Fill in the Blanks: Understanding Synaptic Transmission

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Test your knowledge of synaptic transmission by filling in the blanks in this engaging game!

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Stephanie

United States

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Fill in the Blanks: Understanding Synaptic Transmission


Compléter Fill in the Blanks: Understanding Synaptic TransmissionVersion en ligne Test your knowledge of synaptic transmission by filling in the blanks in this engaging game! par Stephanie 1 membrane Synaptic presynaptic neurons muscle response potential transmission cleft neurotransmitters calcium vesicles inhibitory synapses action excitatory is the process by which signaling molecules called are released by a neuron and bind to receptors on a target neuron or cell , leading to a . This process occurs at , the junctions between . When an reaches the axon terminal of the neuron , it triggers the opening of voltage - gated channels . Calcium ions then flow into the neuron , promoting the fusion of synaptic containing neurotransmitters with the presynaptic . The neurotransmitters are released into the synaptic and diffuse across to bind to specific receptors on the postsynaptic neuron . This binding can result in or postsynaptic potentials , depending on the type of neurotransmitter and receptor involved . Ultimately , synaptic transmission is essential for communication within the nervous system , influencing everything from reflexes to complex behaviors . 2 Neurotransmitters are the chemical messenger molecules that send upstream information to downstream target cell s 3 GABA is the most common inhibitory neurotransmitter in the brain . It has connections to seizures if it is low . 4 synaptic transmission A set of events called is triggered after the action potential ( AP ) reaches the terminal . 1 . AP invades axon terminal in presynaptic cell . 2 . Terminal depolarizes . 3 . V - gated Ca + + channels open and Ca + + influx bathes terminal's intracellular space . 4 . Ca + + and ATP lead to neurotransmitter exocytosis when NT - filled vesicle fuses with terminal membrane . 5 . NT molecules diffuse across synaptic cleft and bind to ligand - gated channels . 6 . Postsynaptic cell responds with a graded potential ( excitatory or inhibitory ) . 7 . Signal stops when neurotransmitter leaves receptor ( 4 ways ) . 5 Monoamines include molecules that are mimicked by legal or illegal . They have natural influences on the brain and mentals state . 6 Glycine is the most common inhibitory NT in the spinal cord and prevents spastic paralysis events . 7 Norepinephrine is the sympathetic nervous system NT . 8 Dopamine is the movement / mood NT . 9 Serotonin is the wakefulness / mood NT . 10 neuropeptide Two NTs that have antagonistic actions are substance P and opioids . 11 inotropic metabotropic The 2 categories for postsynaptic receptors are and receptors . 12 Agonists are molecules that stimulate a response . 13 Antagonists inhibit a response . 14 neuron For a to generate an action potential , it has to receive input from either a neuron or sensory stimulus . 15 potentials Graded can be depolarizing or hyperpolarizing and affect the probability of the neuron reaching threshold . They can also be the result of sensory stimuli . 16 acids amino Glutamate , glycine , and GABA are are used as NTs . 17 Graded potentials produced by interactions between neurons at synapses are postsynaptic potentials ( PSPs ) . 18 summation Spatial occurs when a postsynaptic neuron receives input from several presynaptic neurons that synapse at different locations . 19 integration Synaptic is when a neuron adds up all the EPSPs and IPSPs it experiences and determines to either fire an action potential or stay at rest .

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Fill in the Blanks: Understanding Synaptic Transmission

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Créé par

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Fill in the Blanks: Understanding Synaptic TransmissionVersion en ligne

par Stephanie

membrane Synaptic presynaptic neurons muscle response potential transmission cleft neurotransmitters calcium vesicles inhibitory synapses action excitatory

Neurotransmitters

GABA

synaptic transmission

Monoamines

Glycine

Norepinephrine

Dopamine

Serotonin

neuropeptide

inotropic metabotropic

Agonists

Antagonists

neuron

potentials Graded

acids amino

Graded potentials

summation Spatial

integration Synaptic