Background: For asphyxia, the fetus reacts with a series of responses. First there is redistribution of blood flow to vital centres to limit the deleterious effects of oxygen limitation in the brain, heart and adrenal glands. A further compensatory response is that overall fetal oxygen consumption declines to values as low as 50% of the control.Methods: This was a prospective study. Early perinatal outcome of newborns delivered through Caesarean section due to clinical foetal distress in labour was compared with a group of newborns similarly delivered via Caesarean section without a diagnosis of clinical foetal distress. Data collected and analysed using appropriate standard statistical methods i.e. Chi-square (X2) test and ‘Z’ - test.Resul...
Background: In our country a major cause of perinatal mortality and morbidity is MAS (MAS) in new-bo...
Background: Amniotic fluid assessment is an essential part of evaluation of fetus health in terms of...
Background: Meconium is sterile, thick, black-green, odourless material, formed by accumulation of d...
Objectives: To determine the value of clinical foetal distress in predicting early perinatal outcome...
Background: Perinatal asphyxia is one of the most important causes of morbidity and mortality in neo...
Background: Fetal well-being has traditionally been evaluated on the basis of fetal activity, FHR an...
Background: The risks of maternal morbidity and mortality associated with a caesarean section may no...
Background: Amniotic fluid is contributed by both mother and foetus. It plays a vital role in foetal...
Background: Appropriateness of caesarean section (CS) for foetal distress (FD) is proved by neonatal...
Background: Meconium is a collection of secretions and desquamated cells from the digestive tract, a...
Background: The determination of the fetal condition during labour is important to minimize fetal mo...
Background: The presence of meconium-stained amniotic fluid is a sign of fetal compromise and is ass...
Background: Meconium staining of the amniotic fluid is a common problem occurring in 10-22% of all d...
Objectives: To determine the value of clinical foetal distress in predicting early perinatal outcome...
Background: Oligohydramnios is associated with adverse perinatal outcome in the form of meconium sta...
Background: In our country a major cause of perinatal mortality and morbidity is MAS (MAS) in new-bo...
Background: Amniotic fluid assessment is an essential part of evaluation of fetus health in terms of...
Background: Meconium is sterile, thick, black-green, odourless material, formed by accumulation of d...
Objectives: To determine the value of clinical foetal distress in predicting early perinatal outcome...
Background: Perinatal asphyxia is one of the most important causes of morbidity and mortality in neo...
Background: Fetal well-being has traditionally been evaluated on the basis of fetal activity, FHR an...
Background: The risks of maternal morbidity and mortality associated with a caesarean section may no...
Background: Amniotic fluid is contributed by both mother and foetus. It plays a vital role in foetal...
Background: Appropriateness of caesarean section (CS) for foetal distress (FD) is proved by neonatal...
Background: Meconium is a collection of secretions and desquamated cells from the digestive tract, a...
Background: The determination of the fetal condition during labour is important to minimize fetal mo...
Background: The presence of meconium-stained amniotic fluid is a sign of fetal compromise and is ass...
Background: Meconium staining of the amniotic fluid is a common problem occurring in 10-22% of all d...
Objectives: To determine the value of clinical foetal distress in predicting early perinatal outcome...
Background: Oligohydramnios is associated with adverse perinatal outcome in the form of meconium sta...
Background: In our country a major cause of perinatal mortality and morbidity is MAS (MAS) in new-bo...
Background: Amniotic fluid assessment is an essential part of evaluation of fetus health in terms of...
Background: Meconium is sterile, thick, black-green, odourless material, formed by accumulation of d...