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This document offers a comprehensive test bank for the cbis-certified brain injury specialist exam. it covers a wide range of topics, including brain anatomy, types of brain injuries, assessment methods, treatment strategies, and the impact on patients and their families. the questions are detailed and provide valuable insights into the field of brain injury.
Typology: Exercises
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The national advocacy organization for persons with brain injury is called the Brain Injury Association (BIA).
91% of firearm-related TBIs result in death.
According to the Interdependence Paradigm, the person with a disability is the 'power person'.
An example of promoting self-determination in the Human Services is developing leadership skills among people with disabilities.
The leading cause of death from TBI is 'Other', which includes causes such as suicide, homicide, and medical complications.
The Olmstead decision challenged state, federal, and local governments to provide community-based services for individuals with disabilities.
25% of TBIs are due to transportation-related incidents.
The TBI Grant Program provides 'seed money' for the integration of services and establishment of policy.
The NIDRR website that provides online resources for outcome measures for persons with BI is the Center on Outcome Measurement in Brain Injury (COMBI).
10-30% of all TBIs are considered moderate injuries.
80%
False
False
False
False
Informed consent, right to refuse
Freedom, authority, support and responsibility
Limited or non-existent support for differences
True
Hemispheres
Frontal, parietal, occipital, temporal
Four
Occipital
False
True
Cerebellum
Limbic system
True
True
An accumulation of blood
Medulla, pons and midbrain
The reticular activating system
True
Emotional perceptions and feelings
Three
Cerebellum
Space between the dura mater and arachnoid mater
False
Cerebrospinal fluid
True
The hippocampus and amygdala
All of the Above (Slowness and loss of movement, Muscle rigidity, Tremor)
The function of the cerebellum is to control the direction, rate, and force of movement.
The primary sensory cortex is located in the parietal lobe of the brain.
The most common neurological condition reported after brain injury is headache, not seizures.
Paralysis on one side of the body is called hemiplegia.
A twisted position of the neck is called torticollis.
Psychiatric manifestations that may occur after brain injury include bipolar disorder, major depression, and anxiety disorder.
An important pre-assessment information includes a pharyngeal tube.
False. Medications to enhance arousal, for behavioral control and mood regulation after brain injury can have both positive and negative effects on recovery.
Cardiovascular injury following brain injury may be due to complications from direct trauma and/or damage to the area of the brain that controls the heart.
True. Persons with hypo arousal (low arousal) may benefit from increased environmental stimulation to help improve their level of arousal.
Absence seizures, formerly known as petit mal, involve a transient loss of consciousness for several seconds, with a loss of attention or staring into space.
False. Difficulty swallowing is called dysphagia, not aphasia.
The domains of function listed in the text include motor skills, spatial orientation, and the ability to recall information.
Anosognosia is the lack of awareness of one's own deficits following a brain injury.
True. The text states that limited therapeutic outlets can lead to substance abuse following a brain injury.
The four ways the environment affects behavior are rewards, escape, punishment, and extinction.
Executive functioning refers to the ability to plan, organize, and problem- solve, not the ability to remember and understand speech.
Daily memorization tasks are not part of behavior treatment planning, according to the text.
Bethany being removed from therapy and taken to her room, where the TV is turned on to calm her down, is an example of negative reinforcement.
Children aged 0-4 have the highest rate of overall incidence of TBI, according to the text.
The diagnostic indicators for Abusive Head Trauma (AHT) are bleeding of the brain and brain swelling.
Section 504 of the Rehabilitation Act of 1973 can support a student from preschool through post-secondary education and employment.
32-73% of people experience fatigue and sleep disturbances following a traumatic brain injury.
Non-blast injuries: 44% Blast-related injuries: 62%
Hearing deficits can contribute to attention and memory problems following a traumatic brain injury.
23% of people with traumatic brain injury have personality disorders.
Organic Personality Disorder is the type of personality disorder typically developed following a traumatic brain injury.
12% of people aged 16 and older were using drugs prior to their traumatic brain injury.
23% of people were using alcohol prior to their traumatic brain injury.
People who are 5 years old are more likely to develop a substance abuse disorder following a traumatic brain injury.
High-risk drinking for men is defined as 4 drinks in a day or 15 drinks per week.
High-risk drinking for women is defined as 3 drinks in a day or 7 drinks per week.
According to the Institute of Medicine, disability following a traumatic brain injury is related to cognitive, behavioral, and personality changes, rather than physical changes.
Caregiver burden increases over time following a traumatic brain injury.
Caregiver burden is related to the cognitive and behavioral issues experienced by the individual with a traumatic brain injury.
Individuals with traumatic brain injury experience social issues following their injury due to unemployment, underemployment, lack of residential options, limited social integration, and the need for supervision.
The Institute of Medicine found causal evidence between:
The reticular activating system is the part of the brain that modulates arousal, alertness, concentration, and basic biological rhythms.
A valid measurement is one that consistently measures what it claims to measure across different providers and individuals. This allows for accurate assessment and comparison of a patient's condition or progress.
The Glasgow Coma Scale is the recommended assessment tool for use in the early stages after a traumatic brain injury. It provides a quick and standardized way to evaluate the patient's level of consciousness and neurological functioning.
The employment rate for individuals after a traumatic brain injury is typically reported to be in the range of 10-40%. This low rate highlights the significant challenges and barriers these individuals face in returning to work and reintegrating into the community.
The Rehabilitation Act of 1973 is the federal legislation that provides grants to states to operate comprehensive vocational rehabilitation programs for individuals with disabilities, including those with traumatic brain injuries.
Community enfranchisement refers to the extent to which a person with a traumatic brain injury feels they have control over their own level of participation, feels a part of the community, and feels valued. This sense of empowerment and belonging is a critical component of successful community reintegration.
In dysautonomia following a traumatic brain injury, a variety of autonomic functions can be disrupted, including heart rate, respiratory rate, blood pressure, temperature regulation, and perspiration. This dysregulation of the autonomic nervous system can lead to significant medical complications.
Incontinence and bladder issues after a traumatic brain injury can occur due to a lack of awareness of the bladder, a greater sense of urgency, and poor tone or tight activity of the bladder sphincter. These neurological and
functional impairments contribute to the high prevalence of bladder problems in this population.
Individuals with a traumatic brain injury are approximately 39 times more likely to die from a seizure disorder compared to the general population. This highlights the significant risk and potential severity of post-traumatic seizures.
Post-traumatic headaches are more common in individuals who have sustained a mild traumatic brain injury, also known as a concussion, compared to those with moderate or severe traumatic brain injuries.
The incidence of deep vein thrombosis (DVT) in individuals with a traumatic brain injury is approximately 54%. This high rate highlights the importance of preventive measures and close monitoring for this potentially life- threatening complication.
Severe brain injury is marked by a period of loss of consciousness of 24 hrs or greater.
13.5 million Americans, 4.5% of the population, are living with brain injury.
Chronic conditions caused or accelerated by a TBI include aspiration pneumonia, seizures, septicemia, and circulatory problems.
The continuum of care includes acute rehab (emergency department, ICU, acute medical/surgical unit, specialty neuro trauma polytrauma), post-acute rehab (comprehensive inpatient rehab hospital, sub-acute rehabilitation, transitional residential programming), and long-term home and community care (home, SNF, long-term residential programming, outpatient and day treatment services, home and community-based services, school and/or vocational rehab).
Persistent post-concussive symptoms (PPCS) refer to slow or incomplete resolution of symptoms following a mild TBI. 10-15% of individuals with mTBI have PPCS.
The brainstem serves as a control center for involuntary reflexes such as breathing, heart rate, blood pressure, swallowing, vomiting and sneezing. Injury to the brainstem is life-threatening.
The reticular activating system, a collection of nerve fibers within the brainstem, modulates arousal, alertness, concentration, and basic biological rhythms.
The thalamus, located at the top of the brainstem just below the cortex, relays sensory input to the higher levels of the brain. It has many nuclei and all senses (except smell) relay their impulses through the thalamus. Injury to the thalamus causes a wide range of symptoms.
The hypothalamus controls the autonomic nervous system, regulates body temperature, hunger and thirst, the endocrine system, and the sleep-wake cycle. It also controls emotional responses and behavior.
The limbic system is a deep brain structure interconnected with the diencephalon that is involved in emotion, behavior, motivation, long-term memory, and olfaction.
The hippocampus, located within the temporal lobe, is associated with memory functioning. Injury to the hippocampus causes short-term memory problems, difficulty consolidating short-term memories into long-term memory, and difficulty organizing and retrieving stored memories.
The amygdala, located near the hippocampus, evaluates sensory input for emotional content and triggers the fight-or-flight response.
The basal ganglia receive input from the cerebral cortex, process the information, and send it back to the cerebral cortex. Injury to the basal ganglia affects voluntary motor nerves, causing slowness and loss of movement, tremor, and muscular rigidity.
The cerebellum, located in the lower back section of the brain, coordinates and modulates all body movement. It controls the direction, rate, force, and steadiness of movements. Injury to the cerebellum causes problems with fine motor movement, trajectory of movement, balance, and proprioception.
The frontal lobe is responsible for planning, organizing, problem-solving, judgment, impulse control, decision-making, and working memory.
The temporal lobe is involved in memory, language, and hearing.
The occipital lobe is responsible for visual processing, including the recognition of size, color, light, motion, and dimensions.
The spinal column consists of the cervical spine (7 vertebrae), the thoracic spine (12 vertebrae), and the lumbar spine (5 vertebrae).
The spinal cord is part of the central nervous system, passing through the foramen magnum at the base of the skull into the vertebral canal. It is made of gray matter surrounded by white matter, and contains 31 pairs of spinal nerves.
The key neuroimaging techniques used in TBI are computed tomography (CT), magnetic resonance imaging (MRI), diffusion tensor imaging, and functional MRI.
CT is an X-ray procedure that combines multiple X-ray images with the aid of a computer to produce cross-sectional views and 3D images of internal structures. In TBI, it is used to identify anatomical changes like fractures, swelling, blood clots, and hemorrhage.
MRI uses a magnetic field, radio frequency pulses, and a computer to produce detailed pictures of organs, soft tissues, bone, and other internal
Autonomic dysfunction syndrome occurs in 15-33% of persons with severe TBI. It is an imbalance in the autonomic nervous system, with signs such as dystonia, agitation, tachycardia, diaphoresis, hyperthermia, hypertension, and tachypnea.
Fatigue is the awareness of a decreased capacity for physical and mental activity due to imbalance in the availability, utilization, and restoration of resources needed to perform activity. It is a phenomenon that is not well understood, so there are no well-established treatments.
Primary fatigue is caused by injury or disease which affects the brain centers that control arousal, attention, and response speed.
Secondary fatigue occurs from factors that exacerbate fatigue, such as sleep disturbances, pain, stress, anxiety, and depression.
Some measures of fatigue include the Visual Analogue Scale for Fatigue (VAS-F), Fatigue Severity Scale (FSS), Barrow Neurological Institute Fatigue Scale (BNI Fatigue Scale), Global Fatigue Index (GFI), and Causes of Fatigue Questionnaire (COF). These assess different aspects of fatigue, such as severity, impact on daily function, and causes.
Causes of sleep disruptions after brain injury include daytime napping, pain, depression, anxiety, possible disruption of the circadian rhythm and melatonin synthesis, and changes in REM sleep.
Sleep disturbances after brain injury can be treated through lifestyle modifications, relaxation training, sleep hygiene education, medication, and devices for sleep apnea.
Psychological fatigue is a state of weariness related to reduced motivation, prolonged mental activity or boredom that occurs with chronic stress, anxiety or depression. This is relevant as a high proportion of people with brain injuries experience depression and anxiety.
Interfering factors with cognitive function after brain injury include medical instability, such as metabolic, pulmonary, endocrine, and sleep dysfunction, as well as impairments of emotional and behavioral control resulting from damage to the brain, difficulties adjusting to deficits, pre-existing factors, or a combination of these. Depression is also a common co-morbid condition.
The principles of cognitive rehabilitation after brain injury include: 1) Viewing cognitive skills and their remediation as hierarchical and inter- related, with basic cognitive skills addressed before higher-level ones. 2) Ensuring less complex treatments supersede those of greater complexity. 3) Targeting attention, perception, categorization, abstract thinking, and memory to restore or reorganize impaired cognition in a hierarchical approach.