Dr. Cliff H. Summers Churchill-Haines 168F |
Behavioral Neuroscience
BIOL 432/732 Spring 2019 |
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reference text: Principles of Neural Science by Kandel, Schwartz and Jessel |
Acronyms and Abbreviations | and Figures |
E S C A P E B E H A V I O R in F I S H | ||||
Jan 7, 9 | C-Start Reflexes in Fish | examples | ||
Jan 9, 11, 14 | Afferent-Sensory Input | circuitry | ||
Jan 14 | Glutamate: Excitatory Transmission | |||
Jan 16 | Dopamine | DA figures | ||
Jan 18, 23 | Mauthner Cell | circuitry | ||
Jan 23, 25 | Mauthner - Efferent Output | circuitry | ||
Jan 25, 28 | Acetylcholine (ACh) | |||
Jan 28 | Neuromuscular Function | |||
Jan 28, Feb 1 | Neural Circuitry Fundamentals | |||
Feb 4, 6, 8 | Integration of Circuitry and Behavior | circuitry |
Y A W N I N G | |||||
Feb 12, 14 | Yawning Behavior | Yawning Figures | |||
Feb 14 | Evolution of/Purpose for Yawning | Yawning Figures | |||
Feb 19, 21, 24 | Sensory Afferents to Yawn | Yawning Circuitry | |||
Jan 20 | Glutamate (Glu): Excitatory Transmission | Glutamate Figures | |||
Feb 24, 26 | Gating the Yawn | Yawning Circuitry | |||
Feb 28 | Norepinephrine (NE) | NE Figures | |||
Feb 25, 27 | Oxytocin (OT) | OT Figures | |||
Feb 27, Mar 1 | ACTH & aMSH | ACTH & aMSH Figures | |||
Mar 1, 11, 13 | Regulating Yawn Gating | Yawning Circuitry | |||
Mar 13, 15, 18 | Efferent Yawn Output | Yawning Circuitry | |||
Acetylcholine (ACh) | ACh Figures | ||||
Mar 18 | Neuromuscular Production of Yawns | ||||
Mar 18, 20 | Integration of Yawn Circuitry and Behavior | Yawning Circuitry |
B I O L O G I C A L R H Y T H M S | |||
Mar 22 | Behavior of Rhythmicity | Figures of Rhymiticity | |
Mar 25 | Sensory input for Rhythmicity | Eyes | |
Glutamate | Glutamate Figures 132-148 |
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Mar 25, 27 | Afferent Path & SCN | SCN figures | |
Mar 29 | Vasoactive Intestinal Peptide (VIP) | VIP Figures Ch 11 |
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Mar 29, Apr 1 | Vasopressin (AVP) | AVP figs | |
Apr 3 | g-aminobutryic Acid = GABA | GABA figs 105-127 |
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Apr 5 | Serotonin (5-HT) | 5-HT Figures | Apr 8, 10, 12, 15 | C I R C A D I A N R H Y T H M S | Molecular mechanisms |
Apr 17, 22 | Efferent paths from the SCN | ||
Apr 22, 24, 26 | RHYTHM INTEGRATION |
To be chosen from the following list: I. One from each category 1. Simple Behavioral Circuitry 2. Moderately Complex Behavioral Circuitry 3. Complex Behavioral Circuitry
HONEY BEE CONDITIONED DRINKING | ||
January 8 - 10 | Honey Bee Ecology and Behavior | Species / Behavior Figures |
January 10 - 12 | Honey Bee Neuroanatomy | Honey Bee Neuroanatomy |
January 17 - 24 | Fundamentals of Neurocircuitry | |
January 24 - 26 | Sensory Afferent input for Proboscis Extension | Honey Bee Neurocircuitry |
January 26 | Acetylcholine (ACh) | Honey Bee Neurocircuitry |
January 29 | Octopamine OA | Honey Bee Neurocircuitry |
January 31 | Gating Proboscis Extension | Honey Bee Neurocircuitry |
January 31 - February 2-5 |
Learning What to Drink | Honey Bee Neurocircuitry |
February 5 | Conditioned Proboscis Extenstion | Honey Bee Neurocircuitry |
February 7 | Motor Neuron output for Proboscis Extension | Honey Bee Neurocircuitry |
February 9 | Integration: Honey Bee Conditioned Drinking | Honey Bee Neurocircuitry |
C R A Y F I S H E S C A P E | |||
Jan 9, 11 | Crayfish Ecology and Behavior | Crayfish examples | |
Jan 13 | Crayfish Neuroanatomy | Crayfish Anatomy | |
Jan 13, 18 | Fundamentals of Neurocircuitry | Crayfish Anatomy | |
Jan 18, 20, 23 | Sensory Afferent input for Tail Flip | Crayfish Circuitry | |
Jan 25, 27 | Acetylcholine ACh | ACh figs | |
Jan 27, 30 | Gating the Full Flip | Crayfish Circuitry | |
Feb 1, 3 | Gating the Tail Flip for Upward Thrust | Crayfish Circuitry | |
Feb 3 | GABA | GABA figures | |
Feb 3, 6 | Parallel Gating of Crayfish Escape | Crayfish Circuitry | |
Feb 6, 10 | Motor Neurons and the Crayfish tail-flip Escape | Crayfish Circuitry | |
Feb 10 | Serotonin = 5-HT | 5-HT figures | |
Feb 10, 13, 15 | INTEGRATION: Crayfish Tail-Flip Escape | Crayfish Circuitry |
L E E C H S E N S I T I Z A T I O N | |||
Jan 11, 14 | Leech Shortening Reflex | Leech examples | |
Jan 16, 18 | Sensory Afferentinput for Shortening | Leech Circuitry | |
Jan 18, 23, 25 | Glutamate | Glu figures | |
Jan 25 | Serotonin = 5-HT | 5-HT figures | |
Jan 28, 30 | S & R Sensitization | Leech Circuitry | |
Feb 1, 4 | Sensitization and Learning | Leech Circuitry | |
Feb 6, 8 | Efferent Motor paths to Shortening | Leech Circuitry | |
Feb 8 | Acetylcholine ACh | ACh figs | |
Feb 8, 11 | Neuromuscular Function | Leech Circuitry | |
Feb 11, 13 | INTEGRATION: Sensitized Shortening | Leech Circuitry |
E S C A P E B E H A V I O R in F I S H | ||||
Jan 12 | C-Start Reflexes in Fish | examples | ||
Jan 14, 16 | Afferent-Sensory Input | circuitry | ||
Jan 21 | Glutamate: Excitatory Transmission | |||
Jan 23 | Dopamine | DA figures | ||
Jan 24, 27 | Mauthner Cell | circuitry | ||
Jan 30, Feb 2 | Mauthner - Efferent Output | circuitry | ||
Feb 2 | Acetylcholine (ACh) | |||
Feb 2 | Neuromuscular Function | |||
Feb 7, 10, 13 | Integration of Circuitry and Behavior | circuitry |
Y A W N I N G | |||||
Feb 12, 14 | Yawning Behavior | Yawning Figures | |||
Feb 14 | Evolution of/Purpose for Yawning | Yawning Figures | |||
Feb 19, 21, 24 | Sensory Afferents to Yawn | Yawning Circuitry | |||
Jan 20 | Glutamate (Glu): Excitatory Transmission | Glutamate Figures | |||
Feb 24, 26 | Gating the Yawn | Yawning Circuitry | |||
Feb 28 | Norepinephrine (NE) | NE Figures | |||
Mar 3, 5 | Oxytocin (OT) | OT Figures | |||
Mar 7 | ACTH & aMSH | ACTH & aMSH Figures | |||
Mar 7, 17 | Regulating Yawn Gating | Yawning Circuitry | |||
Mar 19 | Efferent Yawn Output | Yawning Circuitry | |||
Jan 29 | Acetylcholine (ACh) | ACh Figures | |||
Feb 23-25 | Neuromuscular Production of Yawns | ||||
Mar 24-26 | Integration of Yawn Circuitry and Behavior | Yawning Circuitry |
B I O L O G I C A L R H Y T H M S | |||
Mar 26 | Behavior of Rhythmicity | Figures of Rhymiticity | |
Apr 1, 4 | Sensory input for Rhythmicity | Eyes | |
Jan 20 | Glutamate | Glutamate Figures 132-148 |
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Apr 6, 8 | Afferent Path & SCN | SCN figures | |
Apr 8, 11 | Vasoactive Intestinal Peptide (VIP) | VIP Figures Ch 11 |
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Apr 13 | Vasopressin (AVP) | AVP figs | |
Apr 13 | g-aminobutryic Acid = GABA | GABA figs 105-127 |
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Serotonin (5-HT) | 5-HT Figures | Apr 13, 15, 18, 20 | C I R C A D I A N R H Y T H M S | Molecular mechanisms |
Apr 27, 29 | Efferent paths from the SCN | ||
Apr 29, 8 | RHYTHM INTEGRATION |
F E A R C O N D I T I O N I N G | |||||
March 16, 18 | Fear and Fear Behaviors | examples | |||
March 20, 23 | Afferent Pathways (CS) for Fear Association Learning | circuitry | |||
March 25, 27 | Amygdala | Amygdalar circuitry | |||
Mar 30, Apr 1, 6 | Fear Conditioning | circuitry | |||
Apr 6, 8 | BDNF | Amygdalar circuitry | |||
Apr 10 | Afferent Shock (US) Pathway | afferent shock circuitry | |||
Apr 13 | Substance P | SP figs | |||
Apr 15 | Efferent Output | circuitry | |||
Acetylcholine (ACh) | ACh figs | ||||
Apr 17 | Neuromuscular Production of Fear Potentiated Startle | circuitry | |||
Apr 20 | Integrated Behavior: Fear Conditioned Startle | Fear circuitry |
L O R D O S I S | ||
Mar 22, 24 | BEHAVIOR | examples |
Mar 24, 26 | Reflexes | |
Mar 26 | Sensory Reception - Tactile Receptors | Sensory Receptors |
Mar 26, 29 | VIP | VIP figs |
Substance P | SP figs | |
Mar 29 | Spinal Synapses | spinal cord diagrams |
Mar 29, 31 | Ascending Fibers to Reticulospinal and Vestibulospinal Synapses | circuit diagrams |
Apr 7 | Estrogens | E2 figs |
Serotonin (5-HT) | 5-HT figs | |
Apr 9 | GnRH | GnRH figs |
Apr 9, 12, 14 | Hypothalamic Gating | |
Apr 16 | Motor Cascade along Efferent Circuitry | circuit diagrams |
Acetylcholine (ACh) | ACh figs | |
Apr 16 | Neuromuscular function | |
Apr 16, 19 | INTEGRATION | circuit diagrams |