The term 'equilibrium potential' refers to:

The Nernst equation calculates the equilibrium potential of an ion. What is the equilibrium potential (E_K⁺) if [K⁺]_in = 100 mM and [K⁺]_out = 5 mM at body temperature?

The main function of astrocytes in the CNS includes:

Which component of a neuron is critical for initiating the action potential?

Using the simplified Nernst equation (E = 61 × log([ion]_out / [ion]_in)), what is the E_Na⁺ if [Na⁺]_out = 145 mM and [Na⁺]_in = 15 mM?

Which of the following channels opens during the rising phase of an action potential?

The refractory period ensures:

At rest, the neuronal membrane is most permeable to which ion?

The function of the sodium-potassium pump is to:

Electrical synapses allow ions to pass through specialized proteins called:

In the central nervous system, which glial cells myelinate axons?

Which neurotransmitter is removed from the synaptic cleft via enzymatic degradation?

Which neurotransmitter system is primarily excitatory in the brain?

G-protein coupled receptors (GPCRs) activate which kind of intracellular molecules?

The endocannabinoids are unique neurotransmitters because they:

The amplitude of graded potentials depends on:

Which receptor type is both ionotropic and involved in fast synaptic transmission?

Temporal summation requires:

Which molecule is responsible for vesicle fusion in neurotransmitter release?

The Goldman equation accounts for:

During the falling phase of an action potential, which channel is primarily open?

Which retinal cells are responsible for detecting low light conditions?

The fovea is specialized for:

The auditory ossicles function to:

Which fluid in the cochlea contains a high concentration of potassium?

Which receptor detects fine touch and vibration near the skin surface?

Which structure controls reflexive eye movement in response to visual stimuli?

Which taste modality is detected by direct Na+ influx?

TRPV1 receptors are involved in detecting:

The dorsal column-medial lemniscal pathway transmits:

Which structure is key in forming long-term declarative memories?

The cerebellum is essential for:

Which motor neurons innervate extrafusal muscle fibers?

Which descending tract is primarily responsible for voluntary motor control?

A patient with Brown-Séquard syndrome would most likely experience:

What sensory coding strategy helps distinguish odor identity?

Which protein binds calcium to trigger muscle contraction?

The ventral stream of visual processing is associated with:

Which motor unit type is most fatigue resistant?

Which cranial nerve is responsible for eye movement and pupillary reflex?

Damage to the dorsal root ganglion would most likely impair:

Which structure is primarily involved in maintaining balance and posture?

What is the role of the inferior colliculus in the auditory pathway?

The visual pathway includes which relay station in the thalamus?

Which neurotransmitter is deficient in Parkinson’s disease?

Which technique allows real-time observation of calcium dynamics in neurons?

What part of the brain is activated during fear conditioning?

Which cranial nerve carries auditory information to the brain?

Which cells in the retina first generate action potentials?

The function of central pattern generators (CPGs) is to:

Which tract decussates at the medullary pyramids?

Which glial cell responds to injury and acts as the brain’s immune defense?

A lesion to the left optic tract would cause:

Which ion is most responsible for depolarization during synaptic transmission?

Which protein initiates vesicle docking during neurotransmitter release?

Which visual stream is responsible for processing motion and spatial location?

The somatotopic map in the primary somatosensory cortex is called:

Which neuromodulator is primarily linked to reward and reinforcement?

Which of the following describes saltatory conduction?

In synaptic facilitation, a second EPSP is stronger due to:

Which type of receptor is both G-protein coupled and inhibitory?

What is the typical resting membrane potential of a mammalian neuron?

Which of the following statements is TRUE about the Na⁺/K⁺ ATPase pump?