大葉大學圖書館 |

Genomic architecture of schizophrenia across diverse genetic isolates[electronic resource] :a study of dagestan populations /

紀錄類型:	書目-語言資料,印刷品 : Monograph/item
杜威分類號:	616.898042
書名/作者:	Genomic architecture of schizophrenia across diverse genetic isolates : a study of dagestan populations // by Kazima Bulayeva, Oleg Bulayev, Stephen Glatt.
作者:	Bulayeva, Kazima.
其他作者:	Bulayev, Oleg.
出版者:	Cham : : Springer International Publishing :, 2016.
面頁冊數:	xxviii, 142 p. : : ill., digital ;; 24 cm.
Contained By:	Springer eBooks
標題:	Schizophrenia - Genetic aspects.
標題:	Biomedicine.
標題:	Human Genetics.
標題:	Neurosciences.
ISBN:	9783319319643
ISBN:	9783319319629
內容註:	1 Current Problems of Complex Disease Genes Mapping -- 2 Descriptions and Methods of Study in Selected Genetic Isolates of Dagestan -- 3 Selection of Populations for Mapping Genes of Complex Diseases -- 4 Mapping Genes of Schizophrenia in Selected Dagestan Isolates -- 5 Common Structural Genomic Variants in Linked with SCZ Regions.
摘要、提要註:	This book presents a long-term study in genetic isolates of indigenous small ethnics of Dagestan, located in the North-East part of Caucasus in Russia. Dagestan is characterized by extreme cultural and linguistic differences in a small geographic area and contains 26 indigenous ethnic groups. According to archeological data these indigenous highland ethnics have been living in the same area for more than ten thousand years. Our long-term population-genetic study of Dagestan indigenous ethnic groups indicates their close relation to each other and suggests that they evolved from one common ancestral meta-population. Dagestan has an extremely high genetic diversity between ethnic populations and a low genetic diversity within them. Such genetic isolates are exceptional resources for the detection of susceptibility genes for complex diseases because of the reduction in genetic and clinical heterogeneity. The founder effect and gene drift in these primary isolates may have caused aggregation of specific haplotypes with limited numbers of pathogenic alleles and loci in some isolates relative to others. The book presents a study in four ethnically and demographically diverse genetic isolates with aggregation of schizophrenia that we ascertained within our Dagestan Genetic Heritage Research Project. The results obtained support the notion that mapping genes of any complex disease (e.g., schizophrenia) in demographically older genetic isolates may be more time and cost effective due to their high clinical and genetic homogeneity, in comparison with demographically younger isolates, especially with genetically heterogeneous outbred populations.
電子資源:	http://dx.doi.org/10.1007/978-3-319-31964-3

Genomic architecture of schizophrenia across diverse genetic isolates[electronic resource] :a study of dagestan populations /
Bulayeva, Kazima.

Genomic architecture of schizophrenia across diverse genetic isolatesa study of dagestan populations /[electronic resource] :by Kazima Bulayeva, Oleg Bulayev, Stephen Glatt. - Cham :Springer International Publishing :2016. - xxviii, 142 p. :ill., digital ;24 cm.

1 Current Problems of Complex Disease Genes Mapping -- 2 Descriptions and Methods of Study in Selected Genetic Isolates of Dagestan -- 3 Selection of Populations for Mapping Genes of Complex Diseases -- 4 Mapping Genes of Schizophrenia in Selected Dagestan Isolates -- 5 Common Structural Genomic Variants in Linked with SCZ Regions.

This book presents a long-term study in genetic isolates of indigenous small ethnics of Dagestan, located in the North-East part of Caucasus in Russia. Dagestan is characterized by extreme cultural and linguistic differences in a small geographic area and contains 26 indigenous ethnic groups. According to archeological data these indigenous highland ethnics have been living in the same area for more than ten thousand years. Our long-term population-genetic study of Dagestan indigenous ethnic groups indicates their close relation to each other and suggests that they evolved from one common ancestral meta-population. Dagestan has an extremely high genetic diversity between ethnic populations and a low genetic diversity within them. Such genetic isolates are exceptional resources for the detection of susceptibility genes for complex diseases because of the reduction in genetic and clinical heterogeneity. The founder effect and gene drift in these primary isolates may have caused aggregation of specific haplotypes with limited numbers of pathogenic alleles and loci in some isolates relative to others. The book presents a study in four ethnically and demographically diverse genetic isolates with aggregation of schizophrenia that we ascertained within our Dagestan Genetic Heritage Research Project. The results obtained support the notion that mapping genes of any complex disease (e.g., schizophrenia) in demographically older genetic isolates may be more time and cost effective due to their high clinical and genetic homogeneity, in comparison with demographically younger isolates, especially with genetically heterogeneous outbred populations.

ISBN: 9783319319643

Standard No.: 10.1007/978-3-319-31964-3doiSubjects--Topical Terms:

687036
Schizophrenia
--Genetic aspects.

LC Class. No.: RC514

Dewey Class. No.: 616.898042

Genomic architecture of schizophrenia across diverse genetic isolates[electronic resource] :a study of dagestan populations /
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520 $a This book presents a long-term study in genetic isolates of indigenous small ethnics of Dagestan, located in the North-East part of Caucasus in Russia. Dagestan is characterized by extreme cultural and linguistic differences in a small geographic area and contains 26 indigenous ethnic groups. According to archeological data these indigenous highland ethnics have been living in the same area for more than ten thousand years. Our long-term population-genetic study of Dagestan indigenous ethnic groups indicates their close relation to each other and suggests that they evolved from one common ancestral meta-population. Dagestan has an extremely high genetic diversity between ethnic populations and a low genetic diversity within them. Such genetic isolates are exceptional resources for the detection of susceptibility genes for complex diseases because of the reduction in genetic and clinical heterogeneity. The founder effect and gene drift in these primary isolates may have caused aggregation of specific haplotypes with limited numbers of pathogenic alleles and loci in some isolates relative to others. The book presents a study in four ethnically and demographically diverse genetic isolates with aggregation of schizophrenia that we ascertained within our Dagestan Genetic Heritage Research Project. The results obtained support the notion that mapping genes of any complex disease (e.g., schizophrenia) in demographically older genetic isolates may be more time and cost effective due to their high clinical and genetic homogeneity, in comparison with demographically younger isolates, especially with genetically heterogeneous outbred populations.
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