tag :: receptor | BibSonomy

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1Review on Computational Bioinformatics and Molecular Modelling Novel Tool for Drug Discovery
R. Jain. International Journal of Trend in Scientific Research and Development, 3 (1): 51-56 (Dezember 2018)
vor 6 Jahren von @ijtsrd
alle anzeigen
Binding
Receptor
Molecular
Ligand
Affinities
Modelling
BindingReceptorMolecularLigandAffinitiesModelling
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1Extracellular calcium induces neurite outgrowth through calcium-sensing receptors in PC12 HS cells
Y. Hasegawa, und S. Toda. World Journal of Biology Pharmacy and Health Sciences, 11 (3): 109–118 (September 2022)
vor 2 Jahren von @wjbphsjournal
alle anzeigen
receptor
Calcium-sensing
receptorCalcium-sensing
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1Roles of soluble TAM receptors, ligands for these receptors, and shedding enzymes in patients with acute pancreatitis
S. Uehara, Y. Fukuzawa, T. Matuyama, und K. Gotoh. World Journal of Biology Pharmacy and Health Sciences, 11 (3): 092–103 (September 2022)
vor 2 Jahren von @wjbphsjournal
alle anzeigen
receptor
TAM
receptorTAM
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1PYL8 ABA receptors of play a crucial role in response to abiotic stress and are stabilized by ABA
I. Garcia-Maquilon, A. Coego, J. Lozano-Juste, M. Messerer, C. de Ollas, J. Julian, R. Ruiz-Partida, G. Pizzio, B. Belda-Palazón, A. Gomez-Cadenas und 7 andere Autor(en). Journal of Experimental Botany, 72 (2): 757-774 (2021)Rz8yu Times Cited:6 Cited References Count:68.
vor 7 Monaten von @rainerhedrich_2
alle anzeigen
myOwn
receptor
aba
myOwnreceptoraba
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2Surrogate predictive biomarkers for response to anti-EGFR agents: state of the art and challenges
F. Cappuzzo, L. Toschi, G. Finocchiaro, C. Ligorio, und A. Santoro. Int.J.Biol.Markers, 22 (1 Suppl 4): S10-S23 (2007)
vor 15 Jahren von @jabreftest
alle anzeigen
Human
therapy
Epidermal
analysis
drug
Resistance
Neoplasm
effects
Proto-Oncogene
Inhibitors
Kinase
Predictive
Value
Mutation
Protein-Tyrosine
Growth
Humans
use
Quinazolines
Neoplasms
Dosage
genetics
therapeutic
Phosphoproteins
protein
c-akt
Tyrosine
identify
&
Markers
Biological
Protein
Non-Small-Cell
Receptor
response
erbB-2
erbB-3
inhibitors
antagonists
Carcinoma
Lung
Immunohistochemistry
Antibodies
Proteins
Tests
Kinases
Gene
Factor
of
Monoclonal
Drug
HumantherapyEpidermalanalysisdrugResistanceNeoplasmeffectsProto-OncogeneInhibitorsKinasePredictiveValueMutationProtein-TyrosineGrowthHumansuseQuinazolinesNeoplasmsDosagegeneticstherapeuticPhosphoproteinsproteinc-aktTyrosineidentify&MarkersBiologicalProteinNon-Small-CellReceptorresponseerbB-2erbB-3inhibitorsantagonistsCarcinomaLungImmunohistochemistryAntibodiesProteinsTestsKinasesGeneFactorofMonoclonalDrug
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1The inotropic effect of cardioactive glycosides in ventricular myocytes requires Na+-Ca2+ exchanger function.
J. Altamirano, Y. Li, J. DeSantiago, V. Piacentino, S. Houser, und D. Bers. J Physiol, 575 (Pt 3): 845--854 (September 2006)
vor 16 Jahren von @hake
alle anzeigen
effects/metabolism;
Patch-Clamp
Strophanthidin,
Cardiac
Techniques;
Streptolysins,
derivatives/pharmacology
Sodium-Calcium
Digoxin,
metabolism;
drug
Signaling;
Glycosides,
Receptor
Sodium,
pharmacology;
Animals;
/&/
analogs
Exchanger,
Ventricles,
Bacterial
Ryanodine
Ouabain,
Cats;
Heart
Calcium
Myocytes,
Agents,
Ferrets;
Proteins,
Cardiac,
Channel,
Myocardial
cytology/drug
Membrane
Potentials;
Cardiotonic
Contraction;
Release
effects/metabolism;Patch-ClampStrophanthidin,CardiacTechniques;Streptolysins,derivatives/pharmacologySodium-CalciumDigoxin,metabolism;drugSignaling;Glycosides,ReceptorSodium,pharmacology;Animals;/&/analogsExchanger,Ventricles,BacterialRyanodineOuabain,Cats;HeartCalciumMyocytes,Agents,Ferrets;Proteins,Cardiac,Channel,Myocardialcytology/drugMembranePotentials;CardiotonicContraction;Release
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1BAY K 8644 modifies Ca2+ cross signaling between DHP and ryanodine receptors in rat ventricular myocytes.
S. Adachi-Akahane, L. Cleemann, und M. Morad. Am J Physiol, 276 (4 Pt 2): H1178--H1189 (April 1999)
vor 16 Jahren von @hake
alle anzeigen
Ventricles;
Agonists,
L-Type;
1,4-dihydro-2,6-dimethyl-5-nitro-4-(2-(trifluoromethyl)phenyl)-,
Calcium,
Concentration;
Channel
effects;
effects/physiology;
Electric
Channels,
Extracellular
metabolism;
drug
Reticulum,
Receptor
pharmacology;
3-Pyridinecarboxylic
Animals;
effects/metabolism
cytology/metabolism;
ester,
Space,
Ryanodine
Signaling,
Heart
Calcium
Myocardium,
Sarcoplasmic
Osmolar
acid,
Conductivity;
physiology;
Methyl
Channel,
Rats;
Release
Ventricles;Agonists,L-Type;1,4-dihydro-2,6-dimethyl-5-nitro-4-(2-(trifluoromethyl)phenyl)-,Calcium,Concentration;Channeleffects;effects/physiology;ElectricChannels,Extracellularmetabolism;drugReticulum,Receptorpharmacology;3-PyridinecarboxylicAnimals;effects/metabolismcytology/metabolism;ester,Space,RyanodineSignaling,HeartCalciumMyocardium,SarcoplasmicOsmolaracid,Conductivity;physiology;MethylChannel,Rats;Release
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1Local calcium gradients during excitation-contraction coupling and alternans in atrial myocytes.
L. Blatter, J. Kocksk�mper, K. Sheehan, A. Zima, J. H�ser, und S. Lipsius. J. Physiol., 546 (Pt 1): 19--31 (Januar 2003)
vor 16 Jahren von @hake
alle anzeigen
Skeletal,
Calcium,
Pyridazines,
Bioch,
Ion
Onium
Transport,
Substrate
12509476
Gating,
Atrial
Caffeine,
Transport
Organ
Ventricles,
Ryanodine
Antimycin
Animals,
NADPH
I,
ease
Oxidoreductases,
Calcium
A,
Research
Homeostasis,
Oxidation-Reduction,
Ryanodine,
Muscle,
Electrophysiology,
Diphosphate,
Vitro,
U.S.
emical,
Rotenone,
Hydrogen,
Energy
Weight,
Release
Phosphodiesterase
Function,
Channel
Arrhythmia,
Sprague-Dawley,
Lactic
Oxidative
Contraction,
Support,
Acid,
Rats,
Compounds,
Glycolysis,
Specificity,
Reticulum,
P.H.S.,
Receptor
Rel,
Complexes,
Rabbits,
Adenosine
NADH,
NAD,
Feedback,
Signaling,
Heart
Myocytes,
In
Mitochondria,
Myocardium,
Metabolism,
Sarcoplasmic
Multienzyme
Gov't,
Comparative
Complex
Triphosphate,
Pyruvates,
Molecular
Kinetics,
Electron
Cardiac,
Channel,
Non-U.S.
Inhibitors,
Myocardial
Study,
Phosphorylation,
Enzyme
Flavoproteins,
Heart,
Skeletal,Calcium,Pyridazines,Bioch,IonOniumTransport,Substrate12509476Gating,AtrialCaffeine,TransportOrganVentricles,RyanodineAntimycinAnimals,NADPHI,easeOxidoreductases,CalciumA,ResearchHomeostasis,Oxidation-Reduction,Ryanodine,Muscle,Electrophysiology,Diphosphate,Vitro,U.S.emical,Rotenone,Hydrogen,EnergyWeight,ReleasePhosphodiesteraseFunction,ChannelArrhythmia,Sprague-Dawley,LacticOxidativeContraction,Support,Acid,Rats,Compounds,Glycolysis,Specificity,Reticulum,P.H.S.,ReceptorRel,Complexes,Rabbits,AdenosineNADH,NAD,Feedback,Signaling,HeartMyocytes,InMitochondria,Myocardium,Metabolism,SarcoplasmicMultienzymeGov't,ComparativeComplexTriphosphate,Pyruvates,MolecularKinetics,ElectronCardiac,Channel,Non-U.S.Inhibitors,MyocardialStudy,Phosphorylation,EnzymeFlavoproteins,Heart,
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1Crosstalk between L-type Ca2+ channels and the sarcoplasmic reticulum: alterations during cardiac remodelling.
V. Bito, F. Heinzel, L. Biesmans, G. Antoons, und K. Sipido. Cardiovasc Res, 77 (2): 315--324 (Januar 2008)
vor 16 Jahren von @hake
alle anzeigen
Humans;
Calcium,
Failure,
Cardiomegaly,
physiology
Channels,
L-Type,
Biochemical;
metabolism;
Reticulum,
Receptor
etiology;
Animals;
Feedback,
Ryanodine
Heart
Calcium
Sarcoplasmic
Arrhythmias,
Rate;
physiology;
Cardiac,
Channel,
Myocardial
Contraction;
Release
Humans;Calcium,Failure,Cardiomegaly,physiologyChannels,L-Type,Biochemical;metabolism;Reticulum,Receptoretiology;Animals;Feedback,RyanodineHeartCalciumSarcoplasmicArrhythmias,Rate;physiology;Cardiac,Channel,MyocardialContraction;Release
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1Calsequestrin and the calcium release channel of skeletal and cardiac muscle.
N. Beard, D. Laver, und A. Dulhunty. Prog. Biophys. Mol. Biol., 85 (1): 33--69 (Mai 2004)
vor 16 Jahren von @hake
alle anzeigen
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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1The control of calcium release in heart muscle.
M. Cannell, H. Cheng, und W. Lederer. Science, 268 (5213): 1045--1049 (Mai 1995)
vor 16 Jahren von @hake
alle anzeigen
Patch-Clamp
Calcium,
Channel
Ion
ting,
Channels,
Potentials,
Support,
Rats,
Ga,
Reticulum,
P.H.S.,
Receptor
Techniques,
Microscopy,
Animals,
Ryanodine
Calcium
In
Myocardium,
Sarcoplasmic
Gov't,
Research
Vitro,
Proteins,
U.S.
Non-U.S.
Channel,
Membrane
Confocal,
7754384
Muscle
Probability,
Release
Patch-ClampCalcium,ChannelIonting,Channels,Potentials,Support,Rats,Ga,Reticulum,P.H.S.,ReceptorTechniques,Microscopy,Animals,RyanodineCalciumInMyocardium,SarcoplasmicGov't,ResearchVitro,Proteins,U.S.Non-U.S.Channel,MembraneConfocal,7754384MuscleProbability,Release
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1Sarcoplasmic reticulum calcium content fluctuation is the key to cardiac alternans.
M. D�az, S. O'Neill, und D. Eisner. Circ. Res., 94 (5): 650--656 (März 2004)
vor 16 Jahren von @hake
alle anzeigen
Skeletal,
Artificial,
Calcium,
Pacing,
Ion
Cardiac
Humans,
Intracellular
Gating,
Ventricles,
Ryanodine
Animals,
Calcium
Research
Calc,
Physiological,
Muscle,
Release,
Sarcolemma,
Biochemical,
Release
Channel
Arrhythmia,
Channels,
Contraction,
Potentials,
Support,
Rats,
Reticulum,
Receptor
Pulse,
Adaptation,
Models,
Feedback,
Signaling,
ium
Action
Heart
Myocytes,
Myocardium,
Conduction
Cardiovascular,
Sarcoplasmic
Gov't,
Wistar,
Cardiac,
Channel,
System,
Non-U.S.
Myocardial
Rate,
Fluid,
15031268
Heart,
Skeletal,Artificial,Calcium,Pacing,IonCardiacHumans,IntracellularGating,Ventricles,RyanodineAnimals,CalciumResearchCalc,Physiological,Muscle,Release,Sarcolemma,Biochemical,ReleaseChannelArrhythmia,Channels,Contraction,Potentials,Support,Rats,Reticulum,ReceptorPulse,Adaptation,Models,Feedback,Signaling,iumActionHeartMyocytes,Myocardium,ConductionCardiovascular,SarcoplasmicGov't,Wistar,Cardiac,Channel,System,Non-U.S.MyocardialRate,Fluid,15031268Heart,
KopierenLöschenDiese Publikation zur Ablage hinzufügen
1Calcium sparks: elementary events underlying excitation-contraction coupling in heart muscle.
H. Cheng, W. Lederer, und M. Cannell. Science, 262 (5134): 740--744 (Oktober 1993)
vor 16 Jahren von @hake
alle anzeigen
Xanthenes,
Skeletal,
Calcium,
Anura,
Ion
Biological,
Electric
Stimulation,
Myofibrils,
Junctions,
Rya,
Gating,
Animals,
Calcium
Research
Time
Ryanodine,
Muscle,
Electrophysiology,
Factors,
Vitro,
U.S.
Fluorescent
Buffers,
Muscle
Release
8235594
Channel
Channels,
Contraction,
Support,
Rats,
Compounds,
Reticulum,
P.H.S.,
Receptor
Gap
Microscopy,
Models,
nodine
In
Myocardium,
Sarcoplasmic
Gov't,
Aniline
Fluorescence,
Kinetics,
Proteins,
Channel,
Non-U.S.
Myocardial
Dyes,
Xanthenes,Skeletal,Calcium,Anura,IonBiological,ElectricStimulation,Myofibrils,Junctions,Rya,Gating,Animals,CalciumResearchTimeRyanodine,Muscle,Electrophysiology,Factors,Vitro,U.S.FluorescentBuffers,MuscleRelease8235594ChannelChannels,Contraction,Support,Rats,Compounds,Reticulum,P.H.S.,ReceptorGapMicroscopy,Models,nodineInMyocardium,SarcoplasmicGov't,AnilineFluorescence,Kinetics,Proteins,Channel,Non-U.S.MyocardialDyes,
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1Comparative ultrastructure of Ca$^2+$ release units in skeletal and cardiac muscle.
C. Franzini-Armstrong, F. Protasi, und V. Ramesh. Ann. N. Y. Acad. Sci., (September 1998)
vor 16 Jahren von @hake
alle anzeigen
Animals,
Ryanodine
Skeletal,
Calcium
Calcium,
Myocardium,
Sarcoplasmic
Channels,
L-Type,
Muscle,
Reticulum,
Receptor
Channel,
10603933
Heart,
Release
Animals,RyanodineSkeletal,CalciumCalcium,Myocardium,SarcoplasmicChannels,L-Type,Muscle,Reticulum,ReceptorChannel,10603933Heart,Release
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1The Ca$^2+$ synapse redo: a matter of location, location, location.
L. Izu, und C. Balke. Circ. Res., 91 (4): 276--277 (August 2002)
vor 16 Jahren von @hake
alle anzeigen
Animals,
Ryanodine
Signaling,
Calcium
Calcium,
Sarcoplasmic
Channels,
Sodium-Calcium
L-Type,
Rats,
12193464
Synapses,
Reticulum,
Receptor
Channel,
Exchanger,
Release
Animals,RyanodineSignaling,CalciumCalcium,SarcoplasmicChannels,Sodium-CalciumL-Type,Rats,12193464Synapses,Reticulum,ReceptorChannel,Exchanger,Release
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1Molecular basis of Ca(2)+ activation of the mouse cardiac Ca(2)+ release channel (ryanodine receptor).
P. Li, und S. Chen. J. Gen. Physiol., 118 (1): 33--44 (Juli 2001)
vor 16 Jahren von @hake
alle anzeigen
Glutamic
Mice,
Calcium,
Channel
Ion
Mutation,
Support,
Acid,
Humans,
Reticulum,
Receptor
Point
11429443
Gating,
Caffeine,
Magnesium,
Adenosine
Animals,
Ryanodine
Calcium
Transfection,
Gl,
Sarcoplasmic
Gov't,
Research
Ryanodine,
Electrophysiology,
Alanine,
Triphosphate,
Dose-Response
utamic
Non-U.S.
Channel,
Drug,
Relationship,
Muscle
ntraction,
Co,
Heart,
Release
GlutamicMice,Calcium,ChannelIonMutation,Support,Acid,Humans,Reticulum,ReceptorPoint11429443Gating,Caffeine,Magnesium,AdenosineAnimals,RyanodineCalciumTransfection,Gl,SarcoplasmicGov't,ResearchRyanodine,Electrophysiology,Alanine,Triphosphate,Dose-ResponseutamicNon-U.S.Channel,Drug,Relationship,Musclentraction,Co,Heart,Release
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1Sarcoplasmic reticulum proteins in heart failure.
S. Lehnart, W. Schillinger, B. Pieske, J. Prestle, H. Just, und G. Hasenfuss. Ann. N. Y. Acad. Sci., (September 1998)
vor 16 Jahren von @hake
alle anzeigen
{C}a$^{2+}$-Transporting
Calcium,
Failure,
Contraction,
,
Sodium-Calcium
Congestive,
Humans,
Reticulum,
Receptor
Calsequestrin,
ATPase,
Exchanger,
10603950
Animals,
Ryanodine
Heart
Calcium
Dilated,
Sarcoplasmic
Calcium-Binding
Cardiomyopathy,
Calreticulin,
Proteins,
Channel,
Myocardial
Ribonucleoproteins,
Release
{C}a$^{2+}$-TransportingCalcium,Failure,Contraction,,Sodium-CalciumCongestive,Humans,Reticulum,ReceptorCalsequestrin,ATPase,Exchanger,10603950Animals,RyanodineHeartCalciumDilated,SarcoplasmicCalcium-BindingCardiomyopathy,Calreticulin,Proteins,Channel,MyocardialRibonucleoproteins,Release
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Ca$^2+$ stores regulate ryanodine receptor Ca$^2+$ release channels via luminal and cytosolic Ca$^2+$ sites.
D. Laver. Biophys. J., 92 (10): 3541--3555 (Mai 2007)
vor 16 Jahren von @hake
alle anzeigen
Ryanodine
Calcium
Channel
Gating;
Ion
Chemical;
Lipid
Bilayers;
Receptor
Calcium;
Computer
Models,
Cytosol;
Simulation;
Release
RyanodineCalciumChannelGating;IonChemical;LipidBilayers;ReceptorCalcium;ComputerModels,Cytosol;Simulation;Release
KopierenLöschenDiese Publikation zur Ablage hinzufügen
1Regulation of ryanodine receptors from skeletal and cardiac muscle during rest and excitation.
D. Laver. Clin. Exp. Pharmacol. Physiol., 33 (11): 1107--1113 (November 2006)
vor 16 Jahren von @hake
alle anzeigen
Muscle,
Ryanodine
Skeletal;
Receptor
Calcium
Myocardium;
Channel
Release
Muscle,RyanodineSkeletal;ReceptorCalciumMyocardium;ChannelRelease
KopierenLöschenDiese Publikation zur Ablage hinzufügen
1Cardiac Ca$^2+$ dynamics: the roles of ryanodine receptor adaptation and sarcoplasmic reticulum load.
M. Jafri, J. Rice, und R. Winslow. Biophys. J., 74 (3): 1149-68 (März 1998)
vor 16 Jahren von @hake
alle anzeigen
Calcium,
Channel
Ion
Electric
Channels,
Contraction,
Potentials,
Support,
L-Type,
Non-P.H.S.,
Reticulum,
Stimulation,
Receptor
Gating,
Models,
Ventricles,
Animals,
Ryanodine
Action
Heart
Calcium
Guinea
In
Myocardium,
Cardiovascular,
Sarcoplasmic
9512016
Gov't,
Research
Time
Factors,
Kinetics,
Vitro,
U.S.
Non-U.S.
Chemical,
Channel,
Myocardial
Pigs,
Release
Calcium,ChannelIonElectricChannels,Contraction,Potentials,Support,L-Type,Non-P.H.S.,Reticulum,Stimulation,ReceptorGating,Models,Ventricles,Animals,RyanodineActionHeartCalciumGuineaInMyocardium,Cardiovascular,Sarcoplasmic9512016Gov't,ResearchTimeFactors,Kinetics,Vitro,U.S.Non-U.S.Chemical,Channel,MyocardialPigs,Release
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BibSonomy

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1Transmitter receptors and functional anatomy of the cerebral cortex

1Receptor Tocomsat Combate S II - 3D - F.T.A | Maringá Eletrônicos

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1Review on Computational Bioinformatics and Molecular Modelling Novel Tool for Drug Discovery

1Extracellular calcium induces neurite outgrowth through calcium-sensing receptors in PC12 HS cells

1Roles of soluble TAM receptors, ligands for these receptors, and shedding enzymes in patients with acute pancreatitis

1PYL8 ABA receptors of play a crucial role in response to abiotic stress and are stabilized by ABA

2Surrogate predictive biomarkers for response to anti-EGFR agents: state of the art and challenges

1The inotropic effect of cardioactive glycosides in ventricular myocytes requires Na+-Ca2+ exchanger function.

1BAY K 8644 modifies Ca2+ cross signaling between DHP and ryanodine receptors in rat ventricular myocytes.

1Local calcium gradients during excitation-contraction coupling and alternans in atrial myocytes.

1Crosstalk between L-type Ca2+ channels and the sarcoplasmic reticulum: alterations during cardiac remodelling.

1Calsequestrin and the calcium release channel of skeletal and cardiac muscle.

1The control of calcium release in heart muscle.

1Sarcoplasmic reticulum calcium content fluctuation is the key to cardiac alternans.

1Calcium sparks: elementary events underlying excitation-contraction coupling in heart muscle.

1Comparative ultrastructure of Ca$^2+$ release units in skeletal and cardiac muscle.

1The Ca$^2+$ synapse redo: a matter of location, location, location.

1Molecular basis of Ca(2)+ activation of the mouse cardiac Ca(2)+ release channel (ryanodine receptor).

1Sarcoplasmic reticulum proteins in heart failure.

2Ca$^2+$ stores regulate ryanodine receptor Ca$^2+$ release channels via luminal and cytosolic Ca$^2+$ sites.

1Regulation of ryanodine receptors from skeletal and cardiac muscle during rest and excitation.

1Cardiac Ca$^2+$ dynamics: the roles of ryanodine receptor adaptation and sarcoplasmic reticulum load.

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