Background: In human, SRY (sex-determining region of the Y chromosome) is the major
gene for the testis-determining factor which is found in normal XY males and in the rare XX …

Objectives To evaluate at what gestational age fetal DNA can reliably be detected at the
earliest in maternal plasma. Methods We performed consecutive blood sampling in the first …

Methods Fetal DNA in maternal plasma was isolated from 150 samples in the first trimester
and mid-trimester of pregnancy, respectively. Real-time fluorescence quantitative …

Gender validation is indispensable in data verification for demographic information
particularly in large-scale population studies and also as part of the quality assurance of …

OBJECTIVE: Fetal sex prediction can be achieved using PCR targeted at the SRY gene by
analyzing cell-free fetal DNA in maternal serum. Unfortunately, the results reported to date …

Fetal DNA in maternal plasma and serum has been shown to be a useful material for fetal
gender determination and for screening tests for abnormal pregnancies except during early …

Objective To clarify the role of sexual related Y (SRY) gene detection in the diagnosis of
gonadal dysgenesis. Methods Sixteen cases of gonadal dysgenesis were included in this …

Background: Noninvasive fetal sex determination by analyzing Y chromosome-specific
sequences is very useful in the management of cases related to sex-linked genetic …

Sex determination of the source of forensic DNA evidence is an importance step in crime
investigation. LAMP method is a novel molecular technique for determine the gender. SRY …

BACKGROUND: The importance of the Y chromosome in male determination hasbeen well
established for a long time. The presence of a translocation of chromosomal material …