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Accelerated global warming is predicted by the Intergovernmental Panel on Climatic Change (IPCC) due to increasing anthropogenic greenhouse gas emissions. The climate changes are anticipated to have a long-term impact on human health, marine and terrestrial ecosystems, water resources and vegetation. Due to rising sea levels, low lying coastal regions will be flooded, farmlands will be threatened and scarcity of fresh water resources will be aggravated. This will in turn cause increased human suffering in different parts of the world. Spread of disease vectors will contribute towards high mortality, along with the heat related deaths. Arid and hot climatic regions will face devastating effects risking survival of the fragile plant species, wild animals, and other desert ecosystems. The paper presents future changes in temperature, precipitation and humidity and their direct and indirect potential impacts on human health in the coastal regions of the Gulf countries including Yemen, Oman, United Arab Emirates, Qatar, and Bahrain. The analysis is based on the long-term changes in the values of temperature, precipitation and humidity as predicted by the global climatic simulation models under different scenarios of GHG emission levels. Monthly data on temperature, precipitation, and humidity were retrieved from IPCC databases for longitude 41.25 degrees E to 61.875 degrees E and latitude 9.278 degrees N to 27.833 degrees N. Using an average of 1970 to 2000 values as baseline, the changes in the humidity, temperature and precipitation were predicted for the period 2020 to 2050 and 2070 to 2099. Based on epidemiological studies on various diseases associated with the change in temperature, humidity and precipitation in arid and hot regions, empirical models were developed to assess human health risk in the Gulf region to predict elevated levels of diseases and mortality rates under different emission scenarios as developed by the IPCC.The preliminary assessment indicates increased mortality rates due to cardiovascular and respiratory illnesses, thermal stress, and increased frequency of infectious vector borne diseases in the region between 2070 and 2099.

We present a case report of a successful pregnancy outcome in a woman diagnosed with Ehlers–Danlos syndrome (EDS) hypermobility type or type III. EDS is a group of connective tissue disorders that has a common genotypic defect, but heterogeneous phenotypic presentations. The variation in EDS manifestations can result in moderate to severe effects on life-expectancy for some types. A number of studies and a review of the literature indicate that generally in pregnant women with EDS, maternal and neonatal outcomes are favourable. However, in EDS type IV, pregnancy can be associated with serious maternal complications. Therefore, obstetrical management should be individualized. This paper discusses the obstetric management of a patient with EDS hypermobility type and compares it to other studies in the literature.

Key content Polyhydramnios is a common obstetric condition, but its management can often be challenging. Mild polyhydramnios resolves frequently and is not usually associated with adverse perinatal outcomes. There is a higher prevalence of aneuploidy (10–20%) in severe polyhydramnios. Unexplained polyhydramnios has been associated with increased rates of perinatal morbidity and mortality. Learning objectives To gain an overview of the aetiology and investigations for polyhydramnios in singleton pregnancies. To understand the implications of mild and unexplained polyhydramnios for both mother and fetus. To develop an evidence-based approach for managing this condition and provide a surveillance strategy. Ethical issues Can we justify the benefits of early induction in unexplained polyhydramnios in the face of associated risks?

This paper describes the diagnostic difficulties in a patient who presented with massive puerperal spontaneous onset retroperitoneal Psoas muscle haematoma following normal vaginal delivery. Fortun...