Rehabilitation students do not study neuroscience to name structures; they study it so that a pattern of weakness in front of them points back to a location in the nervous system. Neuroscience: Fundamentals for Rehabilitation, 4th Edition by Lundy-Ekman is built around that clinical reasoning, which is why its exams so often present findings rather than definitions and ask where the lesion must be. That is a genuinely different skill from memorizing tracts, and it is the reason a student can recite the pathways confidently and still freeze when the question describes a patient.
Why this test bank helps
Localization questions are unforgiving because the wrong answers are all anatomically real — each option is a plausible site that produces a different pattern. The written rationale under every question here explains which finding rules a site in and which rules it out, so you are learning the discriminating feature rather than the answer. Practising that repeatedly is what makes the tracts stick, since a pathway you have used to explain a deficit is remembered far better than one you have only traced through a diagram.
What’s inside
- Questions following the book’s chapter order, from cellular neuroscience through to the regional chapters.
- Multiple choice and true/false items, including clinical scenarios that ask you to localize a lesion.
- A written rationale under every question, naming the discriminating sign and why each alternative fails.
- Emphasis on the motor, somatosensory and vascular material that rehabilitation courses assess most heavily.
- One organized PDF, ready to download the moment checkout completes.
Topics covered
- Neurons and synapses — membrane potentials, action potential conduction, neurotransmitters and receptor types.
- Somatosensory systems — receptor types, the dorsal column and spinothalamic pathways, and dermatome testing.
- Pain — nociception, referred and neuropathic pain, and the mechanisms behind central sensitization.
- Motor systems — corticospinal control, upper and lower motor neuron signs, tone, reflexes and paresis.
- Cerebellum and basal ganglia — coordination, movement scaling, and the deficits produced by disease of each.
- Spinal region — nerve roots and peripheral nerves, and the classic incomplete spinal cord injury syndromes.
- Brainstem and cranial nerves — cranial nerve function and testing, and why brainstem lesions produce crossed findings.
- Cerebral vasculature and plasticity — arterial territories, stroke presentations, and the mechanisms underlying recovery.
Who it’s for
Physical therapy, occupational therapy and physical therapist assistant students taking neuroscience from this edition, along with speech-language pathology and rehabilitation science students who need the same lesion-localization reasoning for their neuroanatomy course.
How to use it (the right way)
Read the chapter and work through its figures first, then attempt a block closed-book. For every clinical item, write the location you believe is affected and the sign that ruled out the nearest alternative before checking the rationale — that comparison is the whole exercise. This is a study aid, to be used in line with your program’s academic-integrity policy: preparation and self-testing, never a substitute for coursework or clinical instruction, and never taken into a graded assessment.
Sample question (shows the format — your download contains the full set)
Q. A patient has a lesion affecting the left half of the spinal cord at T10. Which pattern of findings is expected below the level of the lesion?
- A. Left-sided weakness and loss of proprioception, with right-sided loss of pain and temperature
- B. Right-sided weakness and loss of proprioception, with left-sided loss of pain and temperature
- C. Bilateral loss of pain and temperature with preserved motor function
- D. Left-sided loss of all sensory modalities with no motor involvement
Answer: A. The corticospinal tract and dorsal columns have already crossed above the spinal cord or ascend uncrossed, so their deficits appear on the same side as the lesion, while spinothalamic fibres cross within a segment or two of entry and carry pain and temperature from the opposite side. B reverses the sides. C describes a central lesion interrupting crossing fibres, such as a syrinx. D ignores the motor tract running in the same half of the cord, which cannot be spared by a lesion of that side.
Edition & format
- Matches: Neuroscience: Fundamentals for Rehabilitation, 4th Edition, by Lundy-Ekman (ISBN 9781455706433).
- Format: Digital PDF, delivered instantly after checkout.
- Access: Lifetime — re-download from your account whenever you need it.
Chapter organization changes between editions of this text. Please confirm the edition and ISBN above match the book on your syllabus before purchase.
Frequently asked questions
Is this the current edition? These questions are prepared against the 4th Edition. If your program lists a different edition, choose that listing, as the chapters are reorganized between them.
How do I receive it? The download appears on your order confirmation page and in your account as soon as checkout completes, with nothing shipped.
Do all the questions include rationales? Yes. Each item explains the reasoning, including which finding distinguishes the correct site from the nearby alternatives.
Is using a test bank allowed? As practice material it works like any other revision resource. Follow your program’s academic-integrity policy and never take it into a graded assessment.
More rehabilitation and health science titles are in Allied Health Test Banks.
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