• Pediatric Gastroenterology, Hepatology & Nutrition
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• v.20 no.3
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• pp.194-197
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• 2017

Alimentary tract duplication cysts are rare congenital anomalies, most commonly located in the ileum, but may present anywhere from mouth to anus.Clinically, they may be asymptomatic, incidentally diagnosed or may present with obstruction, volvulus, intussusception or gastrointestinal bleed. Here we report a case of a one year old male child presenting in gasping state and shock. Despite the initial strong suspicion of Meckel's diverticulum and tubercular abdomen, the final diagnosis remained elusive till exploratory laparotomy was performed which revealed a duplication cyst of ileum with perforation into the umbilicus. Duplication cyst should always be kept as a differential diagnosis so that early intervention can help in better management.

• Advances in pediatric surgery
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• v.3 no.2
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• pp.148-151
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• 1997

The omphalomesenteric duct normally obliterates by the sixth week of intrauterine life. Incomplete obliteration results in various abnormalities which may be apparent in the newborn infant. These include fistula resembling ileum, a prolapsed loop of intestine through the umblicus and a fistula draining intestinal contents. The tract may contain ectopic tissue of stomach, colon or pancreas. Although this malformation should be recognizable at birth, 40 % of patients are not treated until after the first month of life. In the past 28 months since the Samsung Medical Center opened its doors to public, the authors have treated 4 cases of patent omphalomesenteric duct remnant including one case of T-shaped total prolapse of the duct and adjacent ileum. These cases will be discussed and the literature reviewed.

• Child Health Nursing Research
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• v.5 no.1
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• pp.84-96
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• 1999

The purpose of this study was to find whether the educational program contributed to the increase of caring confidence and rearing attitude of the newborn mothers. The subjects for this study were 40 newborn mothers-20 control group and 20 experimental group-who delivered a normal neonate and were gotten general informations from the nurses at the K medical center in Seoul. Especially, the experimental group was educated for 30-40 minutes in maternal educational program through lectures, demonstrations, discussion with textbooks and visual materials by a researcher at 2-3 days after delivery. The data were collected two times-at 2-3 days after delivery and at 4 weeks after discharge-from October, 1998 to January, 1999 by investigators interviewing with a structured questionnaire. Pharis(1978)'s self confidence scale was used after some modification to measure caring confidence and Cohler's maternal attitude scale to check mother's rearing attitude. Analysis of data was done by using of frequency, %, x²-test, Independent sample t-test. The results of this study were as follows ; 1. The Confidence of the experimental group was significant higher than the control group (t=2.519, p=.016) and the rearing attitude changed more positively(t=5.545, p=.000). 2. In the confidence scale, the statements having a significant change were holding a baby, changing diapers, feeding, and caring umblicus. 3. In the rearing attitude scale, the statements having a significant change were 12 of 20 statements.

• The Journal of Korean Society for Radiation Therapy
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• v.15 no.1
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• pp.67-77
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• 2003

I. Purpose Uniform dose distribution of the whole body is essential factor for the total body irradiation(TBI). In order to achieved this goal, we used to compensation filter to compensate body contour irregularity and thickness differences. But we can not compensate components of body, namely lung or bone. The purpose of this study is evaluation of dose attenuation in bone tissue when TBI using diode detectors and TLD system. II. Materials and Methods The object of this study were 5 patients who undergo TBI at our hospital. Dosimetry system were diode detectors and TLD system. Treatment method was bilateral and delivered 10MV X-ray from linear accelerator. Measurement points were head, neck, pelvis, knees and ankles. TLD used two patients and diode detectors used three patients. III. Results Results are as followed. All measured dose value were normalized skin dose. TLD dosimetry : Measured skin dose of head, neck, pelvis, knees and ankles were $92.78{\pm}3.3,\;104.34{\pm}2.3,\;98.03{\pm}1.4,\;99.9{\pm}2.53,\;98.17{\pm}0.56$ respectably. Measured mid-depth dose of pelvis, knees and ankles were $86{\pm}1.82,\;93.24{\pm}2.53,\;91.50{\pm}2.84$ respectably. There were $6.67\%{\sim}11.65\%$ dose attenuation at mid-depth in pelvis, knees and ankles. Diode detector : Measured skin dose of head, neck, pelvis, knees and ankles were $95.23{\pm}1.18,\;98.33{\pm}0.6,\;93.5{\pm}1.5,\;87.3{\pm}1.5,\;86.90{\pm}1.16$ respectably. There were $4.53\%{\sim}12.6\%$ dose attenuation at mid-depth in pelvis, knees and ankles. IV. Conclusion We concluded that dose measurement with TLD or diode detector was inevitable when TBI treatment. Considered dose attenuation in bone tissue, We must have adequately deduction of compensator thickness that body portion involved bone tissue.