Neurotransmitters and Signaling Flashcards

1
Q

Name all small molecule transmitters (that are on the slides)!

A
Acetylcholine
Norepinephrine
Dopamine
Serotonin
GABA
Glycine
Glutamate
Aspartate
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2
Q

What does GABA stand for?

A

Gamma aminobutyric acid

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3
Q

Name two transmitters of the group amino acids that are inhibitory!

A

GABA

Glycine

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4
Q

Name two transmitters of the group amino acids that are excitatory!

A

Glutamate

Aspartate

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5
Q

Name three transmitters of the group biogenic amines and whether they are inhibitory or excitatory!

A

Norepinephrine (excitatory or inhibitory)
Dopamine (generally excitatory)
Serotonin (generally inhibitory)

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6
Q

The properties of acetylcholine:

A

Excitatory to vertebrate skeletal muscles.

Excitatory or inhibitory on other sites.

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7
Q

Which small molecule transmitters do also occur in the PNS?

A

Acetylcholine
Norepinephrine
Dopamine

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8
Q

Name four neurotransmitter peptides!

A

VIP
Substance P
Neurotensin
Insulin

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9
Q

Name one co-existing transmitter peptide to Norepinephrine!

A

Neurotensin

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10
Q

In what part of the neuron are peptides produced?

A

In the soma, because they are a gene product!

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11
Q

How are small molecule neurotransmitters produced?

A

They are produced enzymatically very close to the axon terminal.

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12
Q

Where exactly are precursor peptides produced?

A

In the rough ER.

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13
Q

Where are precursor peptides turned into active peptide neurotransmitters?

A

The Golgi Apparatus.

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14
Q

What are peptide neurotransmitters stored in?

A

Secretory Granules

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15
Q

Where are small molecule transmitters stored in?

A

Synaptic vesicles.

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16
Q

What gathers small molecule transmitters and puts them in synaptic vesicles?

A

Transporter proteins

17
Q

Two possible ways of signal distribution and multiplication:

A
  • Diffuse and extensive axonal branching

- Interneuron Cascades

18
Q

Name an example for diffuse and extensional axonal branching!

A

Dopaminergic System

19
Q

Name an example for Interneuron cascades!

A

Limbic System

20
Q

Name three inactive amino acid transmitters!

A

Leucine
Lysine
Threonine

21
Q

Name three inhibitory amino acid transmitters!

A

GABA
Glycine
Taurine

22
Q

Name three excitatory amino acid neurotransmitters!

A

Glutamate
Aspartate
Cysteinic Acid

23
Q

What was the first neurotransmitter to be discovered?

A

Acetylcholine

24
Q

What are the most used transmitters in the CNS?

A

Glutamate

GABA

25
What transmitters are most common in the PNS?
Acetylcholine | Norepinephrine
26
What are GABAa receptors?
GABA gated chloride channels
27
What are GABAb receptors?
Metabotropic receptors that cause strong inhibitory postsynaptic potential (IPSP) by acting on potassium channels.
28
Two types of receptors that exist for both Glutamate and GABA?
Metabotropic Receptors | Ionotropic Rceptors
29
Name a fast acting type of receptor!
Ionotropic receptor
30
Name a slow acting type of receptor!
Metabotropic Receptors
31
7 functions GABAa receptors regulate:
``` Anxiety Excitability of the Brain Motor Functions Circadian Rhythms Sleep Vigilance Learning and Memory ```
32
Name 4 functions GABAb receptors regulate!
Excitability of the Brain Activity of the Dopaminergic System Neuronal and Brain Development Rhythm Generators in the Brain
33
All norepinephrine receptors are .......... ?
Metabotropic Receptors