1.Congenital biliary atresia.
Kwang Wook KO ; Je Geun CHI ; Kwi Won PARK
Journal of the Korean Pediatric Society 1983;26(1):106-
No abstract available.
Biliary Atresia*
2.A Clinical and histopathological Studies of congenital Extrahepatic Biliary Atresia.
Kweon Ho SON ; Ki Sup CHUNG ; Euh Ho WHANG ; Chan Il PARK
Journal of the Korean Pediatric Society 1988;31(4):436-445
No abstract available.
Biliary Atresia*
3.Neonatal cholestasis and biliary atresia: perspective from Malaysia
Journal of University of Malaya Medical Centre 2010;13(2):72-79
The liver is an important organ of the human body, playing a major role in the metabolism
and storage of nutrients, synthesis of protein and other nutrients, as well as detoxifying many
metabolic by-products. The response of the foetal and newborn liver to external insult and injury
is limited. This is because the ability of the closely interdependent structures of a developing
liver of expressing in the face of a variety of insults is limited as well. Thus most infants with
insults to the liver present as cholestatic jaundice with variable degree of pale stools, enlarged
liver and conjugated hyperbilirubinaemia. Biliary atresia, an idiopathic condition characterized by
progressive fibrosing obliteration of both intra- and extrahepatic bile ducts, is the most important
cause of neonatal cholestasis worldwide, including Malaysia. It is also the most important
indication for childhood liver transplantation the world over. Challenges facing infants with
biliary atresia include a delay in the diagnosis and late surgery, leading to a poor outcome. This
often results from a failure to recognise the potential serious nature of an infant with prolonged
cholestatic jaundice and pale stools among health care professionals. (JUMMEC 2010; 13(2): 72-79)
Biliary Atresia
4.Factors predictive of an obstructive pathology among Filipino infants with neonatal cholestasis.
Novette Regina M. LAGUNZAD ; Germana Emerita V. GREGORIO
Acta Medica Philippina 2022;56(9):38-45
Objective. To determine factors predictive of obstructive neonatal cholestasis among Filipino infants and to describe their outcome.
Methods. Jaundiced infants within the first eight weeks of life with liver biopsy were included. Excluded were cholestasis secondary to metabolic or infective causes. Retrospective chart review (2009-2012) and prospective recruitment of patients (2013) were done. A final diagnosis of non-obstructive or obstructive neonatal cholestasis was made on clinical, biochemical, ultrasonographic, and histologic findings, using histology and/or operative cholangiogram as the gold standard. The outcome was assessed on the 6th and 12th months from diagnosis. The crude odds ratio for obstructive jaundice was computed. Multiple logistic regression on significant variables (p-value <0.05) was done.
Results. Two hundred sixty-three (263) patients were included: 161 with non-obstructive and 102 with obstructive cause. Mean age at first consult was higher in those with obstruction. On logistic regression, females (OR:2.3), absence of a family history of idiopathic neonatal hepatitis (OR:4), and persistently pale/acholic stools (OR:13) were predictive of obstruction. 85% of patients with a non-obstructive cause are alive and well, while 80% of patients with obstruction have died.
Conclusion. Among jaundiced infants females, the absence of a family history of idiopathic neonatal hepatitis and persistently pale yellow/acholic stools were predictive of obstruction. The outcome was poor in patients with obstructive jaundice.
Biliary Atresia
5.Biliary Atresia Associated with Small Bowel Atresia.
Woo Hyun PARK ; Soon Ok CHOI ; Jin Bok HWANG
Journal of the Korean Surgical Society 2007;72(5):423-425
Biliary atresia is a progressive obliterative cholangiopathy, but its actual causes are still unknown. However, a number of factors, such as developmental malformation, viral infection, toxicity of bile constituents and an anatomical abnormality in the hepatobiliary system, have been considered. Herein, two very unusual cases of biliary atresia, associated with ileal atresia, are reported. The pathogenesis of this particular type of biliary atresia is still a matter for debate.
Bile
;
Biliary Atresia*
;
Intestinal Atresia
6.Etiological & Clinical Study for Neonatal Hepatitis & Biliary Atresia.
Ki Sub CHUNG ; Kir Young KIM ; Hyo Kyu KIM
Journal of the Korean Pediatric Society 1983;26(5):440-448
No abstract available.
Biliary Atresia*
;
Hepatitis*
8.Livers transplantation for children suffering from congenital biliary atresia in the National Institute of Pediatrics
Journal of Medical and Pharmaceutical Information 2001;(11):30-34
During 5 years (1994-1998), 147 children suffering from congenital biliary atresia were admitted to NIP. Clinical manifestations include icterus, discolored stool and hepatomegaly. The gallbladder is absent; ultrasonography shows that its diameter doesn't change before, during and after meal in all patients. 136 patients among those children require a liver's transplantation. It means that, every years, there were 27 children suffering from biliary atresia who require a liver's transplantation.
Liver Transplantation
;
Biliary Atresia
9.Clinical Assessment of Extrahepatic Biliary Atresia and Neonatal Hepatitis.
Journal of the Korean Pediatric Society 1984;27(1):33-42
No abstract available.
Biliary Atresia*
;
Hepatitis*
10.Multiple pathologic fractures combined with congenital biliary atresia: Report of a case.
Keung Bae RHEE ; Soo Kil KIM ; Jin Ho KIM
The Journal of the Korean Orthopaedic Association 1993;28(6):2296-2300
No abstract available.
Biliary Atresia*
;
Fractures, Spontaneous*