Patient's question:
Treatment for infantile spasms home remediesDoctor's answer:
Infantile Spasms (West Syndrome)I. Age of Onset and Incidence of Infantile Spasms
1. Infantile spasms typically occur at an early age. According to statistics from our hospital's outpatient visits, the most common onset age is between 3 and 9 months after birth, though some patients begin experiencing recurrences within days of birth. Ninety percent of cases are diagnosed before the age of one, with only 10% occurring after the first year.
2. The incidence rate of infantile spasms is approximately one in 3,000 to 4,000 infants. Our epilepsy clinic treats 4 to 6 cases of infantile spasms each month, averaging 60 cases per year.
II. Clinical Manifestations of Infantile Spasms
1. The clinical manifestations of infantile spasms can be categorized into four types:
(1) Nodding Spasms: Muscle spasms primarily affect the head and neck, resulting in sudden nodding movements. Some patients exhibit single actions, while others have multiple consecutive nods. Frequent forehead and facial injuries are common among affected children.
(2) Strobe-like Spasms: These spasms last for an extremely short duration, and they are only noticeable when observing the child during an episode.
(3) Bowing Spasms: Sudden, brief, generalized muscle spasms where the neck, torso, and legs bend forward, while the arms extend rapidly outward.
(4) Atypical Recurrence Forms: These may include one or more of the following symptoms: rotation of the head to one side, spasms in one limb, backward tilting of the head, extended legs, upward rolling of the eyes, involuntary laughter, red or pale complexion, and postictal drowsiness.
2. The clinical manifestations of infantile spasms have three key characteristics:
(1) Each individual spasm lasts only a very short time, often less than a few seconds.
(2) The frequency of recurrences is high, with multiple spasms occurring in quick succession within a short period. Daily recurrence counts can range from dozens to hundreds.
(3) Generalized flexion, particularly of the head and upper body, is observed.
III. Ancillary Examinations
A definitive etiological diagnosis can be made through medical history and necessary examinations.
1. A thorough physical examination and neurological assessment.
2. An electroencephalogram (EEG) should be conducted. If the results are normal, an induced trial or a 24-hour ambulatory EEG may be necessary. Most EEGs in infantile spasms patients show abnormalities, with typical findings including diffuse, disorganized, high-amplitude, asynchronous waves mixed with spikes, sharp waves, or multiple spike-and-wave complexes. The amplitude, waveform, and periodicity of these waves change unpredictably at every moment, often exceeding 200 μV. This pattern is almost continuous and represents the most severe type of EEG abnormality, termed "hypsarrhythmia."
3. To identify the underlying cause of infantile spasms, imaging studies such as CT, MRI, and TCD may be performed. Intracranial issues like birth injuries, brain malformations or delays in development, hydrocephalus, and others can lead to infantile spasms. Therefore, these tests help clarify the etiology, enabling targeted treatment.
4. Blood biochemistry (glucose, calcium, phosphorus, electrolytes), cerebrospinal fluid, liver and kidney function tests, chromosomal analysis, and screening for various genetic metabolic disorders may be conducted for further diagnosis or differential diagnosis.
IV. Etiology of Infantile Spasms
The factors or causes leading to infantile spasms are complex and can include:
1. Birth Injuries: Common causes of symptomatic epilepsy in infants, including forceps-assisted delivery, vacuum extraction, cephalopelvic disproportion, abnormal, macrosomia, prolonged labor, advanced maternal age, and tight birth canals.
2. Congenital Disorders: Brain malformations, hydrocephalus, chromosomal abnormalities, etc.
3. Cerebral Developmental Deficits: Brain underdevelopment, delayed development, or atrophy.
4. Fetal Asphyxia: Amniotic fluid aspiration, umbilical cord, placental abruption, placenta previa, cord prolapse, or cesarean delivery can increase the risk.
5. Infections: Post-recovery from encephalitis, meningitis, or brain abscesses, some patients may experience sequelae of infantile spasms.
6. Neurocysticercosis or Cerebral Echinococcosis: These are less common causes.
7. Intracranial Tumors: Pediatric tumors are rare causes.
8. Cerebrovascular Diseases: Vascular malformations in children are rare causes.
9. Toxins: Lead,, pesticides, as well as systemic diseases like hepatic encephalopathy, rapidly progressive nephritis, or uremia can trigger recurrences.
10. Nutritional and Metabolic Disorders: Hypoglycemia, diabetic coma, vitamin B6 deficiency, or hyperthyroidism may lead to recurrences.
11. Trauma: Both open and closed injuries.
12. Congenital Factors: Referring to damage to the fetus before birth, such as brain developmental abnormalities leading to postnatal spasms. Causes include abdominal trauma during pregnancy, uterine bleeding, ultraviolet exposure, medications harmful to the fetus, and infections from microorganisms, particularly rubella, measles viruses, or toxoplasmosis.
13. Genetics: Children of epilepsy patients have a 1 in 500 chance of developing infantile spasms.
14. Immunodeficiency: Frequent colds and fever in infants may indicate weakened immunity.
V. Harm and Prognosis of Infantile Spasms in Children
1. If left untreated, some children experience significant delays in intellectual and motor development, with over 90% having lower intelligence than normal, the severity of which depends on the underlying cause.
2. Functions acquired before onset may be lost after the condition develops, leading to expressions of apathy, indifference, lack of laughter, and failure to recognize people. Subsequent developmental milestones such as head control, sitting, standing, walking, and language skills are also affected. Therefore, prompt and aggressive treatment is essential upon diagnosis.
3. If untreated or if treatment is ineffective, the condition may cease recurrences within one to three years (in rare cases, up to six years or longer), but it often transforms into other types of epilepsy, making treatment more challenging.
4. With appropriate treatment and timely control of recurrences, the condition can be completely cured, with minimal impact on intellectual and motor functions.
VI. Basic Principles and Guiding Ideology of Infantile Spasms Treatment at Our Epilepsy Treatment Center
1. Integrated Traditional Chinese and Western Medicine: Rapidly control recurrences. Since infantile spasms significantly affect a child's intellectual and motor development, impacting their entire life, treatment should be prioritized to quickly control recurrences before proceeding with systemic consolidation therapy.
2. Improve Brain Neurological Nutrition and Development: Promote the repair and regeneration of damaged brain nerves. Most infantile spasms patients have congenital brain nerve damage, delayed development, or insufficient nutrition supply to certain brain cells. In addition to spasms, some patients also exhibit motor, sensory, language, or intellectual impairments, and academic progress stagnates. By combining bioactive substances extracted from animal brains with brain-nourishing traditional Chinese medicine, modern biotechnological advancements can accelerate brain development, repair and regenerate new neurons, restore function to damaged nerves, heal epileptic foci, and improve cognitive and intellectual abilities. The therapy is highly effective,, and free of adverse reactions.
3. Enhance Immunity: Strengthen the body's disease resistance. Infantile spasms are associated with low immunity, and frequent colds and fevers in some children serve as direct evidence. Immunotherapy is suitable for such cases. Improving immunity not only prevents colds and fevers but also treats infantile spasms, achieving a dual benefit. These drugs are immune-active substances extracted from bovine colostrum, administered orally, with no reported side effects.
4. Antiepileptic Drug Therapy: Select appropriate antiepileptic medications based on spasm types. Concurrent use of brain-nourishing drugs can mitigate or counteract potential side effects.
VII. Clinical Experience Summary
1. Children belong to a special age group, with their physical and brain development in a rapid phase. Therefore, in terms of anatomy, physiology, biochemistry, nutrition, metabolism, immunity, pathology, as well as disease onset, progression, symptom presentation, diagnosis, treatment, prognosis, and prevention, there are significant differences between children and adults, and variations exist even among different age groups. Thus, treating pediatric epilepsy must consider individual differences and tailor treatment plans accordingly. Inappropriate treatment leading to recurrent spasms can hinder intellectual development and even result in refractory epilepsy, causing greater harm.
2. Treatment should not only address epilepsy but also prioritize protecting the child's intellectual development. Medications with minimal adverse effects on the brain should be chosen, and those with significant side effects, such as phenytoin, sodium valproate, or carbamazepine, should be avoided if possible. Multiple Western medications are generally unnecessary; one is sufficient, and no more than two should be used.
3. Combining brain function improvement, traditional Chinese medicine regulation, and antiepileptic therapy offers several benefits:
- It addresses epilepsy symptoms at the root by repairing and regenerating damaged brain nerves, providing a curative effect.
- It leverages drug interactions to offset or counteract potential side effects of Western medications, allowing children to take them safely.
- It provides rapid and long-term efficacy with a lower recurrence rate. Some patients with mild symptoms and short histories may benefit from purely traditional Chinese medicine treatment.
4. Due to rapid physical development in children, regular follow-ups are necessary to monitor blood drug concentrations, adjust dosages, and modify medications as needed.