ObjectiveTo analysis the causes of infant spasm (IS) and provide a theoretical basis for clinical diagnosis and treatment. MethodsCollected the clinical data of 116 IS cases in our hospital from May 2011 to December 2013, which conform to the diagnostic standard, and analysis its causes. ResultsIn the116 cases we collected, symptomatic IS is primarily for 78 cases (67.24%); the onset age of symptomatic IS within 6 months was 76.39% (55/72), higher than the rates of symptomatic IS beyond 6 months 52.27% (23/44) (P=0.007); The pathogenic factor in symptomatic IS, prenatal accounted for 48.72%, intrapartum factors accounted for 34.62%; for sexually transmitted diseases accounted for 47.44%, venereal disease accounted for 52.56%. In 78 cases of symptomatic IS, gender has no relation with its pathogenic factors; the onset age within 6 months of antepartum and intrapartum factor is significantly higher than the rates of symptomatic IS beyond 6 months (89.09% VS 69.57%); distribution between urban and rural areas and its pathogenic factors is related, prenatal factors of urban IS significantly lower than which in rural areas (38.30% VS 64.51%), intrapartum factor IS significantly higher than the rural IS (44.68% VS 19.35%). ConclusionThe cause of the IS given priority to with symptomatic, IS in the majority with, and prenatal or developmental factors in the higher flight in symptomatic, and the smaller of the onset age antepartum and intrapartum factor becomes more apparent, prenatal factors in the rural areas is higher than which in the unban areas, but intrapartum factor in the unban areas is higher than which in the rural areas. Magnetic resonance imaging (MRI) still plays an important role in etiology diagnosis.
To report a case of a 1-year-old female child admitted to the hospital with recurrent convulsions and diagnosed as West syndrome, also known as infantile spasms (IS). The child had been experiencing convulsions for 4 months prior to admission, characterized by forward head tilt and flexion of the limbs, with 8 ~ 10 episodes per day. After admission, West syndrome was identified by EEG and imaging evaluation, and adrenocorticotropic hormone (ACTH) shock therapy was started on day 5 of admission, supplemented with peripherally inserted central catheter (PICC), gastric protection, calcium and potassium supplementation and other supportive measures. During the course of treatment, the nursing team implemented meticulous monitoring and assessment to ensure that the child's vital signs were stabilized, and potential side effects were detected and treated in a timely manner. After 14 days of treatment, the child had no further spasticity episodes during 3 ~ 14 days, and was discharged from the hospital with continued oral hormone intake and regular follow-up. During the nursing process, the nursing staff provided psychological support and education to the child and her family to help the family understand the disease and enhance their ability to manage it. In addition, personalized nutritional support and monitoring were provided to ensure the healthy growth of the child. The successful management of this case not only enhanced the quality of clinical care, but also provided useful reference and inspiration for similar cases.