1.Hyperglycemia in Stressed Premature Infants.
Journal of the Korean Pediatric Society 1983;26(2):124-129
No abstract available.
Humans
;
Hyperglycemia*
;
Infant, Newborn
;
Infant, Premature*
2.Effect of Phototherapy on Platelet Count in premature Infant.
Heung Kyu KIM ; Young Kyoung PARK
Journal of the Korean Pediatric Society 1983;26(1):34-40
No abstract available.
Blood Platelets*
;
Humans
;
Infant, Newborn
;
Infant, Premature*
;
Phototherapy*
;
Platelet Count*
3.Clinical Evaluation of Postnatal Weight Gain in Premature and Low Birth Weight Infants.
Journal of the Korean Pediatric Society 1978;21(8):587-594
Among premature and low birth weight infants admitted between March 1970 and February 1977, 228 infants who were clinically normal and older than 7 hospital days are evaluated as to the changes of baby weight. The average postnatal weight loss was 18 to 8 per cent during the first 7 to 17 days after birth. Infants refained their birth weight at the age of 15 to 17 days in the weight group of 1001 to 1250g 9 to 10 days in 1251 to 1500g, 13 to 15 days in 1501 to 1750g, 14 to 16 days on 1751 to 2000g, 11 to 13 days in 2001 to 2250g, 7 to 8 days in 2251 to 2500g. Postnatal weight gain in this study corresponded well to Dancis postnatal growth curve.
Birth Weight
;
Humans
;
Infant*
;
Infant, Low Birth Weight*
;
Infant, Newborn
;
Parturition
;
Weight Gain*
;
Weight Loss
4.Blood Glucose Values in Healthy Premature Infants.
Heung Kyu KIM ; Chul Seung SON ; Eun Hee CHO
Journal of the Korean Pediatric Society 1984;27(4):319-325
No abstract available.
Blood Glucose*
;
Humans
;
Infant, Newborn
;
Infant, Premature*
5.A study on Public Nuisance in Kwangju City: Surey on Air Pollution and Noise Level.
Yo Han CHUNG ; Kil Wng KIM ; Jae Kyu MOON ; Heung Kyu JOO
Korean Journal of Preventive Medicine 1972;5(1):1-7
During the period from June 1st 1971 to November 30th 1971, studies on air polluton were made in Kwangju city. The city was divided into 6 areas : the downtown ares, the simi-downtown area, the heavy traffic area, the commercial area, the residential area, the park area, 13 surveying sites were selected each representing the characteristics of the area. The Measurement methods which were used are described below. Sulfur oxides were measured by PbO2 cylinder method, sulfur dioxides (SO2) and carbon monoxide (CO) by the MSA & Kitakwa detector, dustfall by the Deposit gauge method, and the noise levels by the Kanomax sound level meter. The results obtained are as follows : 1. The mean value of sulfur oxides in Kwangju city was 1.16 mg SO3/day/100cm2 PbO2, ranging from 0.45mg SO3/day/100cm2 PbO2 to 3.10mg SO3/day/100cm2 PbO2. 2. The mean value of sulfur oxides according to its specific area in the city were 1.45mg SO3/day/100cm2 PbO2 in heavy traffic area, 1.36 in downtown area, 1.23 in semi-downtown area, 1.11 in commercial area, 0.96 in residential area, and 1.07 in park area, respectively. 3. The average concentration of sulfur dioxide was 0.063 ppm from 2 to 5 P.M in Kwangju city. 4. The average concentration of sulfur dioxides according to its specific area, from 2 to 5 P.M, in the city were 0.084 ppm in heavy traffic area & downtown area, 0.067 in commercial area, 0.053 in semi-downtown area, 0.052 in residential area, and 0.036 in park area. 5. The average concentration of carbon monoxide was 22.3 ppm from 2 to 5 P.M in Kwangju city. 6. The average concentration of carbon monoxide according to its specific area, from 2 to 5 P.M, in the city were 27.0ppm in downtown traffic area, 26.3 in semi-downtown area, 23.0 in heavy traffic area, 21.7 in commercial area, 20.0 in residential area, and 17.6 in park area. 7. The mean value of dustfall in Kwangju city was 29.28 ton/Km2/month, ranging from 9.85 ton/Km2/month to 66.34 ton/Km2/month. 8. The mean values of dustfall according to its specific area in the city were 50.37 ton/Km2/month in semi-downtown area, 42.76 in heavy traffic area, 34.67 in downtown area, 17.77 in commercial area, 14.40 in park area, and 14.76 .in residential area. 9. The mean value of the soluble dust in Kwangju city was 10.23 ton/Km2/month and that of the insoluble dust was 19.05 ton/Km2/month. 10. The mean values of noise level in Kwangju city was 62 phon, ranging from 37phon to 88 phon. 11. The mean values of noise level according to its specific area in the city were 76 phon in heavy traffic area, 67 in semi-downtown area, 64 in downtown area, 59 in commercial area, 52 in part area, and 50 in residential area.
Air Pollution*
;
Carbon Monoxide
;
Dust
;
Gwangju*
;
Noise*
;
Sulfur
;
Sulfur Dioxide
;
Sulfur Oxides
6.A study on Public Nuisance in Kwangju City: Surey on Air Pollution and Noise Level.
Yo Han CHUNG ; Kil Wng KIM ; Jae Kyu MOON ; Heung Kyu JOO
Korean Journal of Preventive Medicine 1972;5(1):1-7
During the period from June 1st 1971 to November 30th 1971, studies on air polluton were made in Kwangju city. The city was divided into 6 areas : the downtown ares, the simi-downtown area, the heavy traffic area, the commercial area, the residential area, the park area, 13 surveying sites were selected each representing the characteristics of the area. The Measurement methods which were used are described below. Sulfur oxides were measured by PbO2 cylinder method, sulfur dioxides (SO2) and carbon monoxide (CO) by the MSA & Kitakwa detector, dustfall by the Deposit gauge method, and the noise levels by the Kanomax sound level meter. The results obtained are as follows : 1. The mean value of sulfur oxides in Kwangju city was 1.16 mg SO3/day/100cm2 PbO2, ranging from 0.45mg SO3/day/100cm2 PbO2 to 3.10mg SO3/day/100cm2 PbO2. 2. The mean value of sulfur oxides according to its specific area in the city were 1.45mg SO3/day/100cm2 PbO2 in heavy traffic area, 1.36 in downtown area, 1.23 in semi-downtown area, 1.11 in commercial area, 0.96 in residential area, and 1.07 in park area, respectively. 3. The average concentration of sulfur dioxide was 0.063 ppm from 2 to 5 P.M in Kwangju city. 4. The average concentration of sulfur dioxides according to its specific area, from 2 to 5 P.M, in the city were 0.084 ppm in heavy traffic area & downtown area, 0.067 in commercial area, 0.053 in semi-downtown area, 0.052 in residential area, and 0.036 in park area. 5. The average concentration of carbon monoxide was 22.3 ppm from 2 to 5 P.M in Kwangju city. 6. The average concentration of carbon monoxide according to its specific area, from 2 to 5 P.M, in the city were 27.0ppm in downtown traffic area, 26.3 in semi-downtown area, 23.0 in heavy traffic area, 21.7 in commercial area, 20.0 in residential area, and 17.6 in park area. 7. The mean value of dustfall in Kwangju city was 29.28 ton/Km2/month, ranging from 9.85 ton/Km2/month to 66.34 ton/Km2/month. 8. The mean values of dustfall according to its specific area in the city were 50.37 ton/Km2/month in semi-downtown area, 42.76 in heavy traffic area, 34.67 in downtown area, 17.77 in commercial area, 14.40 in park area, and 14.76 .in residential area. 9. The mean value of the soluble dust in Kwangju city was 10.23 ton/Km2/month and that of the insoluble dust was 19.05 ton/Km2/month. 10. The mean values of noise level in Kwangju city was 62 phon, ranging from 37phon to 88 phon. 11. The mean values of noise level according to its specific area in the city were 76 phon in heavy traffic area, 67 in semi-downtown area, 64 in downtown area, 59 in commercial area, 52 in part area, and 50 in residential area.
Air Pollution*
;
Carbon Monoxide
;
Dust
;
Gwangju*
;
Noise*
;
Sulfur
;
Sulfur Dioxide
;
Sulfur Oxides
7.Fanconi's Anemia.
Seung Kwon KIM ; Heung Kyu KIM ; Kew Taek KIM
Journal of the Korean Pediatric Society 1981;24(8):782-785
We report 1 case of Fanconi's anemia which has severe pancytopenia, PDA, hypoplatic right thumb and cryptorchism with a brief review of related literature and references.
Cryptorchidism
;
Fanconi Anemia*
;
Male
;
Pancytopenia
;
Thumb
8.Muco-Cutaneous Lymph node Syndrome: Clinical observation of twentycases.
Heung Kyu KIM ; Kyung Tae KIM ; Kew Taek KIM
Journal of the Korean Pediatric Society 1980;23(12):1033-1041
Authors experienced the cases like to Muco-Cutaneous Lymph node Syndrome (MCLS) admitted to the department of Pediatrics, St. Benedict Hospital from Jan. 1978 to Dec. 1979. Here Authors presented the clinical datas of twenty cases simulating this syndrome as reported by Kawasski. 1. The peak age group was from 1 to 2 years of age and the youngest case was 3 months old infant. Most of them (95%) was under 3 yesrs old. The ratio of male and female was 13 to 7. The seasonal incidence was higher in May to June and November to February. The annual incidence of 1979 was more than 2 times as that of 1978. 2. The clinical symptoms on admission were as follow : fever (100%), cough (70%), diarrhea (65%), vomiting (45%), irritability (40%), So, on admission, Authors had used to overlook as respiratory disease or acute gastroenteritis. 3. The 70% of them showed at least 5 items of the principal symptoms of MCLS. At acute phase, 14 cases (70%) also showed the erythematous desquamation of anogenital region, and 2 cases (10%) showed a transitory hydrocele. The appearance of rashes was observed in 10 cases (50%), and 7 cases of the remainder showed the desquamation of digits during convalescent phase. 7 of 15 cases (46.7%) showed only the desquamation of fingertips. 4. 8 cases (40%) had sinus tachycardia, and I case had gallop rhythm. Most of them showed normal EKG, and 4 cases (20%) showed low voltage of limb leads. 5. In the laboratory findings, most of them had leucocytosis, elevated ESR, positive CRP, normal ASO, and 5 cases (25%) had slight increase of serum transminase. Hepatomegaly was observed in 7 cases (35%). 6. In spite of the intensive treatment, fever was continued for about 5 days in 5 cases (25%).
Cough
;
Diarrhea
;
Electrocardiography
;
Exanthema
;
Extremities
;
Female
;
Fever
;
Gastroenteritis
;
Hepatomegaly
;
Humans
;
Incidence
;
Infant
;
Lymph Nodes*
;
Male
;
Pediatrics
;
Seasons
;
Tachycardia, Sinus
;
Vomiting
9.An analysis of risk factors affecting operative morbidity and mortality in cirrhotic patients.
Heung Dae KIM ; Nam Kyu KIM ; Byong Ro KIM ; Kyong Sik LEE
Journal of the Korean Surgical Society 1991;40(4):480-491
No abstract available.
Humans
;
Mortality*
;
Risk Factors*
10.Platelet Counts in Healthy Premature Infants.
Journal of the Korean Pediatric Society 1981;24(9):805-811
Serial platelet counts performed at four day intervals on forty two healthy premature infants whose birth weights were less than 2200 grams. The forty two infants were divided into two groups: twelve premature infants weighing less than 1700 grams, and thirty prematures infants weighing over 1700 grams at birth. We evaluated the length of time for the platetet counts of the premature infants to equal that of the full-term infants. Platelet counts also were determined on ninety-nine healthy full-term infants during twenty one days of age. The platelet counts were repeated twice a day. The counts of the twenty-four healthy premature infants and the twenty-two healthy full term infants were compared using the Brecher-Cronkite method. 1) There was no significant differnce in platelet counts between twenty four healthy premature infants and twenty two healthy full-term infants obtained at birth and four hour of life by the method of Brecher-Cronkite and the error of platelet Counts was within 2.4 percent. 2) There was no significant difference in the mean platelet values between premature infants weighing less than 1700 grams(21200/mm3) and weighing over 1700 grams (21900/mm3)during first day of life. It was noted the mean platelet values of forty two premature infants were significantly lower than that of sixty eight full term infants which was 27500/mm3. 3) At nine days of life, the mean platelet values of the forty two premature infants equaled that of the sixty eight full term infants at leveles of 27500/mm3. The platelet values were increase continuously and reached peak level of 370000/mm3at the age of three weeks. Increase of platelet values in premature infants weighing less than 1700 grams at birth was delayed about one week compared with that of the infants over 1700 grams at birth.
Birth Weight
;
Blood Platelets*
;
Humans
;
Infant
;
Infant, Newborn
;
Infant, Premature*
;
Parturition
;
Platelet Count*