No Abstracts Available.
Fungi* ; Pollen*

No abstract available.
Asthma* ; Immunotherapy*

No abstract available.
Hypersensitivity* ; Th2 Cells*

No abstract available.
Cyclosporine* ; Dermatitis, Atopic*

A girl aged 18 years and 1 month, had a Angle's Class Iff malocclusion, characterized by anterior crossbite, anterior crowding, and constriction from right lower 2nd p emolar to right lower 2nd molar This ~i5 5s patient underwent scaling and 84148 extraction, and multibanded system was placed. After 14 months, anterior crossbite and crowding was corrected, andbothdental arches were improved. After 6 months from debanding, band space disappeared, and any relapse was not detected.
Constriction ; Crowding ; Female ; Humans ; Malocclusion* ; Molar ; Recurrence

PURPOSE: Transaxillary and periareolar incision in augmentation mammaplasty has risks of injury to branches of intercostal nerves that lead to sensory loss of upper inner arm and nipple. The aim of study was to compare the incidence of sensory loss between two groups according to incision method. METHODS: One hundred seventy one cases that received transaxillary or periareolar subpectoral breast augmentation at the M.D. Clinic from Jan. 2006 to Jul. 2007 were evaluated for sensory loss of upper inner arm and nipple. The cases were divided into transaxillary (118 cases, 69%) and periareolar group (53 cases, 31%). The type of sensory loss was divided into temporary and permanent. The postoperative follow-up periods were from 7 to 22 months (mean: 8.5 months). RESULTS: In cases of upper inner arm, results were as follows; temporary sensory loss in 9 cases (7.6%) and permanent in 2 cases (1.7%) in the transaxillary incision group and, temporary sensory loss in 1 case (1.9%) and no permanent sensory loss in the periareolar incision group. There is no statistical difference between the two groups for permanent sensory loss (P=0.340). In cases of nipples, results were as follows; temporary sensory loss in 26 cases (22%) and permanent sensory loss in 12 cases (10.2%) in the transaxillary incision group, and temporary sensory loss in 12 cases (10.2%) and permanent sensory loss in 3 cases (5.7%) in the periareolar incision group. There was no statistical difference between two groups (P=0.335). CONCLUSION: There was no statistical difference in sensory loss of upper arm and nipple between transaxillary and periareolar approach after subpectoral augmentation mammaplasty.
Arm ; Breast ; Female ; Follow-Up Studies ; Incidence ; Intercostal Nerves ; Mammaplasty ; Nipples

No abstract available.
Acyclovir ; Chickenpox* ; Child* ; Herpesvirus 3, Human* ; Humans

BACKGROUND: Noninvasive estimation of pulmonary artery pressure is an important component of echocardiographic studies. A number of methods are available for estimation of pulmenary pressure, each with varying degrees of reported accuracy. To assess accuracy and difficulties, noninvasive pulmonary artery pressure estimates were performed in infants and children with congenital heart diseases. METHODS: Noninvasive estimates from 8 methods were compared with catheterization measurements. Systolic pressure was estimated by the Burstin method and from perak tricuspid regurgitation velocity, and also from systolic pressure gradients through the VSD(ventricular septal defect) and PDA(patent ductus arteriosus). Mean pressure was estimated by acceleration time divided by ejection time measured from Koppler spectrum obtained at the right ventricular out flow tract. Diastolic pressure was estimated from pulmonary regurgitation velocity spentrum at end-diastolic, and also from diastolic pressure gradient through the patent ductus arteriosus. RESULTS: IN systolic pressure, Burstin and tricuspid regurgitation velocities estimates correlated significantly(r=0.92, 0.90 respectively), whereas VSD and PDA estimates correlated less well with catheterization estimates(r=0.83, 0.65 respectively). The mean pressure, measured from RVOT(right ventricular outflow tract) Doppler spectrum corresponded well with catheterization pressure(r=0.89), whereas those obtained from the main pulmonary artery correlated less well(r=0.74). The diastolic pressure estimates from pulmonary regurgitation velocity spectrum, revealed good correlation(r=0.79), but those from diastolic Doppler spectrum at PDA correlated less well with catheterization estimates(r=0.63). CONCLUSION: All of eight Doppler echocardiographic methods seemed to be easily performable for estimation of pulmonary artery pressure. But, the degree of accuracy was variable. Because a pressure estimante from only a single method may be in error, care should be taken in combining use of other(one or two) methods.
Acceleration ; Blood Pressure ; Catheterization ; Catheters ; Child ; Ductus Arteriosus, Patent ; Echocardiography* ; Echocardiography, Doppler ; Heart Diseases ; Humans ; Infant ; Pulmonary Artery* ; Pulmonary Valve Insufficiency ; Tricuspid Valve Insufficiency

No abstract available.
Asthma*

Air-borne pollen is known as one of the major causal agents to respiratory allergic reactions. The daily number of pollen grains was monitored using Burkard volumetric spore traps at eight locations including Seoul and Jeju during 1997-2005. Pollen grains were observed throughout the year especially from February to November. They showed similar distribution patterns of species among locations except Jeju, where Japanese cedar vegetation is uniquely found. The peak seasons for pollen grains from trees, grasses, and weeds were from March to May, May to September, and August to October. Tree pollens were mainly composed of pine, oak, alder, and birch. Weed pollens were mainly from Japanese hop, sagebrush, and ragweed. The diameter of pollen grains, which has a typical range of 20~60 micrometer, has close relationship with allergenicity. The allergenicity of trees and weed pollens is higher than that of grass pollens in general. Daily fluctuations in the amount of pollens have to do with a variety of meteorological factors such as temperature, rainfall, and the duration of sunshine. Temperature and rainfall are especially decisive in determining pollen concentrations. Ten weather elements that are thought to affect the concentration of pollens are used to develop equations for the pollen forecasts. Predictive equations for each pollen species and month are developed based on statistical analyses using observed data during the last 5 years in Seoul through a co-work with the Committee of Pollen Study in Korean Academy of Pediatric Allergy and Respiratory Diseases and National Institute of Meteorological Research.
Alnus ; Ambrosia ; Artemisia ; Asian Continental Ancestry Group ; Betula ; Cryptomeria ; Humans ; Humulus ; Hypersensitivity ; Meteorological Concepts ; Poaceae ; Pollen ; Seasons ; Spores ; Sunlight ; Weather