Publications by authors named "P Promod"

Background: Fatigue Avoidance Scheduling Tool (FAST) is a computerized fatigue prevention tool, which was developed based on a Bio-mathematical model called SAPTE (Sleep, Activity, Performance and Task Effectiveness). Similarly, actigraphy technology is used as a tool for sleep evaluation. This study was an attempt to assess the employability of FAST (both independently and integrated with actigraphy) for detecting operational fatigue by determining the 'Measures for diagnostic accuracy'.

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The main objective of this study was to evaluate whether the 2016 Brexit referendum has contributed to an increase in maxillofacial injuries specifically targeted against ethnic minority groups in the district of North London. The secondary objectives were to identify the most common types of injuries following the assaults and the number of patients admitted to hospital. A total of 1,391 people was assaulted between 1 January 2014 and 31 December 2018.

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Objectives: To establish the incidence of obstetric neonatal brachial plexus and facial nerve injuries in a tertiary maternity hospital in the United Kingdom and to identify associated risk factors with an emphasis on the time of delivery.

Study Design: From our hospital electronic data bases we identified all live births born between 2000 and 2016 and those neonates who sustained a nerve injury during delivery. We performed a logistic regression analysis linking "facial nerve injury" and "brachial plexus injury" with variables for which we had complete cohort data including "breech", "gestation", "sex", "birthweight", "day of week", "time of delivery", "method of delivery", "singleton/multiple deliveries" and "number of deliveries per day".

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We aimed to identify the incidence and types of neonatal birth fractures in a single tertiary maternity hospital in the United Kingdom and to find possible associated factors, including all live births born between 2000 and 2016. We reviewed hospital records and imaging of all neonates who had any imaging done to identify birth fractures. We identified 87,461 consecutive live births.

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