Recall Deck 4 (2021) Flashcards
Fragile X name the gene
FMR1 gene
FASD name the neurocognitive
–?Other Specified Neurocognitive Disorder–Neurocognitive disorder related to prenatal exposure to alcohol.
–FASD neurocognitive symptoms: lower overall intelligence and deficits in executive functioning, learning and memory, language, visual-spatial functioning, and attention.
FASD name the self-regulation issue:
–Individuals who struggle with self-regulation find it challenging to regulate their thoughts, feelings, and behavior effectively. This can manifest in several ways for individuals with FASD, including difficulties with:
- Task Completion: Individuals may struggle with staying focused and completing tasks, often becoming easily overwhelmed or distracted.
- Flexibility: Adapting to changes in routines or unexpected situations can be challenging, leading to frustration or resistance.
- Planning and Organization: Difficulties in planning, organizing, and sequencing steps can hinder individuals’ ability to effectively navigate daily tasks and activities.
- Sensory Sensitivity: Individuals may struggle with sensory processing, finding it challenging to filter out irrelevant sensory information and focus on the task at hand. Background noise, bright lights, or other environmental stimuli can be overwhelming and distracting.
FASD name the adaptive function issue
–The area of adaptive function most affected by prenatal alcohol exposure appears to be social functioning.
–Research indicates that adolescents and adults with FASD have the adaptive
skill functioning of a 7-year-old (84). Other research suggests that individuals
with FASD and individuals with intellectual disabilities have comparable
levels of adaptive functioning (84,20). Further, relative to children with
ADHD, children with FASD do not improve with time in the area of
adaptive skills (85). In fact, research indicates that adaptive deficits worsen
as a child matures into adolescence and adulthood (20,84-88) which may
be the result of limited frontal lobe development during childhood (24,89).
16 year old girl with BPD, impuslivity. Presents with mood, lability, confusion, sudden onset. List possible medical causes:
–substance or alcohol intoxication
–substance or alcohol withdrawal
–traumatic brain injury
–delirium
–metabolic derangement i.e hyponatremia, hypocalcemia
–epileptic activity/post ictal
–encephalitis
–autoimmune encephalopathy
–medication induced i.e steroid
–diabetic ketoacidosis
–CVA (less likely)
Diff between asd and social anxiety
–Difference tends to be in SOCIAL MOTIVATION–> those with social anxiety tend to have social motivation but anxiety prevents them from being social, whereas a feature of some presentations of autism is a reduction in social motivation.
–also differences in physical manifestations i.e symptoms of anxiety (increased HR etc) in social anxiety vs stereotypies/repetitive behaviours/self stim in ASD.
–ASD has restricted interests, repetitive behaviours and sensory sensitivities
What other criteria other than dsm 5 for seperation anxiety
The way this question is worded doesn’t make sense.
–ICD-10?
–children’s separation anxiety scale?
What child adverse event from ECT
TARDIVE/PROLONGED SEIZURES MORE LIKELY IN ADOLESCENTS COMPARED TO ADULTS
From the JAACAP practice parameter quoted below:
“Adverse effects of ECT may include impairment of memory and new learning, tardive seizures, prolonged seizures, and risks associated with general anesthesia. In adults, the fatality rate associated with ECT is 0.2 per 10,000 treatments and the anesthesia-related mortality rate is 1.1 per 10,000. Adolescents are not believed to be at additional risk from ECT, nor are they are at increased risk of anesthesia-related complications in the immediate recovery period.
Tardive seizures are a rare but potentially serious side effect. These usually are encountered in adolescents who have a normal EEG before treatment and are not receiving seizure-lowering medications during treatment. Seizures that last longer than 180 seconds are considered, by convention, to be prolonged seizures. A prolonged seizure can be effectively terminated with additional methohexital, diazepam, or lorazepam. Prolonged seizures are clinically significant because they are associated with greater postictal confusion and amnesia and inadequate oxygenation, resulting in increased hypoxia-related risks (cerebral and cardiovascular complications). Appropriate medical consultation should be considered if difficulties are experienced in terminating a prolonged seizure, if spontaneous seizures occur, or if neurological or other physical sequelae appear to be present. In such cases, ECT should be resumed only after the assessment of treatment risks and benefits.
Other minor side effects include headache, nausea, vomiting, muscle aches, confusion, and agitation. These usually do not persist beyond the day of the treatment. Some of these are secondary to the anesthetic and some are secondary to the ECT treatment itself. These should be managed conservatively.”
The side effects of ECT described in adolescents include transient memory impairments, prolonged seizures (more frequent in adolescents than in adults), tardive seizures, and other benign and transitory effects (e.g., headache, confusional states, nausea, muscular pains) (65, 66, 67, 68, 69, 70).
Indications for ect child based on practice parameters
Basically, the practice parameter indications for ECT in teens can be summed up by three requirements: 1. Diagnosis, 2. Severity of symptoms and 3. Lack of treatment response.
ECT may be considered when there is a lack of response to two or more trials of pharmacotherapy or when the severity of symptoms precludes waiting for a response to pharmacological treatment.
Mood disorders have a high rate of response to ECT (75%–100%), whereas psychotic disorders have a lower response rate (50%–60%).
This practice parameter “does not address the use of ECT in preadolescent children because of insufficient data and clinical experience.”
Before an adolescent is considered for ECT, he/she must meet three criteria:
* 1
Diagnosis: Severe, persistent major depression or mania with or without psychotic features, schizoaffective disorder, or, less often, schizophrenia. ECT may also be used to treat catatonia and neuroleptic malignant syndrome [MS].
* 2
Severity of symptoms: The patient’s symptoms must be severe, persistent, and significantly disabling. They may include life-threatening symptoms such as the refusal to eat or drink, severe suicidality, uncontrollable mania, and florid psychosis [MS].
* 3
Lack of treatment response: Failure to respond to at least two adequate trials of appropriate psychopharmacological agents accompanied by other appropriate treatment modalities. Both duration and dose determine the adequacy of medication trials. It may be necessary to conduct these trials in a hospital setting. ECT may be considered earlier in cases in which (a) adequate medication trials are not possible because of the patient’s inability to tolerate psychopharmacological treatment, (b) the adolescent is grossly incapacitated and thus cannot take medication, or (c) waiting for a response to a psychopharmacological treatment may endanger the life of the adolescent [MS].
ODD treatment parenting
For kids age 8 and under, recommendation is for PARENT MANAGEMENT TRAINING (i.e Parent-Child Interaction Therapy, Positive Parenting Program). Consider a Multicomponent treatment (i.e Incredible Years, Dinosaur School Program)
For kids above age 8, recommendation is for FAMILY THERAPY i.e Brief Strategic Family Therapy, MULTISYSTEMIC THERAPY, Functional Family Therapy. Also consider addition of individual therapy such as CBT, Coping Power Program, Problem Solving Skills Training.
Multisystemic therapy has the most evidence is an intensive intervention with the youth and family, over the course of 4 months, with multiple interactions per week in difference settings. Interventions include: social skills, CBT, parent management training, school supports, peer group, neighbourhood supports and pharmacotherapy.
Negative evidence for group therapy.
Adverse effects of risperidone
–hyperprolactinemia
–metabolic effects: weight gain, insulin resistance
–EPS
–tardive dyskinesia
–headache
–GI upset
–sedation
–blurred vision
Lithium metabolism and distribution
–faster rate of clearance in kids, shorter elimination half life when compared to adults
–undergoes no metabolism by the liver and is excreted by the kidneys in urine
–amount eliminated is directly proportional to serum concentration
–approx 80% of lithium excreted undergoes reabsorption in the proximal tubule
Med for weight gain in AN
–Olanzapine (may be particularly helpful in binge-purge type)
Med group not used in AN (name 2)
–stimulants (reduced appetite)
–buproprion (reduced seizure threshold)
–TCAs (seizure risk)
–MAOIs
AN psychotherapy treatment
–Maudsley Family Therapy
–Family Based Treatment
–CBT-E
Stimulant wihtdrwal sx
–Dysthymic mood
–Vivid, unpleasant dreams
–fatigue
–insomnia or hypersomnia
–increased appetite
–psychomotor agitation or retardation
Treatment for grief 9-year-old boy lost father suddenly due to motor vehicle collision. What do you tell mother who comes to ask you. What is the best for bereavement?
see card later in deck
Parent factors exacerbating ocd
–accommodation –> i.e facilitating or performing rituals for the child, engaging in avoidance or supporting theirs child’s avoidance, providing reassurance for obsessions/compulsions, minimizing exposure to triggers, overprotectiveness
Three categories of OCD symptoms and 3 comorbidities
Symptoms:
Obsessions
–Sexual
–Aggressive
–Contamination
–Hoarding/Saving
–Magical thoughts/superstitious
–Somatic
–Religious/Scrupulosity
–Miscellaneous
Compulsions
–Checking
–Washing/Cleaning
–Repeating
–Ordering/Arranging
–Counting
–Hoarding/Saving
–Excessive games/superstitious behaviours
–Rituals involving other people
–Miscellaneous
Comorbidities:
–anxiety (76%)
–mood (63%)
–somatoform d/o
–BDD
–OCPD
–SUD
–psychotic d/o (12%)
–bipolar d/o (10-20%)
–tics (30%)
–ODD
–trichotillomania
–excoritation
–AN/BN
Treatment of aggression ASD
Risperidone, aripiprazole; behavioral
RAD vs autism
While Attachment Disorder and Autism may share some behavioral similarities, there are distinct characteristics that can help parents differentiate between the two:
1. Social behavior: Children with Attachment Disorder typically show difficulties in forming close emotional bonds, but they can still engage in reciprocal social interactions. In contrast, children with autism may struggle with understanding and initiating social interactions.
2. Response to caregivers: Children with Attachment Disorder may exhibit a lack of emotional responsiveness to caregivers but can still form attachments, albeit insecure ones. Children with autism might seem disinterested or disconnected from caregivers but may not necessarily display the same lack of emotional responsiveness.
3. Communication patterns: Children with autism may experience significant challenges in language development and communication, while those with Attachment Disorder may have age-appropriate communication skills despite their emotional challenges.
4. Repetitive behaviors: While both conditions can involve repetitive behaviors, these behaviors serve different purposes. In Attachment Disorder, they may be a result of anxiety or fear, while in autism, they are often self-stimulatory and comforting.
Clinicians assessing children with autism are sometimes faced with a dilemma, especially if there is a definite or suspected history of abuse or neglect: is this autism or attachment disorder? This is important because the attachment disorders (reactive attachment disorder and disinhibited social engagement disorder) are thought to be caused by abuse or neglect, whereas autism is not. We discuss the Coventry Grid, a clinical tool aiming to aid differentiation between autism and attachment disorders.
There were certain symptoms that, in this sample, only occurred in those with autism (even if the child also had RAD/DSED): these were ‘restricted and obsessive interests, repetitive stereotyped play (e.g. lining up objects), stereotypies (e.g. hand flapping and spinning), craving movement (e.g. excessive running, jumping, and swinging), distress with crowds, fascination with repetitive movements (e.g. fans), picky eater (limited food preferences and/or hypersensitivity to food texture), normal motor and delayed speech milestones, and unusual fears (e.g. elevators, tornadoes, and small spaces)’ (Mayes Reference Mayes, Calhoun and Waschbusch2017).
BOX 2 The eight domains of the Coventry Grid
1. 1 Flexible thinking and behaviour
2. 2 Play
3. 3 Social interaction
4. 4 Mind reading
5. 5 Communication
6. 6 Emotion regulation
7. 7 Executive function
8. 8 Sensory processing