49%) and pain (0.47%). Conclusions There is a lack of high quality studies in children. Turbinate surgery in children is a safe technique with low complication rates. The available evidence suggests improvement in subjective outcomes after turbinate surgery in children. We cannot make a formal recommendation of a surgical technique in children given the lack of high quality studies, and since comparison between available papers is not possible. Although the evidence at our disposal is weak, it suggests that the safest techniques are MAIT, radiofrequency, coblation and laser.Bronchopulmonary dysplasia (BPD) is a common and serious complication of preterm birth. Limited pharmacological and other medical interventions are currently available for the management of severely affected, very preterm infants. BPD can be modelled in preclinical studies using experimental animals, and experimental animal models have been extremely valuable in the development of hallmark clinical management strategies for BPD, including pulmonary surfactant replacement and single-course antenatal corticosteroids. A gradual move away from large animal models of BPD in favor of term-born rodents has facilitated the identification of a multitude of new mechanisms of normal and stunted lung development, but this has also potentially limited the utility of experimental animal models for the identification of pathogenic pathways and putative disease management targets in BPD. Indeed, more recent pharmacological interventions for the management of BPD that have been validated in randomized controlled trials have relied very little on preclinical data generated in experimental animal models. While rodent-based models of BPD have tremendous advantages in terms of the availability of genetic tools, they also have considerable drawbacks, including limited utility for studying breathing mechanics, gas exchange, and pulmonary hemodynamics; and they have a less relevant clinical context where lung prematurity and a background of infection are now rarely present in the pathophysiology under study. There is a pressing need to refine existing models to better recapitulate pathological processes at play in affected infants, in order to better evaluate new candidate pharmacological and other interventions for the management of BPD.Most epidemiological studies of disease aetiology do not consider potential risk factors at work. This may be because work is a complex exposure people usually have a series of different jobs over their working lifetime; within each job there may be a range of different tasks; and there may be a variety of exposures in each job. Because of this complexity, many epidemiologists do not have the expertise or training to assess occupational exposures accurately. Our web-based application, OccIDEAS, manages the process of occupational agent assessment in epidemiological studies. The epidemiologist chooses the agents of interest for the study and OccIDEAS provides an online set of questionnaires that are tailored to those agents. mTOR inhibitor The participant is asked specific questions about their job and evidence-based algorithms provide an assessment of exposure to each agent. OccIDEAS puts the world’s best occupational epidemiological expertise within reach of any researcher.This article recounts a teaching method employed in a mental health module delivered in Ireland to international nursing students. In it the authors propose that there is a place for innovative teaching methods which combine active learning, dialogue, hard-fun and metacognition to stimulate student engagement and rich learning. We discuss an innovation ‘Movie-shoot’ which incorporated role-play with an analytical commentary by a Greek Chorus of nursing students. We argue this flexible teaching method enhanced active and rich learning, critical reflection and engagement and may be appropriate for use in nursing education.The purpose of this research was to explore various allometric scaling models for dietary nutrients to improve translational validity between preclinical experimental rodent models and humans, focusing on polyunsaturated fats. Currently, there is no authoritative document that provides standardized guidelines for which dietary designs can be based on to improve translational fidelity between species. This paper reviews the challenges of using a rodent model, the major allometric scaling models, the use of these mathematical models to extrapolate human equivalent doses, and then tests one of these models using data generated in mice, with comparisons of data generated in human clinical trials. Mice were fed diets containing micro- and macronutrient compositions that approximated the US diet based on energy distribution and were then supplemented with increasing levels of various n-3 and n-6 polyunsaturated fatty acids at human equivalent doses. Changes in plasma and erythrocyte fatty acid phospholipid compositions were determined and compared to corresponding data generated in humans. Our findings suggest that basing lipid composition on percent of energy may result in comparable outcomes between mice and humans and that extrapolation of non-energy producing nutrients between species might be done using differences in energy needs (based on food intake).Background Several strategies have been proposed to determine onset of puberty without examination by a trained professional. This study sought to evaluate a novel approach to determine onset of puberty in girls. Methods This study utilized the Cincinnati cohort of the Breast Cancer and the Environment Research Program. Girls were recruited at 6-7 years of age and followed every six months in the initial six years, and annually thereafter. Breast maturation and foot length were performed at each visit by health professionals certified in those methods. Mothers were asked to provide the age that they believed their daughter’s shoe size increased more rapidly. Results These analyses include 252 participants. Age at increase in shoe size was correlated to age at onset of puberty (r=.21) and increase in foot length (r=.24). The difference of reported age of increased shoe size was 0.46 years before breast development. Conclusions Reported increase in shoe size occurred somewhat earlier and was significantly correlated to age of breast development.