They state «Our results who that there is a close relationship
between the Apgar score and neonatal viability prognosis and while there is no guarantee that all those pups showing a good Apgar score will automatically survive, it seems clear that the puppies with high Apgar scores are more likely to survive.»
The researchers point out, however, that it was an observational study and that no definite conclusions about causality
between Apgar score and the risk of neurological morbidity in babies can be drawn.
Not exact matches
In recent well - designed studies that captured planned place of birth andused better sources of data, there were no differences in 5 - minute
Apgar scores
between home and hospital settings (Hutton et al, 2009; Janssen et al, 2009; van der Kooy et al, 2011).
These studies show little difference
between epidural and nonepidural (usually opiate - exposed) babies in terms of
Apgar score and umbilical - cord pH, both of which reflect the baby's condition at birth.78 However, a large - population survey from Sweden found that use of an epidural was significantly associated with a low
Apgar score at birth.79
The study claims that babies who had a high
Apgar score were likely to have lower ADHD risk, whereas those babies who has a lower score of
between one and four, were seen to have a 75 % higher risk of developing ADHD.
There were no differences
between groups for fetal loss equal to / after 24 weeks and neonatal death, induction of labour, antenatal hospitalisation, antepartum haemorrhage, augmentation / artificial oxytocin during labour, opiate analgesia, perineal laceration requiring suturing, postpartum haemorrhage, breastfeeding initiation, low birthweight infant, five - minute
Apgar score less than or equal to seven, neonatal convulsions, admission of infant to special care or neonatal intensive care unit (s) or in mean length of neonatal hospital stay (days).
We observed no significant differences
between the home - birth group and either comparison group with respect to a 5 - minute
Apgar score of less than 7, a diagnosis of asphyxia at birth, seizures, or the need for assisted ventilation beyond the first 24 hours of life.
The researchers identified children diagnosed with CP or epilepsy before the age of 16 in various national registers using diagnostic codes and then calculated the risk of CP and epilepsy for every
Apgar level at five and ten minutes after birth and in relation to changes in
Apgar score
between ten and five minutes.
It is well known that a low
Apgar score of
between 0 and 6 points at one or five minutes after birth is linked to a higher risk of cerebral palsy (CP) and epilepsy, and that a very low score of
between 0 and 3 points at ten minutes indicates a significantly higher risk of CP.