Search for tag: "millivolts"

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HTHS 1111 F13-05: Action Potential Video with… duration 2 minutes 1 second HTHS 1111 F13-05: Action Potential Video with… HTHS 1111 F13-05: Action Potential Video with Questions	HTHS 1111 F13-05: Action Potential Video with Questions In my 2-Minute Neuroscience videos I explain neuroscience topics in 2 minutes or less. In this video, I discuss the action potential. The term "action potential" refers to the electrical… potential neuron membrane action channels neurotransmitters potassium signal phase cell ions sodium depolarization millivolts neurotransmitter returns threshold axis receptors neuroscience From Lyndsey Gremillion 0 likes 1,289 plays 0
HTHS 1111 F13-03: Membrane Potential Video with… duration 2 minutes 1 second HTHS 1111 F13-03: Membrane Potential Video with… HTHS 1111 F13-03: Membrane Potential Video with Questions	HTHS 1111 F13-03: Membrane Potential Video with Questions In my 2-Minute Neuroscience videos I explain neuroscience topics in 2 minutes or less. In this video, I discuss membrane potential. Membrane potential refers to the difference in charge between the… ions membrane neuron potential cell potassium circles sodium inside ion rest charge point millivolts anions chloride difference neuroscience direction diffusion From Lyndsey Gremillion 0 likes 1,256 plays 0
ZOOL 2200 WSU Fall 2021 28197 duration 1 hour 14 minutes ZOOL 2200 WSU Fall 2021 28197 ZOOL 2200 WSU Fall 2021 28197	ZOOL 2200 WSU Fall 2021 28197 Zoom Recording ID: 99693064758 UUID: jFlUtGtfRU2MDhV49rVB1Q== Meeting Time: 2021-09-09 09:00:33pm potential issue tsh cell millivolts shape kind patient side bunch bit body events brain lot children step disease potassium threshold From Nicole Berthelemy 0 likes 4 plays 0
NEUR 2050 chapter 3 objective 6 duration 12 minutes 33 seconds NEUR 2050 chapter 3 objective 6 NEUR 2050 chapter 3 objective 6	NEUR 2050 chapter 3 objective 6 Dr. Elizabeth Sandquist lectures on chapter 3 objective 6 for the NEUR 2050 Intro Neuroscience course at Weber State University. neuroscience equilibrium potential nernst goldman potassium cell ions membrane ion concentration gradient equation voltage channel millivolts permeability force difference rest charge point concentrations sandquistf20 From Jim Hutchins 0 likes 36 plays 0