Neuropsychological Testing After a Brain Injury

Neuropsychological testing is a set of standardized tasks and questionnaires that show how well the brain handles thinking, memory, attention, and behavior. After a head injury, it can show which skills are working well and which are harder. This guide explains what each part checks, how an evaluation runs, and why the results can end up in a medical record.

What Neuropsychological Testing Is

Neuropsychological testing measures how the brain performs specific tasks at a given point in time. The Virginia Department of Education’s traumatic brain injury guidance lists possible effects that include cognitive, behavioral, psychosocial, sensory, motor, physical, and speech impairments. That guidance is written for school eligibility, so it shows the range of possible effects, not adult testing standards.

Brain scans and testing answer different questions. A scan shows structure. Testing shows how skills work when a person performs tasks. A treating clinician often refers a person for testing after a head injury, once initial medical care is underway.

Testing is usually a group of tasks, not a single test. The tasks are chosen based on the referral and the injury history. Examiners read the results together, looking for patterns across tasks rather than relying on one score.

Attention and Concentration

Attention testing checks whether a person can stay focused and handle more than one demand. Sustained attention means staying on a task over a period of time. Divided attention means handling two tasks at once.

Examiners watch for errors, drifting focus, and the need to repeat instructions. They also notice whether the person’s performance drops as the session goes on. A single lapse does not tell the whole story. Examiners look for a pattern across several tasks.

Attention matters in daily life. Driving is a clear example. It asks a person to watch the road, track other vehicles, follow signs, and respond to changes all at once. Following a conversation in a noisy room and working through a multi-step job task also depend on attention.

Memory: Learning, Recall, and Recognition

Memory testing checks how well a person learns new information and how well it can be recalled later. Immediate memory asks a person to repeat a short list right after hearing it. Delayed memory asks for the same list after a break, often after other tasks have filled the time.

Recognition tasks work differently. The person sees a set of items and picks out the ones learned earlier. This helps separate two possible problems. A person who recognizes items but cannot recall them may have trouble getting information back out, not trouble storing it.

Examiners often repeat the same material across several trials. They track how much is learned with each repeat and how much is kept over time. That pattern can matter more than any single score.

Processing Speed

Processing speed measures how quickly a person takes in information and responds. Timed tasks may ask a person to match symbols to numbers or complete a simple sequence of pencil-and-thinking steps. The clock is part of the measurement.

Slower processing can show up at work or school even when a person eventually gets the right answer. Speed matters when a day is full of quick decisions. A peer-reviewed college concussion study describes concussion as a traumatic brain injury that can cause cognitive, physical, emotional, and sleep symptoms. The same study says these symptoms can affect occupational or academic performance during recovery.

Slower speed on a test is a measurement point, not a diagnosis. Recovery from a concussion can change over weeks and months, so timing matters when results are read.

Executive Function and Problem Solving

Executive function covers the mental skills used to plan, organize, reason, switch between tasks, and adjust when rules change. These skills run much of everyday life, from managing a schedule to handling an unexpected problem at work.

Common tasks include sorting items by one rule and then switching to a new rule without warning. Puzzles with limited steps test planning. Other tasks ask a person to hold back an automatic response, such as naming the ink color of a word when the word spells a different color.

Problem-solving tasks are scored for accuracy, speed, and strategy. Examiners pay attention to how a person approaches a problem, not only whether the final answer is right. For example, a person may sort correctly at first, then keep using the old rule after the examiner changes it. Examiners record that pattern and how the person responds to correction.

Language, Visual-Spatial Skills, Mood, and Effort

Most evaluations check more than speed and memory. Language tasks include naming objects, word fluency (saying as many words as possible from a category in a set time), and following spoken instructions. Visual-spatial tasks include copying figures and judging position. Motor speed tasks are timed.

Many evaluations also include questionnaires about mood, anxiety, and daily functioning. Emotional symptoms can affect how a person performs on tasks, so examiners record them alongside test scores.

Some tests include effort measures. These check whether a person gave consistent effort across tasks. Examiners read the results in that light. The scope of testing depends on the referral and the injury history, so not every area is tested in every evaluation.

What Happens During an Evaluation

An evaluation usually starts with an interview. The examiner asks about the crash, current symptoms, medical history, education, and work. Then the person completes the standardized tasks and questionnaires.

The process may take place over more than one session. Fatigue, pain, medication, and poor sleep can all affect performance. Examiners note these factors in the report, because they help explain the results.

After testing, the examiner scores each task. Scores are compared with age and education norms. When earlier information is available, the examiner also compares current results with the person’s prior functioning. The final product is a written report that summarizes what was tested, how the person performed, and what factors may have influenced the results.

Why Results May Appear in the Medical Record

Test results and the examiner’s report are usually filed in the medical record. They may be shared with treating clinicians. When a claim is pending, they may also be shared with insurers or attorneys.

Baseline information helps an examiner interpret results. School records, work performance history, and earlier medical visits can show how a person functioned before a crash. Without that context, it can be hard to tell which changes are new.

Causation is a legal question as well as a medical one.

Virginia generally allows two years from the date of injury to file a personal injury lawsuit (Va. Code § 8.01-243(A)); the clock runs from the date of injury, not the date of discovery, with narrow exceptions.

Questions about brain injury reach beyond testing. The firm’s traumatic brain injury after crashes page covers the wider picture. The firm is based in Winchester and serves people from Richmond, Henrico County, and across the Shenandoah Valley.

Frequently Asked Questions