NS LM3 study plan

Map the neuron's resting membrane potential and action potential phases onto a hand-drawn diagram, labeling ion channels and pumps at each step

Differentiate the divisions of the nervous system (central, peripheral, autonomic, somatic) and state the function of each branch in writing

Describe synaptic transmission and neurotransmitter reuptake using at least three named neurotransmitter examples

Label the major lobes, ventricles, and meningeal layers on a blank brain outline from memory

Trace the corticospinal, spinothalamic, and dorsal column pathways and predict the deficit pattern produced by a lesion at each level

Explain cerebrospinal fluid production, circulation, and reabsorption, and connect failure points to hydrocephalus presentations

Correlate cranial nerve numbers with motor, sensory, and autonomic functions in a reference table

Identify the vascular territories of the major cerebral arteries and the clinical syndrome each occlusion produces

Compare the onset, progression, and hallmark features of ischemic versus hemorrhagic stroke and list immediate management priorities for each

Outline the assessment sequence for a patient with suspected stroke, including time-critical decision points

Describe seizure classification and the nursing and safety actions required during and after a seizure

Practice scoring the Glasgow Coma Scale and pupillary assessment on three written vignettes

Differentiate the clinical presentation and progression of Parkinson disease, multiple sclerosis, and myasthenia gravis

Perform and document a structured neurological exam sequence covering mental status, cranial nerves, motor, sensory, and reflexes

Distinguish upper from lower motor neuron signs and apply the distinction to at least five clinical scenarios

Explain the pathophysiology linking demyelination to fatigue, weakness, and sensory change in multiple sclerosis

Compare CT and MRI on speed, radiation exposure, contraindications, and best use case in acute neurological presentations

Interpret given cerebrospinal fluid profiles for bacterial, viral, and autoimmune meningitis

Describe the purpose and nursing preparation for EEG, lumbar puncture, and cerebral angiography

Explain how intracranial pressure monitoring data is interpreted and what values warrant escalation

Classify anti-seizure medications by mechanism and match each class to its major adverse effects and monitoring parameters

Explain the therapeutic window and toxicity monitoring for a commonly used neurological drug such as phenytoin or levodopa-carbidopa

Describe the mechanism and reversal approach for anticoagulant-associated intracranial hemorrhage

Identify drug interactions and patient-teaching points for at least four neurological medication classes

Apply fall-prevention and aspiration-prevention strategies to a patient with impaired mobility and swallowing

Describe safe practice for patients with altered consciousness, including positioning, suction readiness, and seizure precautions

Explain the clinician's role in informed consent and reporting of adverse events in neurological care

Outline the escalation pathway for a patient with a declining level of consciousness

Review and consolidate the weakest concepts identified in weeks 1 through 7

Complete a timed mixed-domain practice set and categorize every error by domain and cause

Re-explain the three highest-yield pathophysiology mechanisms from memory without notes

Build a one-page summary sheet of the most frequently tested facts across all seven domains