No abstract

Background Aim: Many Syrian civil war refugees are housed in carefully designed camps, however 60% of all refugees in host countries reside outside of specifically designated camps. Turkey hosts the largest number of refugees displaced in the civil war of Syria. In the present study, we aimed to illustrate healthcare services provided to Syrian refugees in Turkey. Method: Data presented in this retrospective observational registry study was obtained from multiple sources including official websites and written communications contributed by Turkish Disaster and Emergency Management Agency(AFAD), Turkish Ministry of Health and Turkish Red Crescent as well as the United Nations High Commissioner for Refugees(UNHCR). The number of refugee camps, total number of refugees housed in these camps, the demographic characteristics of the refugees and a breakdown of social and healthcare services provided in the camps including the number of healthcare professionals serving in the refugee camps were analyzed. Results: According to data from UNHCR as of January 12, 2017, there are 4,904,021 registered refugees from Syria of which 2,854,968 (58.2%) are residing in Turkey. Organized health care services specifically for Syrian refugees in Turkey was first established in April 29, 2011 in Hatay. Preventative health services are also provided for Syrian refugees. Among refugees living in the camps 25% and 33% were not vaccinated for polio and measles respectively. The percentage of unvaccinated refugees living outside the camps were even higher for these viruses (45% for polio and 41% for measles). This poses a public health threat for the population where these refugees reside. Conclusion: One of the major concerns for countries hosting refugees from Syria is the introduction of infectious diseases. Of the major deficiencies in refugee health care has been preventative services. Within refugee camps, preventative services for pregnant woman, newborns and young children as well as family planning services are not at optimal levels. These services are even more restricted for refugees living outside of established camps. There have also been shortcomings in the care of the elderly and those with chronic health problems.

While circulating ADMA is higher, NO is lower in COPD and both show a strong correlation to the degree of airflow limitation. ADMA seems to be a possible new marker of prognosis of COPD and can be a novel therapeutic target for the treatment of COPD.

Background/aim: This study aimed to evaluate traumatic thorax complications in post-CPR patients and to investigate whether or not there has been a decrease in these complications since the adoption of current chest compression recommendations. Materials and methods: Post-CPR patients with return of spontaneous circulation (ROSC) were admitted between January 2014 and January 2016 were analyzed retrospectively. Patients admitted to the ED in 2014 were resuscitated according to 2010 AHA CPR guidelines, while those admitted to the ED in 2015 were resuscitated according to current ERC CPR guidelines. Results: The study population comprised 48 male and 35 female patients. Of the 2010 AHA guideline patients, 39.21% experienced pulmonary contusion, while 54.83% of 2015 ERC guideline patients had pulmonary contusion. It was found that 11.76% of 2010 AHA guideline patients and 3.22% of 2015 ERC guideline patients had pneumothorax, while 9.8% of 2010 AHA guideline patients and 12.9% of 2015 ERC guideline patients experienced hemothorax. Incidence rates of lung contusion, pneumothorax, and hemothorax were higher in patients with rib fractures. Conclusion: In this study, traumatic thoracic complications were investigated in patients with ROSC after CPR. The incidence of CRP-related injuries did not decrease on application of the new 2015 ERC CPR guideline recommendations. The most common injury in this study was rib fracture, followed by sternal fracture, lung contusion, hemothorax, and pneumothorax. Statistically, rib fracture had a positive relationship with lung contusion, hemothorax, and pneumothorax.