No abstract available.

No abstract available.
Reproducibility of Results*

No abstract available.

No abstract available.
Primary Health Care*

This erratum is being published to correct of Table 4.

OBJECTIVE: To evaluate the perinatal prognosis of fetuses with a single umbilical artery. METHODS: From 1992 to 1998, nineteen cases with single umbilical artery(SUA) was observed in 8,704 deliveries at Chonnam University Hospital. RESULTS: Out of nineteen fetuses, thirteen fetuses with single umbilical artery were detected by antenatal ultrasonographic examination and six fetuses were detected after birth. The male to female ratio was 0.9: 1. Congenital malformations were observed in 8 babies(42.1%) and included leg deformity, esophageal atresia, imperforated anus, ventriculomegaly, meningocele, hydronephrosis, ventricular septal defect, joint contracture, cleft lip and palate, toe anomaly, imperforated anus, kyphosis, no urethra and testis, clubfoot, patent ductus arteriosus and rnild mitral regurgitation. Among 10 cases of karyotyping analysis three cases were diagnosed as trisomy 18. Fourteen fetuses(77.8%) showed growth restriction at delivery. Antenatal obstetric complications were hydramnios(n = 3), oligohydramnios(n =2), and severe preeclampsia(n = 3). CONCLUSION: Careful ultrasonographic evaluation for the identification of a SUA is necessary because of its frequent association with congenital anomaly, growth restriction and cytogenetic abnormality.
Anal Canal ; Chromosome Aberrations ; Cleft Lip ; Clubfoot ; Congenital Abnormalities ; Contracture ; Ductus Arteriosus, Patent ; Esophageal Atresia ; Female ; Fetus ; Heart Septal Defects, Ventricular ; Humans ; Hydronephrosis ; Jeollanam-do ; Joints ; Karyotyping ; Kyphosis ; Leg ; Male ; Meningocele ; Mitral Valve Insufficiency ; Palate ; Parturition ; Prognosis* ; Single Umbilical Artery* ; Testis ; Toes ; Trisomy ; Urethra

No abstract available.
Dystocia* ; Female ; Pregnancy ; Shoulder*

No abstract available.
Wound Healing* ; Wounds and Injuries*

Transforming growth factor beta(TGF-p), initially identified in vlatelet extracts by virtue of its ability to confer anchorage of independent growth and a necplastic phenotype on mesenchymal cells, has subsequently been identified as a potent inh bit or of proliferation in most cells of epithelial origin. The family of TGF-p peptides is currenly onsisted of four subtypes (TGF-pl, p2, p3, p4). Tkiey are initially translated very larged are urssors of approximately 390 amino acids and produced by a wide variety of cell type. iricluding normal cells and tumor cells. TGF-ps promote deposition of extracellular matrix compcineits, facilitate remodeling events during embryonic development, and suppress immune ce 1 fimetion during the inflammatory process. Several nutaneous diseases are characterized typxcessive and progressive fibrosis of the dermis anil subcutaneous tissues. Prominent amon these disorders are progressive systemic sclerosi(PSS) and generalized morphea(GM), is well as the recently described syndrome of diffuse fasciitis eosinophilia(DF), also known; Shulmans syndrome. The hallmark of the pathologic alteration in these disorders is the excessive deposition of collagen and other connenctive iissues. Macromoleculse in the aerriis and/or the subcutaneous and fascial strutures often accompanied by variable degress of hronic inflammatory cell infiltrates. Now we have examined the expression of TGF-b1 mRNA using of northern blot hybridization with specific sequenced cDNA probe in the normal curltured fibroblasts, placental tissues, and fibrosarcorna derived tumor cell line(HT1080). We found that the size of TGF-b mRNA of each specimen was 2.5kb and theres no alteration of its quality.
Amino Acids ; Blotting, Northern ; Collagen ; Dermis ; DNA, Complementary ; Embryonic Development ; Extracellular Matrix ; Fasciitis ; Female ; Fibroblasts* ; Fibrosis ; Humans ; Peptides ; Phenotype ; Pregnancy ; RNA, Messenger* ; Subcutaneous Tissue ; Transforming Growth Factor beta* ; Transforming Growth Factors ; Virtues

No abstract available.