Neuromodulation refers to discrete changes in the chemical and electrical properties of nerve cells. This volume provides an introduction to the general principles, drawing together findings from the fields of biochemistry and neurophysiology. This volume provides an introduction to the general principles of neuromodulation--the key neurobiological process for understanding how the brain works. Emphasizing ion channels and biochemical mechanisms of protein phosphorylation, the book shows how neurons regulate their intracellular calcium concentration by modulating the activity of certain ion channels.…mehr
Neuromodulation refers to discrete changes in the chemical and electrical properties of nerve cells. This volume provides an introduction to the general principles, drawing together findings from the fields of biochemistry and neurophysiology.This volume provides an introduction to the general principles of neuromodulation--the key neurobiological process for understanding how the brain works. Emphasizing ion channels and biochemical mechanisms of protein phosphorylation, the book shows how neurons regulate their intracellular calcium concentration by modulating the activity of certain ion channels.
* 1: Leonard K. Kaczmarek and Irwin B. Levitan: What is Neuromodulation? * 2: Irwing B. Levitan and Leonard K. Kaczmarek: Ion Currents and Ion Channels, Substrates for Neuromodulation * 3: Christopher Miller: Mechanisms and Modulation of Ion Channel Proteins * 4: Richard L. Huganir: Biochemical Mechanisms in the Modulation of Ion Channel Function * 5: Richard L. Huganir: Phosphorylation of Purified Ion Channel Proteins * 6: Jack A. Benson and William B. Adams: Modulation of the Endogenous Rhythmic Bursting Activity in the Aplysia Neuron R15 * 7: Judith A. Strong and Leonard K. Kaczmarek: Modulation of Voltage-Dependent Potassium Currents During Long-Lasting Changes in Neuronal Activity * 8: Douglas A. Ewald and Leonard K. Kaczmarek: Modulation of Ion Channels Which are Regulated by Calcium * 9: Stephen W. Jones and Paul R. Adams: Modulation of Potassium Currents of Vertebrate Neurons * 10: Stephen A. Siegelbaum: Modulation of a Potassium Channel in Aplysia Ssensory Neurons by Cyclic AMP-dependent Protein Phosphorylation * 11: Richard W. Tsien: Modulation of Calcium Currents in Heart Cells and Neurons * 12: Robert S. Zucker: Neurotransmitter Release and Its Modulation * 13: Val Gribkoff and F. Edward Dudek: Neuromodulation in the Mammalian Brain: The New Frontier
* 1: Leonard K. Kaczmarek and Irwin B. Levitan: What is Neuromodulation? * 2: Irwing B. Levitan and Leonard K. Kaczmarek: Ion Currents and Ion Channels, Substrates for Neuromodulation * 3: Christopher Miller: Mechanisms and Modulation of Ion Channel Proteins * 4: Richard L. Huganir: Biochemical Mechanisms in the Modulation of Ion Channel Function * 5: Richard L. Huganir: Phosphorylation of Purified Ion Channel Proteins * 6: Jack A. Benson and William B. Adams: Modulation of the Endogenous Rhythmic Bursting Activity in the Aplysia Neuron R15 * 7: Judith A. Strong and Leonard K. Kaczmarek: Modulation of Voltage-Dependent Potassium Currents During Long-Lasting Changes in Neuronal Activity * 8: Douglas A. Ewald and Leonard K. Kaczmarek: Modulation of Ion Channels Which are Regulated by Calcium * 9: Stephen W. Jones and Paul R. Adams: Modulation of Potassium Currents of Vertebrate Neurons * 10: Stephen A. Siegelbaum: Modulation of a Potassium Channel in Aplysia Ssensory Neurons by Cyclic AMP-dependent Protein Phosphorylation * 11: Richard W. Tsien: Modulation of Calcium Currents in Heart Cells and Neurons * 12: Robert S. Zucker: Neurotransmitter Release and Its Modulation * 13: Val Gribkoff and F. Edward Dudek: Neuromodulation in the Mammalian Brain: The New Frontier
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