'Membrane potential' presentation slideshows

Passive Electrical Properties of the Neuron

Passive Electrical Properties of the Neuron. Reference: Eric R. Kandel: Essentials of neural Science and Behavior. P149 - 159 . I. Equivalent Circuit of the Membrane and Passive Electrical Properties. Equivalent Circuit of the Membrane and Passive Electrical Properties.

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Chapter 48/49

Chapter 48/49. Nervous Systems. The human brain contains an estimated 100 billion nerve cells, or neurons Each neuron may communicate with thousands of other neurons Complex information processing network is at work. Different neurons do different things.

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Nervous System

Nervous System. Functions and Divisions of the nervous system. The nervous system has three basic functions: Sensory input: gathering information. Integration: interpreting sensory input and what to do with it.

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human physiology part 4

vander lecture

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Neuroscience

Neuroscience. Crystal Sigulinsky Neuroscience Graduate Program University of Utah crystal.cornett@utah.edu. Housekeeping Notes. Posting lectures online Writing Assignment Listed as #4 due Monday July 7 th July 6 th = Monday Office hours

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Membrane Transport of Small Molecules and the Electrical Properties of Membranes

Membrane Transport of Small Molecules and the Electrical Properties of Membranes. Chapter 11, Molecular Biology of the Cell Jin-Chung Chen.

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The Nervous System

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Unit A: The Nervous and Endocrine Systems

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Circulatory Systems

Circulatory Systems. Transport & Maintenance. Circulatory Systems. transport to & from tissues nutrients, O 2 ; waste, CO 2 hormones maintain electrolyte balance of intercellular fluid transport to/from homeostatic organs small intestine delivers nutrients

1.19k views • 51 slides

Circulatory Systems

Circulatory Systems. Transport & Maintenance. Circulatory Systems. transport to & from tissues nutrients, O 2 ; waste, CO 2 hormones maintain electrolyte balance of intercellular fluid transport to/from homeostatic organs small intestine delivers nutrients

787 views • 51 slides

Physiological Psyc

Physiological Psyc. Ch.2. Cells of the Nervous System. The nervous system is composed of two types of cells, neurons and glia . Neurons. Cells which receive and transmit information to other cells. The human brain contains approximately 100 billion neurons.

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Passive Properties of Axons: The neuron described as a wire.

Passive Properties of Axons: The neuron described as a wire. Passive processing or cable properties. Power point taken (in part) from Fundamental Neuroscience, 3 rd Ed. Squires, Berg, Bloom, du Lac, Ghosh & Spitzer, Academic Press (Elsevier), 2008. Areas of Neural Processing.

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Plant Growth and Development II

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Nervous System

Nervous System. Brain, spinal cord, efferent and afferent neurons Pattern of information flow:. Receptor Afferent path Integration Efferent Path Effect. Central Nervous System (CNS). Main cell types are neurons and glial cells. Typical Arrangement of Neural Connections.

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Membrane potential

Membrane potential. Resting membrane potential Action potential End plate potential Synaptic potential Excitatory post synaptic potential Inhibitatory post synaptic potential. Resting membrane potential potential. Resting Membrane Potential. GENESIS OF RESTING MEMBRANE POTENTIAL

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Section 2 Electrophysiology of the Heart

Section 2 Electrophysiology of the Heart. Two kinds of cardiac cells 1, The working cells. Special property: contractility 2, Special conduction system, including the sinoatrial node, atrioventricular node, atrioventricular bundle (bundle of His), and Purkinje system.

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Chemical synapses: post-synaptic mechanisms

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Cardiac Muscle and Heart Function

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FERTILIZATION

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Table of Contents

Chapter 49. Table of Contents. Section 1 Neurons and Nerve Impulses. Section 1 Neurons and Nerve Impulses. Chapter 49. What is a neuron?. The scientific name for a nerve cell is made up of a cell body, dendrites, and axons.

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