- Original Article
- Ultrastructure of nasal cilia in children with recurrent or persistent respiratory diseases
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Su-A Shin, Seung Yang, Jae-Won Oh, Ha-Baik Lee, Cheol-Eon Park, Jung-Kyun Kwan
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Clin Exp Pediatr. 2006;49(4):410-416. Published online April 15, 2006
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Purpose : Ciliary abnormalities of the respiratory system usually accompany recurrent or persistent respiratory diseases such as paranasal sinusitis, bronchiectasis, rhinitis, and/or otitis media, since they cause certain derangements in ciliary cleaning activities. This disease is usually inherited by autosomal recessive trait, but may also be found to be acquired or transient in rare cases after heavy exposure to pollutants,... |
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- Differential Excretion of Urinary Eosinophil Protein X after Methacholine Challenge Test in Children with Asthma
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Su-A Shin, Jae-Won Oh, Ha-Baik Lee
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Clin Exp Pediatr. 2003;46(5):495-499. Published online May 15, 2003
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Purpose : Eosinophil is one of the important inflammatory cell involved in the airway inflammation in childhood asthma. It has been demonstrated that markers of eosinophil activation, including eosinophil cationic protein or eosinophil protein X(EPX), are increased in childhood asthma. Furthermore, they are related to disease activity and are assumed to be helpful in monitoring the treatment effect as urinary... |
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- A comparison Study on Soluble FcεR II/CD23 and IL-4 Activities nin the Serum of Children with Allergic and Non-allergic Diseases
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Ha-Baik Lee, Han Young Lee, Hahng Lee
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Clin Exp Pediatr. 1992;35(3):296-305. Published online March 15, 1992
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Allergy classically rfes to hypersensitivity reaction induced by chemical mediators released from mast cells and basophils activaed by binding allergens contained in house dust, animal dander, pollen, fungus, food and others to IgE (reaginic antibody) bound on these cells.
The significance of low affinity Fc receptor for IgE ( FcεR II, CD23, FcεR II/CD23) on B and T lymphocyts, macrohage ,... |
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