Title of article :
Transabdominal Chorionic Villous Sampling in Nigeria: Correlation between Number of Cases and other Variables
Author/Authors :
Oloyede, OAO Oshodi - Lagos, Nigeria
Abstract :
BACKGROUND: transabdominal chorionic villous sampling
is generally preferred to the transvaginal approach. The
procedure may, however, be associated with complcations due
to a number of factors.
OBJECTIVES: to review the relationship between the number
of cases and other variables in transabdominal chorionic villous
sampling and also to identify the complications associated with
the procedure.
METHODS: two hundred and twenty-six cases of transabdominal
chorionic sampling performed by a single operator
were reviewed. Pearson’s correlation coefficient was used to
individually analyze the relationship between numbers of
samplings performed and other procedure-related variables
such as the number of needle aspirations, gestational age,
percentage diagnosed at first attempt and weight of sample.
The complications reported during procedure and pregnancy
was also reviewed.
RESULTS: prenatal diagnosis of sickle cell disease which
associated for 95% of the cases was the most frequent (95.1%)
indication for chorionic villous sampling. There was a
statistically significant negative correlation between number
of cases and needle aspirations (p < 0.05) and between
increasing number of number of cases and gestational age
(p>0.05). Also statistically significant negative correlations
were obtained between number of aspirations and weight of
sample (r= –0.9, p<0.05) and between gestational age and
weight of sample (r = –0.89, p<0.05). Correlation between
number of cases and weight of sample was highly positive (r
=+ 0.9). Reported complications included abortion and
hypertension.
CONCLUSIONS: There is a strong relationship between of
number of cases of transabdominal chorionic villous samplings
performed and other procedure variables.
Keywords :
pre-natal diagnosis , complications , transabdominal , Chorionic villous sampling
Journal title :
Astroparticle Physics