Neuroscience for rehabilitation is one of the hardest bridges a therapy student has to cross: you have to hold onto the anatomy of tracts, nuclei, and neurotransmitter systems while also reasoning clinically about what happens when a lesion strikes a specific location. Lundy-Ekman’s “Neuroscience: Fundamentals for Rehabilitation” is written for exactly that leap — and this matched test bank turns passive reading into active, lesion-localizing practice so the material actually sticks before your exam.
Why this test bank helps
Rote memorization collapses under pressure; understanding survives it. Every question in this set comes with a full rationale that explains the underlying neuroanatomy or pathophysiology — why a particular tract carries that signal, why a lesion produces that deficit, and why the tempting wrong answers are wrong. Practicing this way trains the “localize, then reason” habit that both written exams and clinical case discussions demand.
What’s inside
- Questions organized to follow the book’s progression — from cellular and system-level neuroscience through regional anatomy and clinical disorders.
- Exam-style formats relevant to rehabilitation science: single-best-answer, case vignettes, and lesion-localization items that ask you to map a deficit to a structure.
- A clear, written rationale for every question, not just an answer key.
- Items that connect neuroanatomy to functional consequences a therapist would actually assess.
- Instant digital PDF you can drill from on any device, at your own pace.
Topics covered
- Neurons, glia, synaptic transmission, and neuroplasticity
- Somatosensory, motor, and autonomic systems
- The spinal cord, spinal region, and ascending/descending tracts
- Brainstem, cranial nerves, and the vestibular system
- Cerebellum and basal ganglia in motor control
- Cerebral cortex, cognition, and the limbic system
- Cerebral vasculature, stroke, and vascular syndromes
- Lesion localization and the functional consequences of nervous-system damage
Who it’s for
Students in physical therapy, occupational therapy, and other rehabilitation-science programs working through a neuroscience or clinical-neuroanatomy course, plus anyone reviewing foundational rehab neuroscience for cumulative or board-style examinations. It is a strong fit if your course assigns the Lundy-Ekman 4th Edition and you want targeted self-assessment aligned to its structure.
How to use it (the right way)
Read a chapter first, then attempt the matching questions closed-book. Score yourself, and for anything you miss, read the rationale and return to the textbook figure or section it points to — that loop is where real retention happens. Use it as a diagnostic to find weak systems before an exam, not as a substitute for studying. An academic-integrity note: this is a self-study and self-assessment aid. Do not present it as your own graded work, and do not use it during any exam or in any way your institution’s honor code forbids.
Sample question
(Shows the format — your download contains the full set.)
Q. A patient presents with loss of pain and temperature sensation on the right side of the body below the neck, together with weakness and loss of vibration and position sense on the left side below a mid-thoracic level. Which lesion best explains this pattern?
- A. Complete transection of the spinal cord at T6
- B. Hemisection of the left half of the spinal cord at T6
- C. Bilateral dorsal column lesion
- D. Anterior spinal artery infarct
Answer: B. A left hemisection (Brown-Séquard pattern) produces contralateral loss of pain and temperature, because spinothalamic fibers cross near their entry level, so a left-sided lesion affects the right body. It also produces ipsilateral loss of vibration and proprioception and ipsilateral weakness, because the dorsal columns and corticospinal tract travel uncrossed at cord level. A complete transection (A) would abolish all modalities bilaterally below the lesion. A bilateral dorsal column lesion (C) spares pain and temperature entirely. An anterior spinal artery infarct (D) spares the dorsal columns, preserving vibration and position sense.
Edition & format
- Matches: For Neuroscience Fundamentals Rehabilitation 4th Edition Lundy Ekman
- Format: Digital PDF, delivered instantly after checkout
- Access: Lifetime — re-download anytime from your account
Please confirm the edition and ISBN match your course before buying — message us and we’ll check.
Frequently asked questions
Is this the textbook itself? No. This is a companion test bank of practice questions with answer rationales, designed to be used alongside your own copy of the book.
Are the questions the same as my instructor’s actual exam? No, and we make no such claim. These are study questions for self-assessment; they help you master the material but are not a preview of any specific graded test.
How do I receive it? It’s an instant digital download — you’ll get the PDF right after checkout and can re-download it anytime from your account.
Will this guarantee a better grade? No honest resource can promise a grade. What it can do is give you structured, rationale-driven practice so you study more effectively.
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