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Tolerance Data 2011 Greek !!LINK!! Free Download

Tolerance Data 2011 Greek !!LINK!! Free Download





 
 
 
 
 
 
 

Tolerance Data 2011 Greek Free Download

The findings were analysed by type of publication, i.e. peer reviewed articles or non-peer-reviewed articles (abstracts, books, congresses, and newsletters). Only articles that provided original data were selected (including case reports), as this is the only reliable way to obtain the most accurate results. Due to the low number of available studies, non-peer reviewed data were analysed in greater detail to obtain information on the place of residence of the patients, the geographical distribution of published studies, the type of disease/etiology, the number and type of treatments, and the age range and gender of the patients.

To perform a meta-analysis of the data obtained, all the patients included in the studies were divided into two groups: one group comprising patients diagnosed with CD and the other comprising patients diagnosed with any other disease or disease that did not affect the small intestine. In a subgroup analysis of the different original studies, it was possible to analyse the responses to a GFD in terms of different types of diagnoses, for example, patients with CD only, those with CD and other pathologies, or those with both CD and other pathologies. The main focus of this analysis was on CD only because the other subgroup of patients included patients with other pathologies (e.g., hepatitis, sprue, ulcerative colitis, and other diseases that affect the small intestine).

Opposite their growing in the Mediterranean Sea, the Mediterranean Sea-salmon species can be regarded as a refuge for exploited species. In addition, genetic erosion could occur in wild populations due to human activity (and notably to the introduction of other species) over the last few centuries [ 13 ]. It is therefore crucial to analyze and assess genetic erosion effects in wild populations. The aim of this study was to analyze Y chromosome markers polymorphisms associated with the Mediterranean Sea-salmon species throughout the Levantine Basin. Analyses were performed on 50 specimens of yellow and Bekaa River samples from which 75 mtDNA and 12 Y chromosome variable number of tandem repeat (VNTR) loci were analyzed. According to the haplotype and gene diversity values, the VNTR loci were classified into 3 genetic groups: (1) clade I defined by U2-M2 (96 %), U2-M4 (92 %) and F6-I (96 %); (2) clade II defined by U2a-M7 (90 %), U2b-M7 (94 %), U2-M4 (88 %), U2-M1 (90 %) and U2-M1 (94 %); (3) clade III defined by U2-M2 (86 %), U3-M7 (94 %) and F6-I (96 %). Despite the low level of genetic diversity found in the studied area, results revealed a good-to-very good genetic relationship among all the studied samples. Moreover, the data suggested an allochthonous origin of the Mediterranean Sea-salmon species, a hypothesis which is supported by the analysis of the genetic structure of the study species.

The findings were analysed by type of publication, i.e. peer reviewed articles or non-peer-reviewed articles (abstracts, books, congresses, and newsletters). Only articles that provided original data were selected (including case reports), as this is the only reliable way to obtain the most accurate results. Due to the low number of available studies, non-peer reviewed data were analysed in greater detail to obtain information on the place of residence of the patients, the geographical distribution of published studies, the type of disease/etiology, the number and type of treatments, and the age range and gender of the patients.
To perform a meta-analysis of the data obtained, all the patients included in the studies were divided into two groups: one group comprising patients diagnosed with CD and the other comprising patients diagnosed with any other disease or disease that did not affect the small intestine. In a subgroup analysis of the different original studies, it was possible to analyse the responses to a GFD in terms of different types of diagnoses, for example, patients with CD only, those with CD and other pathologies, or those with both CD and other pathologies. The main focus of this analysis was on CD only because the other subgroup of patients included patients with other pathologies (e.g., hepatitis, sprue, ulcerative colitis, and other diseases that affect the small intestine).
Opposite their growing in the Mediterranean Sea, the Mediterranean Sea-salmon species can be regarded as a refuge for exploited species. In addition, genetic erosion could occur in wild populations due to human activity (and notably to the introduction of other species) over the last few centuries [ 13 ]. It is therefore crucial to analyze and assess genetic erosion effects in wild populations. The aim of this study was to analyze Y chromosome markers polymorphisms associated with the Mediterranean Sea-salmon species throughout the Levantine Basin. Analyses were performed on 50 specimens of yellow and Bekaa River samples from which 75 mtDNA and 12 Y chromosome variable number of tandem repeat (VNTR) loci were analyzed. According to the haplotype and gene diversity values, the VNTR loci were classified into 3 genetic groups: (1) clade I defined by U2-M2 (96 %), U2-M4 (92 %) and F6-I (96 %); (2) clade II defined by U2a-M7 (90 %), U2b-M7 (94 %), U2-M4 (88 %), U2-M1 (90 %) and U2-M1 (94 %); (3) clade III defined by U2-M2 (86 %), U3-M7 (94 %) and F6-I (96 %). Despite the low level of genetic diversity found in the studied area, results revealed a good-to-very good genetic relationship among all the studied samples. Moreover, the data suggested an allochthonous origin of the Mediterranean Sea-salmon species, a hypothesis which is supported by the analysis of the genetic structure of the study species.
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