Neuroanatomy
Nervous System Anatomy
Brain Anatomy & Function
Neurotransmission
Mixed
100

Lobe in the brain that serves a visual function

Occipital Lobe

100

Allows quick defensive responses (fight or flight)

Sympathetic Nervous System

100

Regulates motor movement, balance & coordination

Cerebellum

100

The approximate resting potential of the inside of a neuron's membrane relative to the outside

-70 millivolts

100

The name of the primary inhibitory neurotransmitter in the brain.

GABA (Gamma-Aminobutyric Acid)

200

Lobe in the brain that serves an auditory function

Temporal Lobe

200

Induces a calm state (rest and digest)

Parasympathetic

200

Critical for memory formation

Hippocampus

200

These gradients can be described by the movement of ions from high to low areas of concentration.

Concentration Gradient

200

The name of the point from which an axon releases chemicals into the synapse.

Presynaptic Terminal

300

Part of the neuron that help(s) regulate the concentration of different ions inside and outside of the neuron

Cell Membrane

300

Outgoing motor information

Efferent

300

Processes motivation and emotion

Amygdala

300

After the peak of an action potential, this movement of ions restores the membrane to approximately the resting potential.

Potassium ions leaving the cell
300

The name of the glial cells whose function most closely resembles the immune system's.

Microglia

400

The correct order of transmission of information within a neuron

Dendrite, cell body, axon hillock, axon, terminal button, synapse

400

Incoming sensory information

Afferent

400

Dopamine containing pathway facilitating voluntary movement

Basal Ganglia

400

This system plays a role in regulating mood, appetite, aggression, and arousal.

Serotonin System

400

Name of the brain lobes that are responsible for controlling decision-making.

Frontal Lobes

500

Gaps in the myelin of axons

Nodes of Ranvier

500

Type of cell that carries out phagocytosis, or the breakdown of any foreign tissue or dead brain cells

Microglial cells

500

Relay station for sensory organs & input to cortex

Thalamus

500

These channels open in the axon terminal when an action potential reaches the end of an axon.

Calcium Channels

500

The brain structure that is the least similar between humans and non-human animals.

Occipital Lobe

600

(A) Process of growing neurons

(B) Process of growing glial cells

(A) Neurogenesis

(B) Gliogenesis

600

The parts that make up the central nervous system

Brain & Spinal Cord

600

Responsible for communication between two halves of the cortex

Corpus Collosum

600

Type of receptor that changes shape when neurotransmitters bind to them, allowing the influx or efflux of ions.

Ionotropic Receptors

600

Imaging technique that measures changes in glucose, oxygen, and blood flow in the brain.

Functional Brain Imaging

700

(A) Cells that help generate myelin in the CNS

(B) Cells that help generate myelin in the PNS

(A) Oligodendroglial Cells

(B) Schwann Cells

700

The name of the movement of a newly generated neuron to different parts of the developing brain to self-organize into different brain structures.

Neuronal Migration

700

Conveys messages to pituitary gland

Hypothalamus

700

This is a brief hyperpolarization of the neuronal membrane that makes it less likely that the neuron will fire an action potential.

Inhibitory Postsynaptic Potential (IPSP)

700

The goal of using whole-animal manipulations in brain research.

To determine how an environment or social condition affects the brain and behavior.

800

Name for when the forebrain fails to develop.

Anencephaly

800

The total number of cranial nerves.

12

800

Master hormone producing gland

Pituitary Gland

800

Part of the brain that gives rise to the dopamine-containing pathway that facilitates readiness for movement.

Substantia nigra

800

The type of postsynaptic potential that generally occurs in the dendrites.

Excitatory Postsynaptic Potentials (EPSPs)