ERKEN DÖNEM FETUSLARIN KALPLERİNDE SEPTAL GELİŞİM ÜZERİNE ADRİAMYCİN İNTERATOJENİK ETKİSİ

Year 2013, Volume: 22 Issue: 3, 183 - 186, 01.12.2013

Harun Ülger Saim Özdamar Arzu Yay

Abstract

Özofageal atrezi sıklıkla kardiyovasküler ve diğer
malformasyonlar ile ilişkilidir. Bu çalışmada kalp gelişiminin sıçanlarda oluşturulan özofageal atrezi modelinde anormal olabileceği sınandı.
Zaman kontrolu yapılarak çiftleştirilen gebe sıçanlara,
gebeliğin 6-9. günlerinde 2 mg/kg adriamycin
intraperitoneal olarak verildi. Kalp malformasyonları
13 günlük erken dönem fetuslarda mikroskopik olarak
incelendi.
Adriamycine maruz kalmış anne sıçanların embriyolarının (erken fetuslarını) çoğunda adriamycin
rezorpsiyona neden olmuştu ve sadece yedi embriyo
elde edilebildi. Kontrol fetuslar hiçbir kalp
malformasyonuna sahip değilken adriamycine maruz
kalmış yedi fetusun beşinde, özofagus atrezisi yanında
interatriyal ve interventriküler septal defektler görüldü.
Sonuç olarak, gebe sıçanlara adriamycin uygulaması
embryolarda özofageal atrezi ve kalp
malformasyonlarının oluşmasına sebep olur.

Keywords

Adriamycin, kalp, kusurluluk, embriyo, gelişim

Teratogenic Effect of Adriamycin on Septal Development of Early Fetal Heart

Abstract

Esophageal atresia is often associated with cardiovascular and other malformations. The present study tests
the heart development which may be abnormal in the
rat model of esophageal atresia.
Time-mated pregnant rats received 2 mg/kg adriamycin intraperitoneally on days 6-9 of gestation. The heart
malformations were investigated on day 13 of gestation
under the microscope in early term fetuses.
Adriamycin caused resorption of most embryos (or
early fetuses) and only seven embryos obtained from
adriamycin received dams. Control fetuses had no
heart malformations, whereas five of the seven fetuses
exposed to adriamycin had interatrial and interventricular septal defects besides esophageal atresia.
As a result, adriamycin administration to pregnant rats,
results of esophageal atresia and cardiac malformations
in embryos.

Keywords

Adriamycin, heart, malformation, embryo, development

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