Anatomy and Physiology I-Neurophysiology- The Action Potential
No Thumbnail Available
Keywords
"Absolute Refractory Period|All-or-None|Continuous Conduction|Depolarization|Excitatory|Hyperpolarize|Inhibitory|Leakage Channel|Ligand-gated Channels|Myelin Sheath|Potential (membrane potential)|Repolarization|Resting Membrane potential|Saltatory Conduction , Spatial Summation|Sodium Potassium Pump|Temporal Summation|Threshold|Voltage-gated Channel"
Project
c3bc
Authors
Rudolph, Alice
Doub, Andrea
Date Submitted
2016-05-11
Material Type
Hybrid/Blended Course
Secondary Material Type
Institution
Forsyth Technical Community College
Industry Partner
N/A
License
CC BY
Funding Source
TAACCCT Round 2
Additional Public Access
https://moodle.skillscommons.org/mymoodle/mod/resource/view.php?id=301
Abstract
"This learning object briefly talks about the resting membrane potential of the neuron and the electrical signals such as graded potentials and action potentials caused by disruptions of that resting membrane potential. This learning object also discusses how action potentials are transmitted along the axon. Topics include: 1) the resting membrane potential, 2) the ion channels associated with the creation of electrical signals, 3) the events in the formation of an action potential, 4) graded potentials, 5) summation of graded potentials, and 6) saltatory and continuous conduction. The learning object includes videos as well as a quiz group.
This grant product was created by the Community College Consortium for Bioscience Credentials and is licensed under a Creative Commons Attribution 3.0 Unported License."
Industry (NAISC)
Professional, Scientific, and Technical Services -- Professional, Scientific, and Technical Services (541)
Occupation (SOC)
Life, Physical, and Social Science Occupations -- Biochemists and Biophysicists (19-1021)
Instructional Program (CIP)
Biological and Biomedical Sciences (26)
Credit Type
Credential Type
None
Educational Level
1st year Community College or equivalent