Week 7 Flashcards
(48 cards)
What is a core aim of paediatric neuropsychological intervention when treating children with brain disorders?
A) To eliminate all neurological abnormalities
B) To limit participation in complex environments to reduce stress
C) To reduce impairments while promoting healthy development and community participation
Correct answer: C
Explanation: The “triad” goal includes reducing impairments, supporting development, and enabling participation, even with constraints.
What does the ‘O’ (Outcome) in the PICO model refer to in neurointervention research?
A) The duration of the intervention
B) The theoretical background supporting the intervention
C) The specific change in functioning the intervention aims to produce
Correct answer: C
Explanation: The Outcome refers to what the intervention is meant to change (e.g. ADHD symptoms, functional school outcomes). It must be defined precisely due to the many influencing variables.
Why is it important to consider the quality of intact abilities when planning interventions?
A) To determine whether medication is necessary
B) To focus exclusively on deficits rather than strengths
C) To build interventions that leverage existing cognitive or emotional strengths
Correct answer: C
Explanation: Understanding which abilities are still intact allows practitioners to tailor strategies that support weaker areas by relying on strengths.
Which of the following is an example of an Outcome variable in a PICO-based neurointervention for children with ADHD?
A) Number of hours of cognitive training received
B) Reduction in teacher-reported inattention symptoms
C) The location where the intervention is delivered
Correct answer: B
Explanation: In PICO, O = Outcome, and here it refers to the measurable improvement—e.g. less inattention in a school setting.
What factor is considered essential when determining a child’s capacity for adaptation in intervention planning?
A) The child’s handedness
B) The child’s pre-existing neurobehavioral profile
C) The number of siblings at home
Correct answer: B
Explanation: Knowing a child’s neurobehavioral functioning (e.g. language skills, working memory) helps shape interventions to their unique profile.
Which setting is least likely to provide pharmacological intervention as part of a child’s neuropsychological treatment?
A) School-based programs
B) Hospital-based clinics
C) Paediatric psychiatric unit
Correct answer: A
Explanation: School-based interventions tend to focus on cognitive and behavioural support, not medical treatments like pharmacotherapy, which are hospital/clinic-based.
Why is it necessary to specify the context (home, school, hospital) in intervention planning?
A) Context allows researchers to randomise participants correctly
B) Contextual setting determines what intervention tools and supports are accessible
C) Context is only relevant in severe disability cases
Correct answer: B
Explanation: Home-based, school-based, and hospital-based contexts each come with different tools, personnel, and goals, which must be aligned to the child’s needs.
What do the letters in the PICO framework stand for in the context of neuropsychological intervention research?
A) Population – Intervention – comparison – Outcome
B) Patient – Indicator – comparison – Outcome
C) Participant – Investigation – comparison – Outcome
Correct answer: A
Explanation:
PICO stands for:
P: Population/Patient (e.g. children with ADHD)
I: Intervention (e.g. cognitive training)
C: Comparison (e.g. medication or placebo)
O: Outcome (e.g. reduction of symptoms)
In the PICO framework, which component identifies what is being tested or applied to improve outcomes?
A) Outcome
B) Intervention
C) Comparison
Correct answer: B
Explanation: The Intervention (I) refers to the treatment, technique, or support being applied — such as cognitive training, behavioural therapy, or medication.
What is the role of the Comparison (C) in the PICO framework?
A) It defines the statistical method
B) It identifies an alternative or control condition
C) It determines which child is eligible for the intervention
Correct answer: B
Explanation: The Comparison provides a reference point, like another treatment or placebo, to determine whether the Intervention is effective.
What is the central mechanism targeted by interventions aiming to influence critical and sensitive periods in brain development?
A) Behavior
B) Signaling cascades
C) Synaptic and network activity
Correct answer: C
Explanation: Synaptic and network interactions lie at the heart of critical and sensitive periods and can be influenced by upstream or downstream modulation.
Which of the following interventions can potentially modify the trajectory of brain plasticity during sensitive periods?
A) Genetic engineering and gene editing
B) Pharmaco modulation, cell-based therapy, and electromagnetic stimulation
C) Passive behavioral observation
Correct answer: B
Explanation: These interventions (shown in blue box) can influence networks, signaling, or synaptic functioning, potentially opening or extending sensitive periods.
According to the model, what must be fulfilled to allow the opening of a sensitive period?
A) Sufficient behavioral modulation
B) Genetic and synaptic levels
C) Increased signaling cascade activity
Correct answer: B
Explanation: The model shows that “prerequisites” must be met (left side of red bar) to open critical/sensitive periods, indicating dependency on early development cues.
How do behavioral modulation interventions influence brain development according to the diagram?
A) Only by directly altering genetic structure
B) Indirectly, by acting on networks
C) Exclusively during adulthood
Correct answer: B
Explanation: Behavioral modulation influences networks, which feedback into synaptic and signaling processes that affect the critical/sensitive period window.
What is the role of Genetic Molding and Epigenetic Modulation in this framework?
A) They serve as downstream effects of behavioral change
B) They are independent of synaptic plasticity
C) They influences whether critical periods open or close
Correct answer: C
Explanation: This layer (beneath the red bar) sets the developmental stage for whether the brain is receptive to change, shaping how plasticity unfolds over time.
Which of the following combinations successfully reopened the sensitive period for vision in animal models?
A) Environmental enrichment and cochlear implantation
B) Pharmacological modulation and deep brain stimulation
C) Fluoxetine, darkness, and environmental enrichment
Correct answer: C
Explanation: Research in animals used fluoxetine, darkness, and enriched environments to restore visual plasticity, demonstrating reopening of sensitive periods.
What is the primary goal of pharmacological interventions during the acute phase of brain injury in children?
A) To improve academic performance
B) To prevent permanent damage
C) To stimulate synaptic pruning
Correct answer: B
Explanation: During the acute phase, medications are used to prevent long-term neural damage, not necessarily for neurodevelopment yet.
Which of the following neuromodulation techniques is considered non-invasive?
A) Vagal nerve stimulation
B) Deep Brain Stimulation (DBS)
C) Repetitive Transcranial Magnetic Stimulation (rTMS)
Correct answer: C
Explanation: rTMS is a non-invasive form of brain stimulation that is being progressively integrated, unlike DBS or vagal nerve stimulation.
In the treatment of ADHD, pharmacotherapy is:
A) The first-line intervention for all children under 6
B) Recommended as the first step for children over 6
C) A second- or third-step intervention after psychoeducation and CBT
Correct answer: C
Explanation: Pharmacological treatment is not first-line, especially not before age 6. Guidelines suggest psychoeducation and CBT first, followed by medication only when needed.
What distinguishes invasive from non-invasive neuromodulation techniques in children?
A) Invasive methods are always pharmacological
B) Invasive methods require internal devices or stimulation, non-invasive use external tools
C) Non-invasive methods only apply to adults
Correct answer: B
Explanation: Invasive methods like DBS involve internal implants, while non-invasive ones (like rTMS and tDCS) are applied externally without surgery.
What is a core component of multimodal intervention as seen in the animal study?
A) Targeting only one sensory modality
B) Isolating the animal from all sensory input
C) Combining pharmacological, sensory, and environmental stimulation
Correct answer: C
Explanation: The animal study used a multimodal approach—fluoxetine, darkness, and enriched environments—to trigger neural plasticity.
Which treatment combination was most effective in reducing ADHD symptoms 14 months post-randomisation?
A) Community care
B) Behavioural therapy only
C) Combination treatment and medication
Correct answer: C
Explanation: After 14 months, combination treatment and medication had the strongest effect on ADHD symptoms.
What did the 36-month follow-up of the ADHD multimodal treatment study reveal?
A) Combination treatment maintained significantly superior results over all others
B) All treatment groups had converged in their effectiveness
C) Behavioural therapy alone showed the best long-term effects
Correct answer: B
Explanation: After 36 months, symptom levels equalised across treatment groups, showing no lasting superiority of one approach.
In hemiparetic cerebral palsy, what happens to contralateral and ipsilateral pathways during early brain development when a lesion is present?
A) They are eliminated due to competition
B) They remain active and may control motor output
C) They become the dominant pathway for both limbs
Correct answer: B
Explanation: Normally, ipsilateral pathways are eliminated; but with early lesions, they remain and may interfere with proper motor control.
Normally during development, the contralateral motor pathway (brain controls opposite side of body) wins a competition.
The ipsilateral pathway (same side of brain/body) gets pruned/eliminated.
BUT:
If a brain lesion occurs early (like in hemiparetic cerebral palsy), this pruning process doesn’t happen.
Result: the ipsilateral pathway remains active and tries to control motor output, which is less efficient and causes impaired motor control.
Think of the brain like a two-team relay race.
Normally, one team (contralateral) wins and the other sits out (ipsilateral).
If the strong team (contralateral) gets injured early, the weaker team (ipsilateral) is forced to run — but they’re not really up to the job.