Online ISSN: 2515-8260

Keywords : Intrauterine growth restriction

Intrauterine growth restriction in term pregnancy: Clinical outcome

Dr. Sahana PR, Dr. Jeevitha H, Dr. Prajwal M, Dr. Chandrashekar K

European Journal of Molecular & Clinical Medicine, 2022, Volume 9, Issue 2, Pages 1625-1629

The risk of morbidity and mortality depends on basic pathology which mainly caused the growth problem, severity of growth restriction, gestational age of mother -how much earlier it is, and the baby's gestational age at birth. The 10th percentile is commonly used to define "small for gestational age" at all stages of pregnancy. The risk of neonatal mortality at the 10th percentile has a bimodal distribution with higher mortality at 26 and 34 weeks ' of gestation. A detailed history as per questioner was taken with general physical examination and investigations were done as per requirement. The accumulated data was evaluated and statistically analyzed. The pregnancy outcome of 70 cases was studied, which showed that 40(61.43%) cases went into spontaneous labor, labor was induced in19 (28.57%) cases and 11(1.%) cases were taken for elective caesarean section for various indications. The fetal outcome of the study showed that out of 70 cases recruited in the study, 65 (92.86%) were live births, 3(4.28%) were still birth and 2(2.86%) cases had intra uterine fetal demise.

Role of fetal renal length measurements in estimation of gestational age

Dr S.Swetha Reddy, Dr M. Laxmi

European Journal of Molecular & Clinical Medicine, 2022, Volume 9, Issue 3, Pages 10340-10349

Introduction: For the management of obstetric cases, it is very important to know the
EDD. But in our set up most of the women do not know the date of LMP and hence it is
difficult to predict the EDD. Therefore, ultrasound examination plays an important role
in determining the EDD.
Aims: To formulate the ideal length of fetal kidney to the corresponding gestational age
and to study of echo pattern of fetal kidney and its correlation with pregnancy outcome.
Materials and methods: 200 pregnant women with known LMP were taken for the
study. Gestational age by LMP was calculated and it ranged from 20 weeks to 40 weeks.
All the cases were subjected to ultrasound examination. Besides other information
through USG, special emphasis was made to calculate USG gestational age by
conventional method of measuring BPD. FL. AC. At the same time the renal length and
renal medullary echo pattern was examined in all the cases. The cases were grouped
according to the gestational age by LMP and mean renal length was calculated for each
gestational age group.
Results: It was observed that there was a wide variation in renal length for the
gestational age group of 20-30 weeks. This variation narrowed down from the 30-40
weeks of gestational age group. There was a definite correlation between the renal
length with the gestational age by LMP. It was found that USG with standard
parameters gave ± 3 weeks difference form LMP EDD, whereas the EDD calculated by
renal length gave a difference of ± 2 weeks. The prediction interval was narrowed from
±3 weeks to ± 2 weeks when renal length was used instead of the standard USG
parameters i.e., there was ± 1 week difference between EDD by renal length and EDD
by USG.
Conclusion: Examination of fetal renal medullary echo pattern helps us in identifying
high risk pregnancy associated with intrauterine growth restriction and helps us in
management decisions.