The decision-to-delivery interval in emergency Caesarean sections and its correlation with perinatal outcome: evidence from 204 deliveries in a developing country

The international standard decision-to-delivery interval (DDI) for emergency Caesarean sections (CSs) is ≤ 30 minutes but there is little evidence to support this recommendation. The aim of this study was to evaluate DDI for emergency CS and its relationship to perinatal outcome. We undertook a prospective observational study of consecutive cases of emergency CS. Perinatal outcomes were recorded as: Apgar score; neonates requiring admission; and perinatal deaths. The relation between DDI and perinatal outcome was analysed using chi-square and one way analysis of variance (ANOVA). Of 204 pregnancies observed, 19% of deliveries were achieved in ≤ 30 minutes. The mean DDI was 42.5 ± 19.4 minutes. There was no difference between the perinatal outcome for babies with DDI of ≤ 30 versus 31-60 minutes. There was a significantly higher risk of poor perinatal outcome for babies with DDI > 60 minutes. The perinatal outcome between DDI of ≤ 30 and 31-60 minutes was statistically not different. However, the ≤ 30 minutes DDI should remain the gold standard.     

Late-onset intermittent fasting dietary restriction as a potential intervention to retard age-associated brain function impairments in male rats

Lifelong dietary restriction (DR) is known to have many potential beneficial effects on brain function as well as delaying the onset of neurological diseases. In the present investigation, the effect of late-onset short-term intermittent fasting dietary restriction (IF-DR) regimen was studied on motor coordination and cognitive ability of ageing male rats. These animals were further used to estimate protein carbonyl content and mitochondrial complex I-IV activity in different regions of brain and peripheral organs, and the degree of age-related impairment and reversion by late-onset short-term IF-DR was compared with their levels in 3-month-old young rats. The results of improvement in motor coordination by rotarod test and cognitive skills by Morris water maze in IF-DR rats were found to be positively correlated with the decline in the oxidative molecular damage to proteins and enhanced mitochondrial complex IV activity in different regions of ageing brain as well as peripheral organs. The work was further extended to study the expression of synaptic plasticity-related proteins, such as synaptophysin, calcineurin and CaM kinase II to explore the molecular basis of IF-DR regimen to improve cognitive function. These results suggest that even late-onset short-term IF-DR regimen have the potential to retard age-associated detrimental effects, such as cognitive and motor performance as well as oxidative molecular damage to proteins.     

Cortical Tibial Bone Graft for Nasal Augmentation

Background

This study sought to determine the efficacy of cortical tibial bone graft for nasal augmentation. Nine cases of augmentation rhinoplasty with cortical tibial bone graft are presented.

Methods

This prospective study evaluated the postoperative results of nine patients who underwent augmentation rhinoplasty using cortical tibial bone graft. There were six males and three females aged between 21 and 36 years (mean age 29). All the nine cases were treated through closed rhinoplasty incisions.

Results

Nine patients were operated on and the average follow up was 18 months. The results were favorable. The aesthetic results were gratifying; with good nasal projection in every case without any significant postoperative effects or complications requiring surgery were noted during the follow up.

Conclusion

The findings of this study support the use of cortical tibial bone graft for nasal augmentation although further studies with more sample size are required.