http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
- 中文 을 입력하시려면 zhongwen을 입력하시고 space를누르시면됩니다.
- 北京 을 입력하시려면 beijing을 입력하시고 space를 누르시면 됩니다.
RISS 인기검색어
- 검색키워드
- 저자 : 김인원 (검색결과 199 건)
- 무료
- 기관 내 무료
- 유료
-
김인원,이혜빈,심상협,양은인,김용석 한국식품과학회 2017 Food Science and Biotechnology Vol.26 No.6
To enhance the biological activities of sprout soybean, beans were treated with steaming (SS), germinating (GS), or roasting (RS) prior to fermentation with Irpex lacteus mycelia for 20 days. The total phenolic, flavonoid, isoflavone, and 2,2-diphenyl-1-picrylhydrazyl (DPPH) radical scavenging activity of each fermented bean preparation were examined every 5 days for 20 days. The total phenolic content of SS, GS, and RS preparations was 9.61, 10.23, and 10.46 mg/g, respectively, after 15 days of fermentation. These concentrations were approximately 4–5 folds higher compared to initial levels. The total flavonoid content was 8–9 folds higher than initial levels. The isoflavone content was highest in the RS sample (6.84 mg/ g). The DPPH radical scavenging activity of beans fermented with I. lacteus mycelia was increased 2–8 folds after 20 days of fermentation. These results indicate that antioxidant activity components were increased by fermentation of I. lacteus mycelia irrespective of soybean treatments.
-
-
-
김인원,Kim, In-Won 한국도서관협회 1971 圖協月報 Vol.12 No.7
이 글은 불란서 파리에 있는 국제교육계획연구소가 매년 주관하는 교육계획가 훈련과정에 포함된 도서관계획 세미나에서 토의된 내용과 계획업무 및 수행방법 등을 검토한 글을 번역한 것이다. 역자 주
-
김인원 대한영상의학회 1987 대한영상의학회지 Vol.23 No.4
The study was to evaluate the reliability and limitation of the CT number through determining the range of variation of CT number under a variety of different conditions using experimental models. Three cylindrical phantom models containing lesion-simulating-rods were used. After filling the different-density-solutions within the phantoms, the computed tomography was performed under a variety of different conditions in order to demonstrate the variability of CT number of the same lesion. The CT number of the rods within the phantom models was measured and analyzed. RESULTS : 1. The CT number of the lesion proportionately increased as the CT number of surround increased, and the increase of the CT number of the lesion showed linear response to the increase of the CT number for the same lesion regardless ofthe change of surround. 2. Time interval, change of mAs, or slice thickness had no effect on the CT number of the lesion. 3. The CT number of the lesions tended to vary wider n the body model tan the head model. 4. The range of the CT number variation increased as the lesion decreased in size, and it was more pronounced as the difference between the CT number of the lesion and surround increased. The above results suggest that CT number should be carefully used for diagnosis with consideration of its variability under a variety of different conditions.
-
김인원,Kim, In-Won 한국건강관리협회 2003 한국건강관리협회지 Vol.1 No.1
Vomiting in pediatric patient is frequently encountered problem in emergency room or outpatient clinic. In differential diagnosis, age of the patient or accompanying symptoms should be considered in the differential diagnosis. Accurate diagnosis is very important because surgical treatment is necessary in some of the conditions. Imaging diagnosis of conservative modality such as upper gastrointestinal series or colon study is still important radiological examination in the initial differential diagnosis, but recently ultrasonography offers accurate diagnosis in many situations. The cause of vomiting in pediatric are diverse according to the age group :neonatal sepsis, necrotizing enterocolitis, or hypertrophic pyloric stenosis in neonates : gastroesophageal reflux, viral enteritis, or intussusception in infant: midgut volvulus, appendicitis, metabolic disorders, or increased intracranial pressure also an be the cause. knowledge of radiological findings of normal gastrointestinal tract is important to recognize abnormalities. A discussion of radiological findings in variable surgical conditions to present as vomiting in pediatric patients is offered.
-
-
-
김인원,천정은,이영석,이선화,김옥화,김지혜,김홍대,심정석 대한초음파의학회 2010 ULTRASONOGRAPHY Vol.29 No.3
목적: 신장 질환의 정확한 진단이나 만성 신질환의 경과를 판정하는데 기여할 수 있도록 우리나라 소아의 연령에따른 정상 신장 길이의 기준 값을 제공하고, 측정한 신장길이와 연령, 키, 체중, 체표면적 및 체질량지수와의 관련성을 알아보고자 한다. 대상 및 방법: 생후 1개월부터 15세까지의 비뇨기계 이상이 없고 키나 체중이 3 percentile에서 97 percentile에해당하는 소아를 대상으로 하였다. 복와위에서 숙련된 영상의학과 의사가 신장길이의 최대치를 좌우 각 3회씩 측정한 후 평균값을 구했다. 연령별 신장길이의 평균치 및 표준편차를 구했고, 신장의 길이와 연령, 체중, 키, 체표면적, 체질량지수와의 관련성을 평가하였다. 결과: 총 550명의 신장길이를 얻었다. 연령의 증가에 따라 신장 길이는 생후 24개월까지 비교적 가파른 증가를 보이다가 이후 완만한 증가를 나타내었다. 연령을 개월 수로표시한 값을 X 축으로, 신장의 길이를 millimeter (mm)로 표시한 값을 Y축으로 하여 얻은 그래프에서 직선 근사치의 방정식은 신장길이(mm) = 45.953+1.064×연령(개월, 24개월 이하) (R2=0.720) 또는 62.173+0.203×연령 (개월, 24개월 초과) (R2=0.711) 였다. 키를 cm로표현한 값을 X축으로 하여 얻은 직선 근사치의 방정식은신장길이(mm) = 24.494+0.457×키(cm) (R2=0.894)였다. 체중을 kilogram으로 표현한 값을 X축으로 하여 얻은 직 선 근 사 치 의 방 정 식 은 신 장 길 이 (mm)=38.342+2.117 ×체중(kg, 18 kg이하) (R2=0.852) 또는64.498+0.646 ×체중(kg, 18 kg 초과) (R2=0.651) 였다. 체표면적을 제곱미터로 표시한 값을 X축으로 하여 얻은 그래프에서 직선 근사치의 방정식은 신장길이(mm)=31.622+61.363×체표면적(m2, 0.7 이하)(R2=0.857) 또는 52.717+29.959×체표면적(m2, 0.7 초과)(R2=0.715) 이었고, 체질량지수를 이용한 신장길이의직선 근사치의 방정식은 신장길이(mm)=44.474+1.163×체질량지수 (R2=0.079)이었다. 결론: 우리나라 소아 연령의 정상 신장 크기의 기준 값을제공하고 측정한 신장 크기와 연령, 체중, 키, 체표면적 및체질량지수와의 관련성을 알아봄으로써 신 질환의 진단및 추적 검사에 중요한 지표로 활용될 수 있으리라 기대한다. Purpose: Renal length offers important information to detect or follow-up various renal diseases. The purpose of this study was to determine the kidney length of normal Korean children in relation to age, height, weight, body surface area (BSA), and body mass index (BMI). Materials and Methods: Children between 1 month and 15 years of age without urological abnormality were recruited. Children below 3rd percentile and over 97th percentile for height or weight were excluded. Both renal lengths were measured in the prone position three times and then averaged by experienced radiologists. The mean length and standard deviation for each age group was obtained, and regression equation was calculated between renal length and age, weight, height, BSA, and BMI,respectively. Results: Renal length was measured in 550 children. Renal length grows rapidly until 24 month, while the growth rate is reduced thereafter. The regression equation for age is: renal length (mm) = 45.953 + 1.064 × age (month, ≤ 24 months) (R2 =0.720) or 62.173 + 0.203 × age (months, > 24 months) (R2 = 0.711). The regression equation for height is: renal length (mm) = 24.494 + 0.457 × height (cm) (R2 = 0.894). The regression equation for weight is: renal length (mm) = 38.342 + 2.117 × weight (kg, ≤18 kg) (R2 = 0.852) or 64.498 + 0.646 × weight (kg, > 18 kg) (R2 = 0.651). The regression equation for BSA is: renal length (mm) = 31.622 + 61.363 ×BSA (m2, ≤0.7) (R2 = 0.857) or 52.717 + 29.959 × BSA (m2, > 0.7) (R2 = 0.715). The regression equation for BMI is: renal length (mm) = 44.474 + 1.163 × BMI (R2 = 0.079). Conclusion: This study provides data on the normal renal length and its association with age, weight, height, BSA and BMI. The results of this study will guide the detection and follow-up of renal diseases in Korean children.
-
연관 검색어 추천
이 검색어로 많이 본 자료
활용도 높은 자료
