Search

Objective  Therapeutic hypothermia (TH) is currently the only effective therapy available to improve outcomes in neonates with hypoxic-ischemic encephalopathy (HIE) and has maximal effect when initiated within 6 hours of birth. Neonates affected by HIE are commonly born outside of cooling centers and transport is a barrier to timely initiation. In this study, we sought to determine if the initiation of servo-controlled TH in transport allowed neonates to reach target temperature earlier, without a significant delay in the transfer process, for both local and long-distance transport. Study Design  In this single-center cohort study of neonates referred to a level IV neonatal intensive care unit for TH, we determined the chronologic age at which target temperature was reached for those cooled in transport. Short-term outcome measures were assessed, including survival, incidence of electrographic seizures, discharge feeding method, and length of hospitalization. Results  In a study population of 85 neonates, those receiving TH during transport (n  = 23), achieved target temperature (33–34°C) 77 minutes sooner (230 ± 71 vs. 307 ± 79 minutes of life (MOL); p  < 0.001). Locally transported neonates (<15 miles) achieved target temperature 69 minutes earlier (215 ± 48 vs. 284 ± 74 MOL; p  < 0.01). TH during long-distance transports allowed neonates to reach target temperature 81 minutes sooner (213 ± 85 vs. 294 ± 79 MOL; p  < 0.01). Infants who were cooled in transport discharged 4 days earlier (13.7 ± 8 vs. 17.8 ± 13 days; p  = 0.18) and showed a significantly higher rate of oral feeding at discharge (95 vs. 71%; p  = 0.03). Conclusion  For those starting TH in transport, time to target temperature was decreased. In our cohort, cooling in transport was associated with improved short-term outcomes, although additional studies are needed to correlate these findings with long-term outcomes. Key Points Therapeutic hypothermia started during transport allows shorter time to target temperature. Transfer was minimally delayed by starting cooling in transport. Cooling in transport was associated with increased rate of oral feeding at hospital discharge. [ABSTRACT FROM AUTHOR]

Background Since the UK Abortion Act (1967), women have travelled from Ireland to the UK for legal abortion. In 2011 >4000 women did so. Knowledge and attitudes of medical students towards abortion have been published, however, this is the first such report from Ireland. Objective To investigate medical students' attitudes towards abortion in Ireland. Methods All medical students at the University of Limerick, and physicians who graduated from the university within the previous 12 months, were invited via email to complete an anonymous online survey. The questionnaire comprised 17 questions. Quantitative and qualitative analyses were performed. Results Response rate was 45% (n=169; 55% women; 88.2% <30 years of age; 66.7% Irish; 29.2% North American). Outcomes were: abortion should not be legally available (7.1%), abortion should be allowed in limited circumstances only (35.5%), abortion should be legally available upon request (55%). 72.8% of respondents were moderately/strongly prochoice (74% of women/71% of men/72% and 76% of Irish and North American respondents, respectively). Students aged >30 years were less likely to be prochoice (55%). While 95.2% believed that education on abortion should be offered within medical school curricula, 28.8% stated that they would decline to terminate pregnancies even if legally permitted. While 58.8% indicated that they might perform legal abortions once qualified, 25.7% would do so under limited circumstances only. Conclusions The majority of participants wanted education regarding abortion. Despite being predominantly prochoice, considerably fewer students, irrespective of nationality, indicated that they would perform abortions. [ABSTRACT FROM AUTHOR]

Abstract: The purpose of this study was to assess the relationship of the fat free mass index (FFMI), an indicator of sarcopenia in older adults, to anthropometric, gait, balance, and strength measures. We hypothesized that strength, balance, and mobility measures will correlate, and could be used to predict FFMI in older adults. Thirty-three older adults (81.5±7.9 years) participated. Fat free mass (FFM) was measured using Air-Displacement Plethysmography (ADP). Anthropometric measures, maximum handgrip (MG) and quadriceps strength were quantified. Clinical tests included the Berg Balance Scale (BBS), Dynamic Gait Index (DGI), and the Timed-up and Go (TUG) test. Finally, variability measures in gait and balance were calculated. Means, standard deviations (SD), correlations and multiple linear regression statistical analyses were then performed using functional predictor variables for FFMI. In total, 54.5% males and 36.3% females in our population were classified sarcopenic. FFMI correlated only to waist circumference (Total population (Pop), R 2 =0.649 p <0.01; Sarcopenics (Sarc), R 2 =0.636, p <0.05) and maximum grip strength (Pop, R 2 =0.633, p <0.01; Sarc, R 2 =0.771, p <0.01), nullifying our hypothesis. Multiple linear regression analyses revealed waist circumference, maximum handgrip strength, greater variability of time spent in double support, and anterior–posterior balance variability predicted 70.7% of the variance within the population. Results demonstrate a successful predictor model for FFMI based on a combination of strength, circumference and gait/balance variance measures. The ability to predict FFMI based on these variables will facilitate the diagnosis of sarcopenia in older adults. [Copyright &y& Elsevier]

The mammalian antiviral response relies on the alteration of cellular gene expression, to induce the production of antiviral effectors and regulate their activities. Recent research has indicated that virus infections can induce the accumulation of cellular microRNA (miRNA) species that influence the stability of host mRNAs and their protein products. To determine the potential for miRNA regulation of cellular responses to influenza A virus infection, small RNA profiling was carried out using next generation sequencing. Comparison of miRNA expression profiles in uninfected human A549 cells to cells infected with influenza A virus strains A/Udorn/72 and A/WSN/33, revealed virus-induced changes in miRNA abundance. Gene expression analysis identified mRNA targets for a cohort of highly inducible miRNAs linked to diverse cellular functions. Experiments demonstrate that the histone deacetylase, HDAC1, can be regulated by influenza-inducible miR-449b, resulting in altered mRNA and protein levels. Expression of miR-449b enhances virus and poly(I:C) activation of the IFNβ promoter, a process known to be negatively regulated by HDAC1. These findings demonstrate miRNA induction by influenza A virus infection and elucidate an example of miRNA control of antiviral gene expression in human cells, defining a role for miR-449b in regulation of HDAC1 and antiviral cytokine signaling. [ABSTRACT FROM AUTHOR]