4 articles published in Selcuk Medical Journal with the keyword "fetus": A Light Microscopic Investigation of Fetal Human Thyrnus with Different Stains; The role of chromosomal abnormalities on spontaneous abortions; The development of orbita during the fetal period
SAFIYE SAYAR, AYDAN CANBİLEN, REFIK SOYLU, FATIH DEMIRBAŞ, SELÇUK DUMAN, MUSTAFA BÜYÜKMUMCU
1996, Vol 12, Issue 4, Page 389-396
Thymus has a lenjOreticular structure. Thymus is higger in newborn and goes on ta grove until 2-3 years old. It keeps this size until puberty. Thymus is the ma-tu•ation place of T lymphoc_ytes. This investigation was ~Ide to examine the his-tological structure of thymus. In this investigation...
HATİCE GÜL DURSUN, AYŞEGÜL ZAMANİ, AYNUR ACAR, MEHMET CENGİZ ÇOLAKOĞLU
2001, Vol 17, Issue 3, Page 145-152
İn this study that was performed on spontaneous abortions refferred to Department of Medicial Genetics of Medical Faculty of Selçuk University, detection of the incidence and type of chromosomal abnormalities in spontaneous abortions was aimed. With this aim; the specimens from 54 spontaneous...
MEHMET ALİ MALAS, ERCAN MENSIZ, OSMAN SULAK
2003, Vol 19, Issue 3, Page 137-143
Purpose: The development of orbita and surrounding region were evaluated with the anthropometric measure- ments in human fetuses during the intrauterine period. Materials and method: The study group constituted 140 (70 male, 70 female) fetuses without craniofacial or other anomalies or pathologies...
HILAL EVCIL, MEHMET ALİ MALAS
2008, Vol 24, Issue 1, Page 49-59
Aim: The aim of this review is to evaluate recent literature regarding effects of nutrition on fetal development. Main findings: Previous studies show that maternal factors such as age, nutrition, and stress are able to have negative effects on fetal development during pregnancy. The role of...
Orbita timus insan. fetus Thymus. human Spontan abortus kromozomal düzensizlik trofoblast Spontaneous abortion chromosomal abnormality trophoblast fetal dönem fetal period fetal büyüme beslenme prenatal etki fetal development nutrition prenatal effect