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Headache, vomiting, and drowsiness are indicative of increased intracranial pressure rather than cerebral palsy. These symptoms suggest acute neurological deterioration such as hydrocephalus or intracranial hemorrhage. They are not characteristic of a chronic, non-progressive motor disorder like athetoid cerebral palsy.

Intellectual disability may coexist with cerebral palsy but is not defining for athetoid type. Cognitive impairment varies widely depending on extent of cortical involvement. Therefore, an IQ below 70 is not a specific or expected feature of athetoid cerebral palsy presentation.

Febrile seizures are common in early childhood due to immature thermoregulation of cortical neurons but are not directly associated with cerebral palsy. Cerebral palsy results from perinatal or early brain injury, not recurrent fever-induced seizure activity characteristic of febrile seizure disorders.

Stiffening of the body represents the tonic phase of a generalized seizure, caused by sustained neuronal discharge leading to sustained muscle contraction. It occurs during the ictal event, not after seizure termination, and reflects active epileptiform cortical activity.

Twitching and jerking are features of the clonic phase, characterized by rhythmic muscle contractions due to alternating neuronal excitation and inhibition. These movements occur during the seizure itself and represent ongoing ictal electrical activity, not recovery phase.

Tongue and cheek biting occur during the ictal phase, particularly in tonic-clonic seizures, due to forceful jaw clenching and loss of protective reflexes. These injuries are not diagnostic of postictal status but reflect trauma during seizure activity.

Fear of bodily harm is more prominent in younger children or during acute painful procedures. An 8-year-old in prolonged skeletal traction is more affected by loss of autonomy than immediate physical threat perception, making bodily fear less dominant in this developmental stage.

Shame and guilt are characteristic of preschool children in Erikson’s initiative versus guilt stage. At age 8, the child has already developed more advanced cognitive understanding, so emotional conflict is less about guilt formation and more about competence and independence.

Altered body image may occur in adolescents who are more focused on physical appearance and identity formation. An 8-year-old typically has less concern with body image distortion, making this less relevant compared with psychosocial autonomy disruption.

Meticulous pin care is associated with skeletal traction, not Buck’s traction, which uses skin traction without pins. Therefore, pin site care is not indicated in this context and does not reflect appropriate management of Buck’s traction.

Positioning the child with hips flexed at 90° is incorrect because Buck’s traction requires neutral alignment of the limb. Excessive hip flexion alters traction pull, reduces effectiveness, and may worsen pain or deformity at the fracture site.

Releasing weights intermittently is contraindicated because traction must remain continuous to maintain fracture alignment. Removing weights disrupts the therapeutic pull, increases muscle spasm, and may cause displacement of the fracture fragments.

Wearing the brace only during sleep is incorrect because therapeutic effectiveness depends on prolonged daily wear, typically 18–23 hours per day. Limiting use to sleep provides insufficient corrective pressure, allowing continued spinal curvature progression during active growth phases.

Using the brace only as needed for back pain is inappropriate because the Milwaukee brace is not an analgesic device but a structural correction orthosis. Intermittent use fails to maintain continuous spinal alignment forces required to prevent worsening of scoliosis.

Wearing the brace directly against the skin increases risk of skin irritation and pressure injury, especially over bony prominences. Continuous friction and moisture accumulation can lead to breakdown, discomfort, and reduced compliance with long-term brace therapy.

Stiffening and jerking for up to 3 minutes describes a generalized tonic-clonic seizure, characterized by tonic rigidity followed by clonic rhythmic movements. This involves widespread cortical discharge and postictal fatigue, not the brief, non-motor nature of absence seizures.

Sudden dropping to the floor suggests an atonic seizure, where there is abrupt loss of postural muscle tone leading to falls. This seizure type is not associated with preserved posture or staring spells typical of absence seizures.

Facial twitching with vocalizations and rapid breathing suggests a focal seizure with motor features or evolving generalized seizure activity. These involve localized cortical hyperexcitability and are not consistent with the brief, non-motor presentation of absence seizures.

This statement correctly describes avascular necrosis, where interrupted blood flow to the femoral head causes bone ischemia and necrosis. It reflects the pathophysiology of Legg-Calvé-Perthes disease, indicating the mother understands the disease mechanism appropriately.

Development of osteoarthritis later in life is a known long-term complication due to femoral head deformity and altered joint congruency. Cartilage degeneration over time increases risk, so this statement reflects accurate understanding of disease prognosis.

Legg-Calvé-Perthes disease is more common in boys, typically between ages 4 and 8. Male predominance is well documented epidemiologically, so this statement is accurate and demonstrates correct understanding of risk distribution.