Ion Channels

dOr83b-Receptor or Ion Channel?

Multidisciplinary / Ion Channels / Drosophila / Cell line / Humans / Animals

dOr83b-Receptor or Ion Channel?

Multidisciplinary / Ion Channels / Drosophila / Cell line / Humans / Animals

A General Channel Model Accounts for Channel, Carrier, Countertransport and Cotransport Kinetics

Microbiology / Kinetics / Medical Microbiology / Membrane Biology / Membrane Proteins / Intelligent Transport System / Ion Channels / Literature Review / Computer Simulation / Membrane transport / Membrane transport proteins / Unified Model / Lumping Kinetic Model / Membrane Protein / Channel model / Physical Properties / Biochemistry and cell biology / Intelligent Transport System / Ion Channels / Literature Review / Computer Simulation / Membrane transport / Membrane transport proteins / Unified Model / Lumping Kinetic Model / Membrane Protein / Channel model / Physical Properties / Biochemistry and cell biology

Ionic transport across corneal endothelium

Cornea / Ion Channels / Animals / Temperature / Clinical Sciences / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain

Ionic transport across corneal endothelium

Cornea / Ion Channels / Animals / Temperature / Clinical Sciences / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain

Genetic loss of insulin receptors worsens cardiac efficiency in diabetes

Oxidative Stress / Ion Channels / Insulin / Reactive Oxygen Species / Mice / Animals / Male / Heart / Myocardium / Proteome / Oxygen Consumption / Oxidation-Reduction / Animals / Male / Heart / Myocardium / Proteome / Oxygen Consumption / Oxidation-Reduction

AtPUMP: an Arabidopsis gene encoding a plant uncoupling mitochondrial protein

Membrane Proteins / Mitochondria / Ion Channels / Potato / Arabidopsis thaliana / Gene Dosage / Arabidopsis / Molecular cloning / Amino Acid Profile / Molecular weight / Energy Transfer / Amino Acid Sequence / Base Sequence / Open Reading Frame / Cold Acclimation / Uncoupling Protein / PLANT PROTEINS / Nucleotides / Biochemistry and cell biology / Gene Dosage / Arabidopsis / Molecular cloning / Amino Acid Profile / Molecular weight / Energy Transfer / Amino Acid Sequence / Base Sequence / Open Reading Frame / Cold Acclimation / Uncoupling Protein / PLANT PROTEINS / Nucleotides / Biochemistry and cell biology

Presynaptic spike broadening reduces junctional potential amplitude

Calcium / Multidisciplinary / Ion Channels / Nature / Animals / Potassium / Synaptic Transmission / Time Factors / Scyphozoa / Action Potentials / Potassium / Synaptic Transmission / Time Factors / Scyphozoa / Action Potentials

Ion exclusion by sub-2-nm carbon nanotube pores

Materials Science / Water / Membranes / Carbon / Electrostatics / Carbon Nanotube / Capillary electrophoresis / Multidisciplinary / Ion Channels / Transport / Porosity / Nanofiltration / Plasma Treatment / Hydrodynamics / Seawater / Fluid flow / Reverse osmosis / Valence / Electrophoresis / Length scale / Functional Group / Osmosis / Ion Transport / Flow Rate / Ionic Strength / Ions / Static Electricity / Nanotubes Carbon / Carbon Nanotube / Capillary electrophoresis / Multidisciplinary / Ion Channels / Transport / Porosity / Nanofiltration / Plasma Treatment / Hydrodynamics / Seawater / Fluid flow / Reverse osmosis / Valence / Electrophoresis / Length scale / Functional Group / Osmosis / Ion Transport / Flow Rate / Ionic Strength / Ions / Static Electricity / Nanotubes Carbon

Peptide cotransmitter potentiates calcium channel activity in crayfish skeletal muscle

Membrane Proteins / Ion Channels / Neuropeptides / Animals / Muscles / Muscle contraction / Potassium Channels / Glutamic Acid / Muscle contraction / Potassium Channels / Glutamic Acid

New transient receptor potential TRPV1, TRPM8 and TRPA1 channel antagonists from a single linear b,g-diamino ester scaffold

Chemistry / Medicinal Chemistry / Drug Discovery / Ion Channels / TRP Channels

Ionic transport across corneal endothelium

Cornea / Ion Channels / Animals / Temperature / Clinical Sciences / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain

Beneficial metabolic effects of M3 muscarinic acetylcholine receptor deficiency

Obesity / Ion Channels / Epinephrine / Metabolic diseases / Mice / Animals / Norepinephrine / Biochemistry and cell biology / Animals / Norepinephrine / Biochemistry and cell biology

Beneficial metabolic effects of M3 muscarinic acetylcholine receptor deficiency

Obesity / Ion Channels / Epinephrine / Metabolic diseases / Mice / Animals / Norepinephrine / Biochemistry and cell biology / Animals / Norepinephrine / Biochemistry and cell biology

Genetic loss of insulin receptors worsens cardiac efficiency in diabetes

Oxidative Stress / Ion Channels / Insulin / Reactive Oxygen Species / Mice / Animals / Male / Heart / Myocardium / Proteome / Oxygen Consumption / Oxidation-Reduction / Animals / Male / Heart / Myocardium / Proteome / Oxygen Consumption / Oxidation-Reduction

Ionic transport across corneal endothelium

Cornea / Ion Channels / Animals / Temperature / Clinical Sciences / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain / Cattle / Optometry and Ophthalmology / Sodium / ENDOTHELIUM / Action Potentials / Culture Media / Hydrogen-Ion Concentration / Sodium Chloride / Neurosciences / Ouabain

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