signaling;
Receptor
Myocardium;
Biological;
Animals;
Models,
Adenosine
Ryanodine
Ligands;
Calcium
Cytoplasm;
Sarcoplasmic
Channel;
Magnesium;
Permeability;
Muscle,
Skeletal;
Calcium;
Myocardial
Membrane
Contraction;
Muscle
Cell
Release
Humans;ReticulumKinetics;ChannelGating;IonTriphosphate;Signaling;ReceptorMyocardium;Biological;Animals;Models,AdenosineRyanodineLigands;CalciumCytoplasm;SarcoplasmicChannel;Magnesium;Permeability;Muscle,Skeletal;Calcium;MyocardialMembraneContraction;MuscleCellRelease
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1Ca$^2+$-dependent inactivation of cardiac L-type Ca$^2+$ channels does not affect their voltage sensor.
R. Shirokov, R. Levis, N. Shirokova, and E. R�os. J. Gen. Physiol., 102 (6): 1005--1030 (December 1993)
15 years ago by @hake
show all tags
Calcium,
Ion
Biological,
Electric
Simulation,
Size,
Transport,
Humans,
Stimulation,
Techniques,
Gating,
Ions,
upport,
Ventricles,
8133239
Ryanodine
Animals,
Calcium
Transfection,
Calcium-Binding
Research
Cadmium,
Electrophysiology,
Vitro,
U.S.
Algorithms,
Membrane
Sarcolemma,
Cell
Biotransformation,
Pigs,
Release
Patch-Clamp
Barium,
Channel
Cytosol,
Channels,
Potentials,
Support,
Sodium-Calcium
Rats,
Reticulum,
P.H.S.,
Receptor
Sodium,
Sarcomeres,
ATPase,
Line,
S,
Kidney,
Models,
Exchanger,
Rabbits,
Action
Heart
{N}a$^{+}$-{K}$^{+}$-Exchanging
Myocytes,
Guinea
In
Blockers,
Sarcoplasmic
Gov't,
Comparative
Potassium,
Kinetics,
Proteins,
Cardiac,
Channel,
Non-U.S.
Computer
Study,
Heart,
Calcium,IonBiological,ElectricSimulation,Size,Transport,Humans,Stimulation,Techniques,Gating,Ions,upport,Ventricles,8133239RyanodineAnimals,CalciumTransfection,Calcium-BindingResearchCadmium,Electrophysiology,Vitro,U.S.Algorithms,MembraneSarcolemma,CellBiotransformation,Pigs,ReleasePatch-ClampBarium,ChannelCytosol,Channels,Potentials,Support,Sodium-CalciumRats,Reticulum,P.H.S.,ReceptorSodium,Sarcomeres,ATPase,Line,S,Kidney,Models,Exchanger,Rabbits,ActionHeart{N}a$^{+}$-{K}$^{+}$-ExchangingMyocytes,GuineaInBlockers,SarcoplasmicGov't,ComparativePotassium,Kinetics,Proteins,Cardiac,Channel,Non-U.S.ComputerStudy,Heart,
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1Ca$^2+$-dependent modulation of single human cardiac L-type calcium channels by the calcineurin inhibitor cyclosporine.
J. Matthes, A. J�ger, R. Handrock, F. Groner, U. Mehlhorn, R. Schwinger, G. Varadi, A. Schwartz, and S. Herzig. J. Mol. Cell. Cardiol., 36 (2): 241--255 (February 2004)
15 years ago by @hake
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Calcium,
Barium,
Failure,
14871552
Channels,
Potentials,
Support,
L-Type,
Congestive,
Humans,
P.H.S.,
Atria,
Line,
Ventricles,
Heart
Calcium
Cyclosporine,
Gov't,
Research
Cells,
Proteins,
U.S.
Non-U.S.
Membrane
Muscle
Recombinant
Cell
Heart,
Calcineurin,
Calcium,Barium,Failure,14871552Channels,Potentials,Support,L-Type,Congestive,Humans,P.H.S.,Atria,Line,Ventricles,HeartCalciumCyclosporine,Gov't,ResearchCells,Proteins,U.S.Non-U.S.MembraneMuscleRecombinantCellHeart,Calcineurin,
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1Ca2+ uptake by the sarcoplasmic reticulum in ventricular myocytes of the SERCA2b/b mouse is impaired at higher Ca2+ loads only.
G. Antoons, M. Heyen, L. Raeymaekers, P. Vangheluwe, F. Wuytack, and K. Sipido. Circ Res, 92 (8): 881--887 (May 2003)
15 years ago by @hake
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genetics/metabolism;
Reticulum
Mice,
Western;
Calcium,
Genotype;
ATPases,
Calcium-Transporting
metabolism/pharmacokinetics;
Potentials,
Sodium-Calcium
metabolism;
Reticulum,
Mice;
Blotting,
ATPases;
Animals;
Mutation;
cytology/metabolism;
metabolism
Exchanger,
Ventricles,
Heart
Myocytes,
Sarcoplasmic
Knockout;
physiology;
Isoenzymes,
Cardiac,
Membrane
genetics/metabolism;ReticulumMice,Western;Calcium,Genotype;ATPases,Calcium-Transportingmetabolism/pharmacokinetics;Potentials,Sodium-Calciummetabolism;Reticulum,Mice;Blotting,ATPases;Animals;Mutation;cytology/metabolism;metabolismExchanger,Ventricles,HeartMyocytes,SarcoplasmicKnockout;physiology;Isoenzymes,Cardiac,Membrane
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1Calcium domains associated with individual channels can account for anomalous voltage relations of Ca-dependent responses.
J. Chad, and R. Eckert. Biophys. J., 45 (5): 993--999 (May 1984)
15 years ago by @hake
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Animals,
6329349
Calcium,
Electrochemistry,
Ion
Biological,
Channels,
Gov't,
Research
Potentials,
Support,
Computers,
Aplysia,
Non-P.H.S.,
Comparative
P.H.S.,
Kinetics,
U.S.
Membrane
Study,
Neurons,
Models,
Animals,6329349Calcium,Electrochemistry,IonBiological,Channels,Gov't,ResearchPotentials,Support,Computers,Aplysia,Non-P.H.S.,ComparativeP.H.S.,Kinetics,U.S.MembraneStudy,Neurons,Models,
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1Calcium fluxes involved in control of cardiac myocyte contraction.
D. Bers. Circ. Res., 87 (4): 275--281 (August 2000)
15 years ago by @hake
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Ruthenium
Mice,
{C}a$^{2+}$-Transporting
Calcium,
Electric
Transport,
Humans,
Stimulation,
Kinases,
Intracellular
Techniques,
Caffeine,
Thermodynamics,
Ventricles,
Animals,
Calcium
Cold,
Calcium-Binding
Research
Time
Chlorides,
Electrophysiology,
Fibers,
Factors,
10948060
U.S.
Membrane
Muscle
Temperature,
Patch-Clamp
Membranes,
Channels,
Sprague-Dawley,
Biological
Catalytic
Contraction,
Potentials,
Support,
Acid,
Rats,
Protein
Reticulum,
P.H.S.,
Cations,
Sodium,
Cyclic
ATPase,
Microsomes,
Domain,
Knockout,
Activation,
Rabbits,
Red,
Adenosine
Action
Heart
Hydrolysis,
Binding,
Myocardium,
Sarcoplasmic
Gov't,
Comparative
Triphosphate,
Kinetics,
Niflumic
Proteins,
Thapsigargin,
Non-U.S.
Inhibitors,
Myocardial
Study,
Phosphorylation,
Enzyme
AMP-Dependent
RutheniumMice,{C}a$^{2+}$-TransportingCalcium,ElectricTransport,Humans,Stimulation,Kinases,IntracellularTechniques,Caffeine,Thermodynamics,Ventricles,Animals,CalciumCold,Calcium-BindingResearchTimeChlorides,Electrophysiology,Fibers,Factors,10948060U.S.MembraneMuscleTemperature,Patch-ClampMembranes,Channels,Sprague-Dawley,BiologicalCatalyticContraction,Potentials,Support,Acid,Rats,ProteinReticulum,P.H.S.,Cations,Sodium,CyclicATPase,Microsomes,Domain,Knockout,Activation,Rabbits,Red,AdenosineActionHeartHydrolysis,Binding,Myocardium,SarcoplasmicGov't,ComparativeTriphosphate,Kinetics,NiflumicProteins,Thapsigargin,Non-U.S.Inhibitors,MyocardialStudy,Phosphorylation,EnzymeAMP-Dependent
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1Calcium gradients and buffers in bovine chromaffin cells.
E. Neher, and G. Augustine. J. Physiol., (May 1992)
15 years ago by @hake
show all tags
Calcium,
Biological,
Channels,
Potentials,
Support,
Adrenal
Transduction,
Humans,
P.H.S.,
Cattle,
Microscopy,
Neurons,
Glands,
Models,
Exocytosis,
Animals,
Calcium
Fura-2,
Gov't,
Research
1331424
Cells,
Fluorescence,
Electrophysiology,
Kinetics,
Dose-Response
U.S.
Non-U.S.
Mathematics,
Membrane
Drug,
Relationship,
Signal
Cultured,
Calcium,Biological,Channels,Potentials,Support,AdrenalTransduction,Humans,P.H.S.,Cattle,Microscopy,Neurons,Glands,Models,Exocytosis,Animals,CalciumFura-2,Gov't,Research1331424Cells,Fluorescence,Electrophysiology,Kinetics,Dose-ResponseU.S.Non-U.S.Mathematics,MembraneDrug,Relationship,SignalCultured,
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1Calcium influx via I(NCX) is favored in failing human ventricular myocytes.
C. Weber, V. Piacentino, K. Margulies, D. Bers, and S. Houser. Ann. N. Y. Acad. Sci., (November 2002)
15 years ago by @hake
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12502599
Calcium,
Failure,
Potentials,
Support,
Sodium-Calcium
Congestive,
So,
Humans,
Reticulum,
P.H.S.,
Sodium,
Membrane,
Exchanger,
Ventricles,
Animals,
Heart
Sarcoplasmic
Regulation,
Gov't,
Research
Cells,
Allosteric
Kinetics,
U.S.
Non-U.S.
Membrane
dium-Calcium
Muscle
Cell
12502599Calcium,Failure,Potentials,Support,Sodium-CalciumCongestive,So,Humans,Reticulum,P.H.S.,Sodium,Membrane,Exchanger,Ventricles,Animals,HeartSarcoplasmicRegulation,Gov't,ResearchCells,AllostericKinetics,U.S.Non-U.S.Membranedium-CalciumMuscleCell
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1Calcium modulation of single SR potassium channel currents in heart muscle.
A. Uehara, M. Yasukochi, and I. Imanaga. J. Mol. Cell. Cardiol., 26 (2): 195--202 (February 1994)
15 years ago by @hake
show all tags
Alternative
Ion
Biological,
Lung,
Transport,
Molecular,
Animals,
Manganese,
Fura-2,
Cobalt,
Cells,
Data,
Hypoxia,
Dose-Response
Membrane
Relationship,
Motifs,
Radioisotopes,
Cricetulus,
Binding
Channel
Membranes,
Biological
Sequence
Potentials,
Conserved
Extracellular
Cysteine,
Protein
Cations,
Cytoplasm,
Acids,
Asparagine,
Models,
Chimeric
Heart
In
Binding,
Intercellular
Cloning,
Triphosphate,
Molecular
Expression,
Competitive,
Gene
Drug,
Aspartic
Enzyme
Bilayers,
AMP-Dependent
Heart,
Sites,
Mice,
Calcium,
Electric
Animal,
Lipid
Humans,
Hamsters,
Kinases,
Junctions,
Gating,
Sequence,
Membrane,
Ventricles,
Calcium
Dogs,
Kidney
Cadmium,
Ligands,
Electrophysiology,
Vitro,
Carrier
Splicing,
Algorithms,
Cell
Biotransformation,
Fibroblasts,
Channels,
Acid,
Compounds,
Cattle,
Cyclic
Line,
Knockout,
Magnesium,
Adenosine
Lithium,
Space,
Tubules,
Acid
Aniline
Substitution,
Kinetics,
Proteins,
Inhibitors,
Lanthanu,
Arachidonic
Amino
Cultured,
Conductivity,
AlternativeIonBiological,Lung,Transport,Molecular,Animals,Manganese,Fura-2,Cobalt,Cells,Data,Hypoxia,Dose-ResponseMembraneRelationship,Motifs,Radioisotopes,Cricetulus,BindingChannelMembranes,BiologicalSequencePotentials,ConservedExtracellularCysteine,ProteinCations,Cytoplasm,Acids,Asparagine,Models,ChimericHeartInBinding,IntercellularCloning,Triphosphate,MolecularExpression,Competitive,GeneDrug,AsparticEnzymeBilayers,AMP-DependentHeart,Sites,Mice,Calcium,ElectricAnimal,LipidHumans,Hamsters,Kinases,Junctions,Gating,Sequence,Membrane,Ventricles,CalciumDogs,KidneyCadmium,Ligands,Electrophysiology,Vitro,CarrierSplicing,Algorithms,CellBiotransformation,Fibroblasts,Channels,Acid,Compounds,Cattle,CyclicLine,Knockout,Magnesium,AdenosineLithium,Space,Tubules,AcidAnilineSubstitution,Kinetics,Proteins,Inhibitors,Lanthanu,ArachidonicAminoCultured,Conductivity,
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1Calcium regulation of single ryanodine receptor channel gating analyzed using HMM/MCMC statistical methods.
R. Rosales, M. Fill, and A. Escobar. J. Gen. Physiol., 123 (5): 533--553 (May 2004)
15 years ago by @hake
show all tags
Calcium,
Ion
Biological,
Bayes
Simulation,
Carlo
Monte
Statistical,
Sensitivity
Techniques,
Reproducibility
Gating,
Ryanodine
Animals,
Calcium
Dogs,
Stochastic
Interpretation,
Research
Cells,
Homeostasis,
U.S.
Algorithms,
Membrane
Theorem,
Release
Patch-Clamp
Markov
Channel
Method,
B,
Channels,
Data
Potentials,
Support,
Specificity,
P.H.S.,
Receptor
Processes,
Microsomes,
Chains,
Models,
iological,
Signaling,
15111644
Results,
Myocytes,
Gov't,
Comparative
Cardiac,
Channel,
Non-U.S.
of
and
Computer
Study,
Cultured,
Calcium,IonBiological,BayesSimulation,CarloMonteStatistical,SensitivityTechniques,ReproducibilityGating,RyanodineAnimals,CalciumDogs,StochasticInterpretation,ResearchCells,Homeostasis,U.S.Algorithms,MembraneTheorem,ReleasePatch-ClampMarkovChannelMethod,B,Channels,DataPotentials,Support,Specificity,P.H.S.,ReceptorProcesses,Microsomes,Chains,Models,iological,Signaling,15111644Results,Myocytes,Gov't,ComparativeCardiac,Channel,Non-U.S.ofandComputerStudy,Cultured,
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1Calcium signalling in cardiac muscle cells.
W. Wier, J. L�pez-L�pez, P. Shacklock, and C. Balke. Ciba Found Symp, (1995)
15 years ago by @hake
show all tags
Non-U.S.,
Patch-Clamp
Calcium,
Channel
Ion
Electric
Channels,
Potentials,
Support,
Transduction,
Reticulum,
P.H.S.,
Stimulation,
Techniques,
Gating,
Microscopy,
Animals,
Calcium
Guinea
In
Myocardium,
Sarcoplasmic
7587615
Gov't,
Research
Vitro,
U.S.
Membrane
Confocal,
Probability,
Signal
Verapamil,
Pigs,
Non-U.S.,Patch-ClampCalcium,ChannelIonElectricChannels,Potentials,Support,Transduction,Reticulum,P.H.S.,Stimulation,Techniques,Gating,Microscopy,Animals,CalciumGuineaInMyocardium,Sarcoplasmic7587615Gov't,ResearchVitro,U.S.MembraneConfocal,Probability,SignalVerapamil,Pigs,
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1Calcium transport and monovalent cation and proton fluxes in sarcoplasmic reticulum vesicles.
G. Meissner. J. Biol. Chem., 256 (2): 636--643 (January 1981)
15 years ago by @hake
show all tags
{C}a$^{2+}$-Transporting
Leucyl-beta-Naphthylamidase,
Mycobacterium
Transport,
Molecular,
ectrometry,
Active,
Animals,
Poultry
Female,
Media,
Research
Concentration,
Diphenylhexatriene,
Membrane
Relationship,
Osmotic
Freeze
{M}g$^{2+}$-ATPase,
Membranes,
Electron,
Biological
Potentials,
Rats,
Diseases,
Protein
Guanylate
Cations,
ATPase,
Chickens,
Models,
Structure-Activity
Permeability,
Muscles,
Guinea
Lipids,
avium,
Polarization,
Fluorescence
Fluorescence,
Sp,
Conformation,
Potassium,
Triphosphate,
Molecular
Non-U.S.
Mathematics,
Bilayers,
Virulence,
Mice,
Calcium,
Macromolecular
Adenosinetriphosphatase,
Liver,
Animal,
Monovalent,
Non-P.H.S.,
Lipid
Intracellular
Thermodynamics,
Membrane,
Disease
Adenylate
Substances,
Chlorides,
U.S.
Sarcolemma,
Culture
Cell
Pigs,
Pressure,
Hydrogen-Ion
Diffraction,
Support,
{C}a$^{2+}$
Dystrophy,
Reticulum,
P.H.S.,
Sodium,
Mycobacteria,
Male,
Microsomes,
Physical,
Microscopy,
X-Ray
Chemistry,
Rabbits,
Adenosine
Fracturing,
Glucose,
Pectoralis
Muscular
Cyclase,
Sarcoplasmic
Gov't,
Comparative
Kinetics,
Atypical,
Proteins,
Study,
Infections,
{C}a$^{2+}$-TransportingLeucyl-beta-Naphthylamidase,MycobacteriumTransport,Molecular,ectrometry,Active,Animals,PoultryFemale,Media,ResearchConcentration,Diphenylhexatriene,MembraneRelationship,OsmoticFreeze{M}g$^{2+}$-ATPase,Membranes,Electron,BiologicalPotentials,Rats,Diseases,ProteinGuanylateCations,ATPase,Chickens,Models,Structure-ActivityPermeability,Muscles,GuineaLipids,avium,Polarization,FluorescenceFluorescence,Sp,Conformation,Potassium,Triphosphate,MolecularNon-U.S.Mathematics,Bilayers,Virulence,Mice,Calcium,MacromolecularAdenosinetriphosphatase,Liver,Animal,Monovalent,Non-P.H.S.,LipidIntracellularThermodynamics,Membrane,DiseaseAdenylateSubstances,Chlorides,U.S.Sarcolemma,CultureCellPigs,Pressure,Hydrogen-IonDiffraction,Support,{C}a$^{2+}$Dystrophy,Reticulum,P.H.S.,Sodium,Mycobacteria,Male,Microsomes,Physical,Microscopy,X-RayChemistry,Rabbits,AdenosineFracturing,Glucose,PectoralisMuscularCyclase,SarcoplasmicGov't,ComparativeKinetics,Atypical,Proteins,Study,Infections,
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1Calsequestrin and the calcium release channel of skeletal and cardiac muscle.
N. Beard, D. Laver, and A. Dulhunty. Prog. Biophys. Mol. Biol., 85 (1): 33--69 (May 2004)
15 years ago by @hake
show all tags
Skeletal,
Sequence
Acid,
Humans,
Reticulum,
Receptor
Calsequestrin,
Mixed
cellular
Junctions,
Inter,
Sequence,
ium,
Animals,
Ryanodine
Acid
Calcium
Oxygenases,
Myocardium,
Sarcoplasmic
Calcium-Binding
Calc,
Data,
15050380
Muscle,
Molecular
Proteins,
Carrier
Homology,
Channel,
Membrane
Amino
Muscle
Function
Release
Skeletal,SequenceAcid,Humans,Reticulum,ReceptorCalsequestrin,MixedcellularJunctions,Inter,Sequence,ium,Animals,RyanodineAcidCalciumOxygenases,Myocardium,SarcoplasmicCalcium-BindingCalc,Data,15050380Muscle,MolecularProteins,CarrierHomology,Channel,MembraneAminoMuscleFunctionRelease
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1Can Neisseria lactamica antigens provide an effective vaccine to prevent meningococcal disease?
A. Gorringe. Expert Review of Vaccines, 4 (3): 373--379 (June 2005)PMID: 16026250.
13 years ago by @jelias
show all tags
Bacterial
Humans,
Bacterial,
lactamica
Proteins,
Neisseria
Membrane
Antigens,
Outer
Meningococcal
Infections,
Vaccines,
BacterialHumans,Bacterial,lactamicaProteins,NeisseriaMembraneAntigens,OuterMeningococcalInfections,Vaccines,
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1CAPS and syntaxin dock dense core vesicles to the plasma membrane in neurons
M. Hammarlund, S. Watanabe, K. Schuske, and E. Jorgensen. The Journal of cell biology, 180 (3): 483--491 (2008)
9 years ago by @schrod
show all tags
membrane
DCV
syntaxin
CAPS
membraneDCVsyntaxinCAPS
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1Carbohydrate composition of meningococcal lipopolysaccharide modulates the interaction of Neisseria meningitidis with human dendritic cells
O. Kurzai, C. Schmitt, H. Claus, U. Vogel, M. Frosch, and A. Kolb-MĂ¤urer. Cellular Microbiology, 7 (9): 1319--1334 (September 2005)PMID: 16098219.
13 years ago by @ag_vogel
show all tags
Electron,
Mutation,
B,
Capsules,
Humans,
Dendritic
meningitidis,
{N-Acetylglucosaminyltransferases},
Class
Neisseria
Serogroup
Transmission,
Phagocytosis,
Microscopy,
Lipopolysaccharides,
A
Bacterial
Cytokines,
Outer
Cells,
Glycosyltransferases,
Receptors,
Proteins,
Membrane
Scavenger
Cultured,
Electron,Mutation,B,Capsules,Humans,Dendriticmeningitidis,{N-Acetylglucosaminyltransferases},ClassNeisseriaSerogroupTransmission,Phagocytosis,Microscopy,Lipopolysaccharides,ABacterialCytokines,OuterCells,Glycosyltransferases,Receptors,Proteins,MembraneScavengerCultured,
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1Carbohydrate composition of meningococcal lipopolysaccharide modulates the interaction of Neisseria meningitidis with human dendritic cells
O. Kurzai, C. Schmitt, H. Claus, U. Vogel, M. Frosch, and A. Kolb-Mäurer. Cellular Microbiology, 7 (9): 1319--1334 (September 2005)PMID: 16098219.
13 years ago by @hymi
show all tags
ag_kurzai
Electron,
Mutation,
B,
Capsules,
Humans,
Dendritic
meningitidis,
{N-Acetylglucosaminyltransferases,}
Class
Neisseria
Serogroup
Transmission,
Phagocytosis,
Microscopy,
Lipopolysaccharides,
A
Bacterial
Cytokines,
Outer
Cells,
Glycosyltransferases,
Receptors,
Proteins,
Membrane
Scavenger
Cultured,
ag_kurzaiElectron,Mutation,B,Capsules,Humans,Dendriticmeningitidis,{N-Acetylglucosaminyltransferases,}ClassNeisseriaSerogroupTransmission,Phagocytosis,Microscopy,Lipopolysaccharides,ABacterialCytokines,OuterCells,Glycosyltransferases,Receptors,Proteins,MembraneScavengerCultured,
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1Cardiac contractility and sarcolemmal calcium binding in several cardiac muscle preparations.
D. Bers, K. Philipson, and G. Langer. Am J Physiol, 240 (4): H576--H583 (April 1981)
15 years ago by @hake
show all tags
Papillary
catesbeiana,
Factors;
Calcium,
Myocardium,
Male;
Rana
metabolism/physiology;
physiology;
Rabbits;
metabolism;
Specificity
Myocardial
Animals;
Membrane
Potentials;
Contraction;
Sarcolemma,
Species
Rats;
Muscles,
Age
Papillarycatesbeiana,Factors;Calcium,Myocardium,Male;Ranametabolism/physiology;physiology;Rabbits;metabolism;SpecificityMyocardialAnimals;MembranePotentials;Contraction;Sarcolemma,SpeciesRats;Muscles,Age
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1Cardiac excitation-contraction coupling: role of membrane potential in regulation of contraction.
G. Ferrier, and S. Howlett. Am. J. Physiol. Heart Circ. Physiol., 280 (5): H1928--H1944 (May 2001)
15 years ago by @hake
show all tags
Phosphodiesterase
Calcium,
Amrinone,
Channel
Channels,
Contraction,
Potentials,
Support,
11299192
Humans,
Reticulum,
Stimulation,
Cyclic
Male,
1-Methyl-3-isobutylxanthine,
Animals,
Calcium
Guinea
In
Myocardium,
Blockers,
Sarcoplasmic
Gov't,
Research
Comparative
Electrophysiology,
Forskolin,
Vitro,
Non-U.S.
Chemical,
Inhibitors,
Myocardial
Membrane
AMP,
Study,
Enzyme
Pigs,
Activators,
Heart,
PhosphodiesteraseCalcium,Amrinone,ChannelChannels,Contraction,Potentials,Support,11299192Humans,Reticulum,Stimulation,CyclicMale,1-Methyl-3-isobutylxanthine,Animals,CalciumGuineaInMyocardium,Blockers,SarcoplasmicGov't,ResearchComparativeElectrophysiology,Forskolin,Vitro,Non-U.S.Chemical,Inhibitors,MyocardialMembraneAMP,Study,EnzymePigs,Activators,Heart,
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1Cardiac sarcoplasmic reticulum chloride channels regulated by protein kinase A.
S. Kawano, F. Nakamura, T. Tanaka, and M. Hiraoka. Circ. Res., 71 (3): 585--589 (September 1992)
15 years ago by @hake
show all tags
1323433
Channels,
Support,
Chloride
Lipid
Protein
Swine,
Reticulum,
Kinases,
Kinase
t,
Hear,
Adenosine
Animals,
In
Myocardium,
Sarcoplasmic
Gov't,
Research
Triphosphate,
Vitro,
Proteins,
Non-U.S.
Inhibitors,
Membrane
Bilayers,
1323433Channels,Support,ChlorideLipidProteinSwine,Reticulum,Kinases,Kinaset,Hear,AdenosineAnimals,InMyocardium,SarcoplasmicGov't,ResearchTriphosphate,Vitro,Proteins,Non-U.S.Inhibitors,MembraneBilayers,
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1Cavity optomechanics with Si3N4 membranes at cryogenic temperatures
T. Purdy, R. Peterson, P. Yu, and C. Regal. New Journal of Physics, 14 (11): 115021+ (Nov 1, 2012)
11 years ago by @jacksankey
show all tags
membrane
optomechanics
membraneoptomechanics
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1Channel-Facilitated Molecular Transport across Membranes: Attraction, Repulsion and Asymmetry
A. Kolomeisky. Abstract Book of the XXIII IUPAP International Conference on Statistical Physics, Genova, Italy, (9-13 July 2007)
17 years ago by @statphys23
show all tags
statphys23
discrete
models
membrane
stochastic
transport
topic-10
statphys23discretemodelsmembranestochastictransporttopic-10
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1Characterization of 3Hphenobarbital binding to rat brain membranes
M. Lohse, K. Klotz, D. Ukena, and U. Schwabe. Neurosci Lett, 52 (1-2): 97-101 (November 1984)Lohse, M J Klotz, K N Ukena, D Schwabe, U Research Support, Non-U.S. Gov't Netherlands Neuroscience letters Neurosci Lett. 1984 Nov 23;52(1-2):97-101..
14 years ago by @pharmawuerz
show all tags
Binding
Surface/metabolism
Synaptosomes/metabolism
Brain/*metabolism
Sites
Purinergic
Rats
Phenobarbital/*metabolism
Proteins/metabolism
GABA-A/metabolism
Animals
Receptor
Barbiturates/metabolism
Membrane
Cell
BindingSurface/metabolismSynaptosomes/metabolismBrain/*metabolismSitesPurinergicRatsPhenobarbital/*metabolismProteins/metabolismGABA-A/metabolismAnimalsReceptorBarbiturates/metabolismMembraneCell
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1Chloride conductance pathways in heart.
J. Hume, and R. Harvey. Am. J. Physiol., 261 (3 Pt 1): C399--C412 (September 1991)
15 years ago by @hake
show all tags
Animals,
Female,
Ion
Channels,
Gov't,
Research
Potentials,
Support,
Chloride
Chlorides,
Electrophysiology,
P.H.S.,
Proteins,
U.S.
Cyclic
Non-U.S.
Membrane
AMP,
Pregnancy,
1716049
Heart,
Animals,Female,IonChannels,Gov't,ResearchPotentials,Support,ChlorideChlorides,Electrophysiology,P.H.S.,Proteins,U.S.CyclicNon-U.S.MembraneAMP,Pregnancy,1716049Heart,
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1Cloning and expression analysis of the mouse stroma marker Snep encoding a novel nidogen domain protein
C. Leimeister, N. Schumacher, H. Diez, and M. Gessler. Dev Dyn, 230 (2): 371--377 (2004)
11 years ago by @ebch
show all tags
Cloning;Molecular
Profiling
Embryonic
Stromal
Data
Sequence
Glycoproteins/*chemistry
Extracellular
*Gene
Protein
Proteins/*chemistry/*genetics
Animals
Matrix
Molecular
Kidney/cytology/embryology/metabolism
Cells/metabolism
Gene
Membrane
Structure;Tertiary
Mice
Expression
Regulation;Developmental
RNA;Messenger/genetics/metabolism
Development/genetics
Cloning;MolecularProfilingEmbryonicStromalDataSequenceGlycoproteins/*chemistryExtracellular*GeneProteinProteins/*chemistry/*geneticsAnimalsMatrixMolecularKidney/cytology/embryology/metabolismCells/metabolismGeneMembraneStructure;TertiaryMiceExpressionRegulation;DevelopmentalRNA;Messenger/genetics/metabolismDevelopment/genetics
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1Closed Weingarten hypersurfaces in semi-riemannian manifolds
C. Gerhardt. (2002)
16 years ago by @random3f
show all tags
Embedding
Membrane
Hipersurfaces
GeneralRelativity
EmbeddingMembraneHipersurfacesGeneralRelativity
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2CO2 provides an intermediate link in the red light response of guard cells
M. Roelfsema, S. Hanstein, H. Felle, and R. Hedrich. The Plant Journal, 32 (1): 65--75 (2002)
7 years ago by @robroelfsema
show all tags
red
guard-cell
membrane
CO2-sensing
light
responses
potential
redguard-cellmembraneCO2-sensinglightresponsespotential
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1Comments on erythrocyte membrane phospholipid fatty acid changes in cerebral palsy patients during nutritional rehabilitation.
S. Cunnane. Lipids, 28 (10): 957--959 (October 1993)
10 years ago by @ar0berts
show all tags
Humans;
Parenteral
Membrane;
Cerebral
Acids;
Nutrition;
Palsy;
Lipids;
Phospholipids
Fatty
Erythrocyte
Membrane
Gastrointestinal;
Intubation,
Humans;ParenteralMembrane;CerebralAcids;Nutrition;Palsy;Lipids;PhospholipidsFattyErythrocyteMembraneGastrointestinal;Intubation,
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1Common genomic response in different mouse models of beta-adrenergic-induced cardiomyopathy
V. Gaussin, J. Tomlinson, C. Depre, S. Engelhardt, C. Antos, G. Takagi, L. Hein, J. Topper, S. Liggett, E. Olson and 3 other author(s). Circulation, 108 (23): 2926-33 (December 2003)Gaussin, Vinciane Tomlinson, James E Depre, Christophe Engelhardt, Stefan Antos, Christopher L Takagi, Gen Hein, Lutz Topper, James N Liggett, Stephen B Olson, Eric N Lohse, Martin J Vatner, Stephen F Vatner, Dorothy E AG14121/AG/NIA NIH HHS/United States HL33107/HL/NHLBI NIH HHS/United States HL59139/HL/NHLBI NIH HHS/United States HL69020/HL/NHLBI NIH HHS/United States Comparative Study Research Support, Non-U.S. Gov't Research Support, U.S. Gov't, P.H.S. United States Circulation Circulation. 2003 Dec 9;108(23):2926-33. Epub 2003 Nov 17..
14 years ago by @pharmawuerz
show all tags
&
Ion
Regulation/drug
Transcriptase
control
Reaction
*Gene
Epinephrine/*physiology
Protein
Cardiomyopathies/drug
Proteins/biosynthesis/genetics
Polymerase
effects
Animal
Animals
Receptor
Cyclic
Homeodomain
Mice
Transduction
Expression
Models,
Transport
therapy/etiology/*genetics
Chain
Profiling
Heart
Mitochondrial
Gs/biosynthesis/genetics
Reverse
use
Transgenic
beta-Antagonists/pharmacology/*therapeutic
Adrenergic
Channels
Kinases/biosynthesis/genetics
Failure/genetics/*prevention
beta/biosynthesis/genetics/*physiology
alpha
Gene
Membrane
GTP-Binding
Signal
AMP-Dependent
Subunits,
&IonRegulation/drugTranscriptasecontrolReaction*GeneEpinephrine/*physiologyProteinCardiomyopathies/drugProteins/biosynthesis/geneticsPolymeraseeffectsAnimalAnimalsReceptorCyclicHomeodomainMiceTransductionExpressionModels,Transporttherapy/etiology/*geneticsChainProfilingHeartMitochondrialGs/biosynthesis/geneticsReverseuseTransgenicbeta-Antagonists/pharmacology/*therapeuticAdrenergicChannelsKinases/biosynthesis/geneticsFailure/genetics/*preventionbeta/biosynthesis/genetics/*physiologyalphaGeneMembraneGTP-BindingSignalAMP-DependentSubunits,
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1Comparative analysis of the human and mouse Hey1 promoter: Hey genes are new Notch target genes
M. Maier, and M. Gessler. Biochem Biophys Res Commun, 275 (2): 652--660 (2000)
11 years ago by @ebch
show all tags
Factors/*genetics
Data
Primers
Sequence
Regions
Base
Protein
Animals
Motifs
DNA
Mice
Receptor;Notch1
*Receptors;Cell
*Nuclear
(Genetics)
Acid
Recombination
Humans
Up-Regulation
*Promoter
Transcription
Sequence-Binding
J
Immunoglobulin
*Helix-Loop-Helix
Surface
Proteins/metabolism
Proteins
Homology;Nucleic
Molecular
DNA-Binding
Transcription;Genetic
Membrane
Signal
Factors/*geneticsDataPrimersSequenceRegionsBaseProteinAnimalsMotifsDNAMiceReceptor;Notch1*Receptors;Cell*Nuclear(Genetics)AcidRecombinationHumansUp-Regulation*PromoterTranscriptionSequence-BindingJImmunoglobulin*Helix-Loop-HelixSurfaceProteins/metabolismProteinsHomology;NucleicMolecularDNA-BindingTranscription;GeneticMembraneSignal
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1Comparative genome biology of a serogroup B carriage and disease strain supports a polygenic nature of meningococcal virulence
B. Joseph, S. Schneiker-Bekel, A. Schramm-GlĂźck, J. Blom, H. Claus, B. Linke, R. Schwarz, A. Becker, A. Goesmann, M. Frosch and 1 other author(s). Journal of Bacteriology, 192 (20): 5363--5377 (October 2010)PMID: 20709895.
13 years ago by @ag_vogel
show all tags
B,
Phylogeny,
Adhesion,
Repetitive
Humans,
meningitidis,
Neisseria
Line,
Serogroup
Expression
Sequences,
Profiling,
Bacterial
Bacterial,
Interspersed
Genome,
Virulence
Regulation,
Outer
Meningococcal
Proteins,
Gene
Genotype,
Membrane
Infections,
Cell
B,Phylogeny,Adhesion,RepetitiveHumans,meningitidis,NeisseriaLine,SerogroupExpressionSequences,Profiling,BacterialBacterial,InterspersedGenome,VirulenceRegulation,OuterMeningococcalProteins,GeneGenotype,MembraneInfections,Cell
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2Comparative genome biology of a serogroup B carriage and disease strain supports a polygenic nature of meningococcal virulence
B. Joseph, S. Schneiker-Bekel, A. Schramm-Glück, J. Blom, H. Claus, B. Linke, R. Schwarz, A. Becker, A. Goesmann, M. Frosch and 1 other author(s). Journal of Bacteriology, 192 (20): 5363--5377 (October 2010)PMID: 20709895.
13 years ago by @hymi
show all tags
ag_schoen
B,
Phylogeny,
Adhesion,
Repetitive
Humans,
meningitidis,
Neisseria
Line,
Serogroup
Expression
Sequences,
Profiling,
Bacterial
Bacterial,
Interspersed
Genome,
Virulence
Regulation,
Outer
Meningococcal
Proteins,
Gene
Genotype,
Membrane
Infections,
Cell
ag_schoenB,Phylogeny,Adhesion,RepetitiveHumans,meningitidis,NeisseriaLine,SerogroupExpressionSequences,Profiling,BacterialBacterial,InterspersedGenome,VirulenceRegulation,OuterMeningococcalProteins,GeneGenotype,MembraneInfections,Cell
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2Comparative genome biology of a serogroup B carriage and disease strain supports a polygenic nature of meningococcal virulence
B. Joseph, S. Schneiker-Bekel, A. Schramm-Glück, J. Blom, H. Claus, B. Linke, R. Schwarz, A. Becker, A. Goesmann, M. Frosch and 1 other author(s). Journal of Bacteriology, 192 (20): 5363--5377 (October 2010)PMID: 20709895.
13 years ago by @jelias
show all tags
B,
Phylogeny,
Adhesion,
Repetitive
Humans,
meningitidis,
Neisseria
Line,
Serogroup
Expression
Sequences,
Profiling,
Bacterial
Bacterial,
Interspersed
Genome,
Virulence
Regulation,
Outer
Meningococcal
Proteins,
Gene
Genotype,
Membrane
Infections,
Cell
B,Phylogeny,Adhesion,RepetitiveHumans,meningitidis,NeisseriaLine,SerogroupExpressionSequences,Profiling,BacterialBacterial,InterspersedGenome,VirulenceRegulation,OuterMeningococcalProteins,GeneGenotype,MembraneInfections,Cell
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1Comparative rates of desensitization of beta-adrenergic receptors by the beta-adrenergic receptor kinase and the cyclic AMP-dependent protein kinase
N. Roth, P. Campbell, M. Caron, R. Lefkowitz, and M. Lohse. Proc Natl Acad Sci U S A, 88 (14): 6201-4 (July 1991)Roth, N S Campbell, P T Caron, M G Lefkowitz, R J Lohse, M J HL16037/HL/NHLBI NIH HHS/United States Comparative Study Research Support, U.S. Gov't, P.H.S. United states Proceedings of the National Academy of Sciences of the United States of America Proc Natl Acad Sci U S A. 1991 Jul 15;88(14):6201-4..
14 years ago by @pharmawuerz
show all tags
Isoproterenol/*pharmacology
Humans
Permeability
A/pharmacology
Adrenergic
Concanavalin
Proteins/metabolism
Protein
beta-Adrenergic
*Cyclic
Receptor
Kinases
Kinases/*metabolism
Line
Carcinoma,
Membrane
Kinetics
GTP-Binding
beta/drug
effects/*metabolism
Squamous
AMP-Dependent
Cell
Isoproterenol/*pharmacologyHumansPermeabilityA/pharmacologyAdrenergicConcanavalinProteins/metabolismProteinbeta-Adrenergic*CyclicReceptorKinasesKinases/*metabolismLineCarcinoma,MembraneKineticsGTP-Bindingbeta/drugeffects/*metabolismSquamousAMP-DependentCell
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1Compartmentalization of the submembrane calcium activity during calcium influx and its significance in transmitter release.
S. Simon, and R. Llin�s. Biophys. J., 48 (3): 485--498 (September 1985)
15 years ago by @hake
show all tags
Animals,
2412607
Calcium,
Ion
Biological,
Squid,
Cytosol,
Channels,
Gov't,
Research
Potentials,
Support,
Comparative
Synapses,
Diffusion,
P.H.S.,
Kinetics,
U.S.
Membrane
Study,
Models,
Software,
Animals,2412607Calcium,IonBiological,Squid,Cytosol,Channels,Gov't,ResearchPotentials,Support,ComparativeSynapses,Diffusion,P.H.S.,Kinetics,U.S.MembraneStudy,Models,Software,
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1Conditional dendritic oscillators in a lobster mechanoreceptor neurone
D. Combes, J. Simmers, and M. Moulins. J Physiol, (February 1997)
15 years ago by @fdiehl
show all tags
Animals,
Nephropidae,
Mechanoreceptors,
Membrane
Potentials,
Dendrites
Animals,Nephropidae,Mechanoreceptors,MembranePotentials,Dendrites
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1Conserved outer membrane protein of Neisseria meningitidis involved in capsule expression
M. Frosch, D. Müller, K. Bousset, and A. Müller. Infection and Immunity, 60 (3): 798--803 (March 1992)PMID: 1371768.
13 years ago by @jelias
show all tags
Animals,
Bacterial
Epitopes,
Mice,
Acid
C,
{BALB}
Outer
Sequence
Data,
Base
Protein
Molecular
meningitidis,
Proteins,
Antibodies,
Neisseria
Membrane
Amino
Monoclonal,
Sequence,
Inbred
Conformation
Animals,BacterialEpitopes,Mice,AcidC,{BALB}OuterSequenceData,BaseProteinMolecularmeningitidis,Proteins,Antibodies,NeisseriaMembraneAminoMonoclonal,Sequence,InbredConformation
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1Correlation of auxotype and protein I type with expression of disease due to Neisseria gonorrhoeae
R. Brunham, F. Plummer, L. Slaney, F. Rand, and W. DeWitt. The Journal of Infectious Diseases, 152 (2): 339--343 (August 1985)PMID: 3928769.
13 years ago by @jelias
show all tags
Bacterial
Female,
Outer
Gonorrhea,
Humans,
Hypoxanthine,
Proteins,
Male,
Uracil,
Citrulline,
Neisseria
Membrane
Proline,
Hypoxanthines,
Urethritis
gonorrhoeae,
BacterialFemale,OuterGonorrhea,Humans,Hypoxanthine,Proteins,Male,Uracil,Citrulline,NeisseriaMembraneProline,Hypoxanthines,Urethritisgonorrhoeae,
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1Coupled calcium release channels and their regulation by luminal and cytosolic ions.
D. Laver. Eur. Biophys. J., 34 (5): 359--368 (July 2005)
15 years ago by @hake
show all tags
Reticulum;
Cations;
Binding
Triphosphate;
Lipid
Sites;
Protein
Site;
Receptor
Biophysics;
Ions;
Animals;
Ryanodine;
Adenosine
Cytosol;
Ryanodine
Calcium
Temperature
Cytoplasm;
Sarcoplasmic
Channel;
Drug;
Magnesium;
Bilayers;
Isoforms;
Muscle,
Skeletal;
Allosteric
Dose-Response
Calcium;
Channels;
Membrane
Potentials;
Relationship,
Release
Reticulum;Cations;BindingTriphosphate;LipidSites;ProteinSite;ReceptorBiophysics;Ions;Animals;Ryanodine;AdenosineCytosol;RyanodineCalciumTemperatureCytoplasm;SarcoplasmicChannel;Drug;Magnesium;Bilayers;Isoforms;Muscle,Skeletal;AllostericDose-ResponseCalcium;Channels;MembranePotentials;Relationship,Release
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1Coupled gating between cardiac calcium release channels (ryanodine receptors).
S. Marx, J. Gaburjakova, M. Gaburjakova, C. Henrikson, K. Ondrias, and A. Marks. Circ. Res., 88 (11): 1151--1158 (June 2001)
15 years ago by @hake
show all tags
Chambers,
p27,
Ion
Homozygote,
Adhesion,
Cycle
Percutaneous
Kinase
Cyclin-Dependent
Inhibitor
Toxins,
Inbred
Animals,
Density
Agents,
Aorta,
Clinical
Angioplasty,
Cells,
Arteriosclerosis,
Dose-Response
Coronary
Membrane
Relationship,
Diffusion
Graft
Barium,
Division,
Channel
Contraction,
Potentials,
Protein
Survival,
2,
Down-Regulation,
Group
K,
Immunoblotting,
Dilated,
Myocardium,
Heterozygote,
Transferases,
Culture,
Hyperplasia,
(Alcohol
Non-U.S.
Factor
Drug,
Enzyme
Bilayers,
AMP-Dependent
Botulinum
Calcineurin,
Coloring
Mice,
Macromolecular
Lipid
Humans,
Kinases,
4,
Gating,
Caffeine,
Count,
Microtubule-Associated
Coronary,
Growth
C57BL,
Dogs,
Trials,
Calcium-Binding
ADP
CDC2-CDC28
Substances,
Cardiomyopathy,
Muscle,
Death,
Carrier
Magnesium
Myosin
Ribose
Movement,
Cell
Phosphotransferases
P.H.S.,
Cyclic
Centrifugation,
Microsomes,
Chains,
Knockout,
Activation,
Fibroblast
Heavy
Gradient,
Gov't,
Chloride,
Proteins,
Cardiac,
Myocardial
Phosphorylation,
Occlusion,
Cultured,
Chambers,p27,IonHomozygote,Adhesion,CyclePercutaneousKinaseCyclin-DependentInhibitorToxins,InbredAnimals,DensityAgents,Aorta,ClinicalAngioplasty,Cells,Arteriosclerosis,Dose-ResponseCoronaryMembraneRelationship,DiffusionGraftBarium,Division,ChannelContraction,Potentials,ProteinSurvival,2,Down-Regulation,GroupK,Immunoblotting,Dilated,Myocardium,Heterozygote,Transferases,Culture,Hyperplasia,(AlcoholNon-U.S.FactorDrug,EnzymeBilayers,AMP-DependentBotulinumCalcineurin,ColoringMice,MacromolecularLipidHumans,Kinases,4,Gating,Caffeine,Count,Microtubule-AssociatedCoronary,GrowthC57BL,Dogs,Trials,Calcium-BindingADPCDC2-CDC28Substances,Cardiomyopathy,Muscle,Death,CarrierMagnesiumMyosinRiboseMovement,CellPhosphotransferasesP.H.S.,CyclicCentrifugation,Microsomes,Chains,Knockout,Activation,FibroblastHeavyGradient,Gov't,Chloride,Proteins,Cardiac,MyocardialPhosphorylation,Occlusion,Cultured,
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1Coupled gating between individual skeletal muscle Ca$^2+$ release channels (ryanodine receptors)
S. Marx, K. Ondrias, and A. Marks. Science, 281 (5378): 818--821 (August 1998)
15 years ago by @hake
show all tags
Binding
Skeletal,
Calcium,
Macromolecular
Peptidylprolyl
Channel
Ion
Channels,
Polyenes,
Potentials,
Support,
Lipid
ilins,
Sirolimus,
Reticulum,
Immunoph,
P.H.S.,
Receptor
Tacrolimus
Gating,
Line,
9714684
Rabbits,
Animals,
Ryanodine
Calcium
Transfection,
Sarcoplasmic
Gov't,
Research
Isomerase,
Substances,
Ryanodine,
Muscle,
Proteins,
U.S.
DNA-Binding
Carrier
Spodoptera,
Non-U.S.
Channel,
Membrane
Probability,
Recombinant
Bilayers,
Heat-Shock
Cell
Release
BindingSkeletal,Calcium,MacromolecularPeptidylprolylChannelIonChannels,Polyenes,Potentials,Support,Lipidilins,Sirolimus,Reticulum,Immunoph,P.H.S.,ReceptorTacrolimusGating,Line,9714684Rabbits,Animals,RyanodineCalciumTransfection,SarcoplasmicGov't,ResearchIsomerase,Substances,Ryanodine,Muscle,Proteins,U.S.DNA-BindingCarrierSpodoptera,Non-U.S.Channel,MembraneProbability,RecombinantBilayers,Heat-ShockCellRelease
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1Coupling of Mitochondrial Import and Export Translocases by Receptor-Mediated Supercomplex Formation.
J. Qiu, L. Wenz, R. Zerbes, S. Oeljeklaus, M. Bohnert, D. Stroud, C. Wirth, L. Ellenrieder, N. Thornton, S. Kutik and 11 other author(s). Cell, 154 (3): 596--608 (August 2013)
12 days ago by @warscheidlab
show all tags
cerevisiae/*metabolism,to_read
Secondary,Saccharomyces
Proteins/genetics/*metabolism,Mitochondrial
*Protein
Membrane
cerevisiae
Proteins/chemistry/genetics/*metabolism,Saccharomyces
Folding,Protein
Proteins/chemistry/*metabolism,Mutation,Porins/chemistry/metabolism,Protein
Structure
Transport
Transport,Mitochondria/*metabolism,Mitochondrial
cerevisiae/*metabolism,to_readSecondary,SaccharomycesProteins/genetics/*metabolism,Mitochondrial*ProteinMembranecerevisiaeProteins/chemistry/genetics/*metabolism,SaccharomycesFolding,ProteinProteins/chemistry/*metabolism,Mutation,Porins/chemistry/metabolism,ProteinStructureTransportTransport,Mitochondria/*metabolism,Mitochondrial
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3Cox17 Protein Is an Auxiliary Factor Involved in the Control of the Mitochondrial Contact Site and Cristae Organizing System.
M. Chojnacka, A. Gornicka, S. Oeljeklaus, B. Warscheid, and A. Chacinska. The Journal of biological chemistry, 290 (24): 15304--15312 (June 2015)
12 days ago by @warscheidlab
show all tags
Proteins/metabolism/*physiology,Saccharomyces
membrane
Proteins/metabolism/*physiology,Chromatography
cerevisiae/*metabolism,Sco1,to_read
Chaperones/metabolism/*physiology,organelle,Protein
Affinity,Copper
complex,Saccharomyces
Proteins,Cox17,inner
Cation
architecture,membrane,metal,MICOS,mitochondria,Molecular
cerevisiae
Binding,protein
Transport
Proteins/metabolism/*physiology,SaccharomycesmembraneProteins/metabolism/*physiology,Chromatographycerevisiae/*metabolism,Sco1,to_readChaperones/metabolism/*physiology,organelle,ProteinAffinity,Coppercomplex,SaccharomycesProteins,Cox17,innerCationarchitecture,membrane,metal,MICOS,mitochondria,MolecularcerevisiaeBinding,proteinTransport
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