Uros turkulov biography of rory
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16S rDNA analysis of periodontal plaque in chronic obstructive pulmonary disease and periodontitispatients
PubMed Central
Wu, Xingwen; Chen, Jiazhen; Xu, Meng; Zhu, Danting; Wang, Xuyang; Chen, Yulin; Wu, Jing; Cui, Chenghao; Zhang, Wenhong; Yu, Liying
2017-01-01
ABSTRACT This study investigated if chronic obstructive pulmonary disease (COPD) fryst vatten correlated with periodontitis via periodontal microbiota and if certain bacteria affect periodontitis as well as COPD. Moreover, the study investigated whether suffering from COPD is associated with a decrease in the richness and diversity of periodontal microbiota. Subgingival plaque was obtained from 105 patients. Bacterial DNA was isolated from 55 COPD and 50 non-COPD participants (either with or without periodontitis). 16S rRNA gene metagenomic sequencing was used to characterize the microbiota and to determine taxonomic classification. In the non-periodontitispatients, suffering from COPD resulted in a decrease in bacteria richness
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Integration of Nurturing Care Framework for Early Childhood Development in the Care of HIV-Exposed Infants in Yaounde
Journal of Pediatrics and Neonatology | Volume 5, Issue 2 | Open Access
Felicitee Nguefack, Racheal Ngonde Wakouwa, Palma Haoua Abouame, Isabelle Mekone Nkwelle, Selangai Hélène Kamo, Haman Soureya, Félicie Cindy Dongmo Tsopfack, Mboringong Fanny Ngwafukwedi, Jeanette Epee, and Nelly Kamgaing
Journal of Medicine and Public Health | Volume 5, Issue 3 | Open Access
Osagie Joseph Aitokhuehi, Andrew Godwin Onokerhoraye, Job I. Eronmhonsele, Francisca I. Omorodion, Kuukua Cora-Marie Hanson, Ernest Omokhoa Imongan, Jones Ovuokerie Abriku, and Mercy Omuero Edejeghwro
International Journal of Pediatric Surgery | Volume 5, Issue 2 | Open Access
Ortiz Ramiro Jorge, Andrade Manso Macarena, Reusmann Aixa, Boglione Mariano Marcelo, Giuseppucci Carlos, Ruiz Javier, Pérez Espinosa Caro lina Maria, Canestrari Sol, Capparelli Mauro, Redondo Emi
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On aging and aged care in Serbia.
PubMed
Sevo, G; Davidovic, M; Erceg, P; Despotovic, N; Milosevic, D P; Tasic, M
2015-06-01
Serbia is a demographically old nation, with 17.4 % of its residents being aged 65 years and older in 2011. The previous two decades of turbulent history have significantly affected the demographic picture of this country, and their ramifications remain visible in Serbia's economic, political, cultural, and health spheres. Major demographic forces behind population aging in Serbia can be attributed to lower fertility rates, migrations, and declining mortality (reflecting improvements in overall health leading to a longer life expectancy). In Serbia, low fertility and migrations appear to play major roles, although the relative contribution of recent migrations cannot be measured with accuracy. Patterns of demographic aging vary considerably across different geographic, socioeconomic, and cultural settings. The common denominator throughout present day Ser