Calcium Channel

Ciliary Polycystin-2 Is a Mechanosensitive Calcium Channel Involved in Nitric Oxide Signaling Cascades

RNA interference / Cellular mechanotransduction / Humans / Hypertension / Endothelial Cells / Mutation / Mice / Blood Pressure / Nitric oxide / Animals / Calcium Signaling / Calcium Channel / Clinical Sciences / Time Factors / Calmodulin / Circulation / Cilia / Mutation / Mice / Blood Pressure / Nitric oxide / Animals / Calcium Signaling / Calcium Channel / Clinical Sciences / Time Factors / Calmodulin / Circulation / Cilia

Voltage sensitive calcium channels mark a critical period in mouse neurodevelopment

Cognitive Science / Electrophysiology / Membranes / Developmental neuroscience / Calcium / Electroencephalography / Filtration / Mice / Animals / Calcium channels / Calcium Channel / Cyclic peptides / Dendrites / Critical Period / SYNAPTOSOMES / Nervous System / Neurosciences / NIMODIPINE / Calcium Channel Blockers / Electroencephalography / Filtration / Mice / Animals / Calcium channels / Calcium Channel / Cyclic peptides / Dendrites / Critical Period / SYNAPTOSOMES / Nervous System / Neurosciences / NIMODIPINE / Calcium Channel Blockers

Peripheral versus central potencies of N-type voltage-sensitive calcium channel blockers

Electrophysiology / Low Frequency / Hippocampus / Blood Pressure / Animals / Peripheral Nervous System / Male / Calcium Channel / Central Nervous System / Rat Brain / Norepinephrine / Rats / Transmitter release / Radioligand Assay / SYNAPTOSOMES / Binding Site / Calcium Channel Blocker / Calcium Channel Blockers / Peripheral Nervous System / Male / Calcium Channel / Central Nervous System / Rat Brain / Norepinephrine / Rats / Transmitter release / Radioligand Assay / SYNAPTOSOMES / Binding Site / Calcium Channel Blocker / Calcium Channel Blockers

Copyright © 2017 DADOSPDF Inc.