AIM: Low birth weight is an important issue due to its dreadful consequences in future. Well prevailing over the world, this is important in view of developing countries. Low birth weight is associated with high neonatal and @entity1 mortality, lower trajectory of growth during childhood and adolescence, increases risk of non-communicable diseases during adult life. Oxidative stress is a major player among the various etiologies. @entity533 is an important antioxidant defense. Phospholipase is required to release free @entity1718 from @entity37481 utilized for fetal growth. We conducted the study to look for the predictive value of serum paraoxonase and phospholipase. METHODS: With binding to Helsinki declaration and approval from Institutional Ethical Committee, we have selected 100 pregnant ladies. Serum @entity533 arylesterase (ARE), lactonase (LACT) and serum phospholipase (PL) activities are measured. We used SPSS 20.0 for linear and logistic regression models to assess the predictability of the ARE, LACT and PL for predicting the @entity1592 . RESULTS: R value increases in the order of maternal age, maternal weight, phospholipase, arylesterase, lactonase. Logistic regression analysis with different models and with birth weight as dependent factor, maternal age is flagged out as not significant. PL, LACT, ARE emerge out to be good predictors of @entity1592 . CONCLUSION: From this study we have concluded that @entity533 LACT, ARE and serum PL, could be the newer markers @entity1592 in maternal serum. @entity1592 can be predicted beforehand by using @entity533 LACT, @entity533 ARE and serum phospholipase. This surely will help in timely diagnosis and treatment accordingly of possible adverse pregnancy outcome.

Study of serum paraoxonase and phospholipase activities in pregnant XXXX in relation to birth weight.

@entity1 :: ('9606', 'Species') :: ['infant'] @entity533 :: ('5444', 'Gene') :: ['Paraoxonase1', 'PON1'] @entity1592 :: ('MESH:D005317', 'Disease') :: ['IUGR'] @entity37481 :: ('MESH:D020404', 'Chemical') :: ['phosphoglycerides'] @entity1718 :: ('MESH:D005227', 'Chemical') :: ['fatty acids']
@entity1 :: (9606,Species) :: ['women']
