NSTL国家科技图书文献中心

1. Convergent Gene Duplication in Arctic and Antarctic Teleost Fishes NSTL国家科技图书文献中心

Nishiguchi, Tomoya | Ishikawa, Asano - 《Zoological Science》 - 2025,42(1) - 15～15 - 共1页 - 被引量：1

摘要： understanding the role of gene* duplication in polar* | temperatures. Although increased gene* copy numbers can* | Teleost fishes have independently colonized | polar regions multiple times, facing many | physiological and biochemical challenges due to frigid

关键词： teleost fishes | polar fishes | antifreeze | zona pellucida | gene duplication | convergent evolution | phylogenetic comparative methods

2. Gene Duplication and Alternative Splicing as Evolutionary Drivers of Proteome Specialization NSTL国家科技图书文献中心

Mantica, Federica | Irimia, Manuel - 《BioEssays》 - 2025,47(5) - e202400202～e202400202 - 共13页

摘要：? This can be achieved through gene* duplication and the* | conserved gene* families with ancestrally ubiquitous* | Animals comprise hundreds of cell types, each | with specialized biological functions. However, many | genes expressed in each cell type belong to widely

关键词： alternative splicing | expression specialization | evolutionary constraints | gene duplication | gene expression | protein function

3. Evolution of the Complex Growth Hormone Gene Cluster in Macaques NSTL国家科技图书文献中心

Wallis, Michael - 《Endocrinology》 - 2025,166(5) - bqaf056～bqaf056 - 共12页 - 被引量：1

摘要：-like genes, resulting from gene* duplication and* | evolution of macaques, by gene* duplication and divergent* | GH gene* locus is complex, comprising several GH* | . There are 5 genes in this GH gene* cluster in human and* | the GH gene* cluster in this species is variable*

关键词： growth hormone locus | gene cluster | macaque | placental lactogen | molecular evolution | gene duplication

4. Repeat duplication and divergence in the linusorb-related gene family in flax (Linum usitatissimum ) NSTL国家科技图书文献中心

Song, Ziliang | Sharbel, Timothy F.... - 《Food Bioscience》 - 2025,68 - 共14页

摘要： linusorb-related genes by first verifying the gene | within a gene* and across paralogous genes. Similarity* | duplication that differ in the number of repeats as a | duplication unit. Most of the across-paralogue repeat pairs | diverged independently in gene* paralogues. Two modes of*

关键词： Repeat | Misassembly | Duplication | Divergence | Linusorb | Flax

5. Lineage-specific duplication and functional diversification of DOPA-decarboxylase genes in the Gryllidae family, as revealed in Gryllus bimaculatus NSTL国家科技图书文献中心

Inoue, Shintaro | Fujie, Kai ... - 《Insect Biochemistry and Molecular Biology》 - 2025,177 - 共12页

摘要：The DOPA-decarboxylase (DDC) gene* is crucial* | on the tandem duplication* of two bona fide ddc* | evolutionary duplication. Overall, Gb'ddc1 and Gb'ddc2 have | for dopamine synthesis and influences various | biological functions in insects, including body coloration

关键词： Cricket | DOPA-decarboxylase | Dopamine | Pigmentation | Gene duplication | Fertility

6. Integrated analysis of Populus deltoides PR1 genes uncovered a PdePR1 as a defense marker against foliar rust NSTL国家科技图书文献中心

Wei, Suyun | Zheng, Baoyu ... - 《Plant Physiology and Biochemistry》 - 2025,222 - 共14页

摘要： braunii, with lineagespecific expansions driven by gene | duplication. Evolutionary analyses revealed strong purifying | identified PdePR1_10 as a key marker gene* for defense* | Pathogenesis-related protein 1 (PR1), a | hallmark of plant disease resistance, plays pivotal roles

关键词： Pathogenesis-related protein 1 | Poplar leaf rust | Gene duplication | PR1 promoter and regulatory elements | Transgenic poplar

7. The De Novo Emergence of Two Brain Genes in the Human Lineage Appears to be Unsupported NSTL国家科技图书文献中心

Bozorgmehr, Joseph H... - 《Journal of Molecular Evolution》 - 2025,93(1) - 3～10 - 共8页

摘要： identified a decisive role for duplication, and | Recently, certain studies have claimed that | cognitive features and pathologies unique to humans can be | traced to certain changes in the nervous system. These | are caused by genes that have likely evolved "from

关键词： De novo origination | Neurogenesis | Transgenesis | Gene duplication

8. Tandemly duplicated Rubisco activase genes of cereals show differential evolution and response to heat stress NSTL国家科技图书文献中心

Nagarajan, Ragupathi | Kahlon, Kaviraj Sing...... - 《Plant Molecular Biology》 - 2025,115(1) - 共16页

摘要： genes identified a tandem duplication* event in the* | -terminal extension domain. Gene* specific expression* | has only one functional gene* as the second copy* | inducible copy of the gene. The conserved RCA copy of | reporting a grass family-specific tandem duplication* event*

关键词： Rubisco activase | Cereal crops | Gene duplication | Heat stress | Photosynthesis | Molecular evolution | Regulation of gene expression

9. Genome-wide identification, evolution, and expression analysis of RNA-binding glycine-rich protein family in Ammopiptanthus nanus NSTL国家科技图书文献中心

Liu, Mengyi | Dong, Kuo ... - 《South African Journal of Botany》 - 2025,179 - 432～442 - 共11页

摘要： abiotic stress resistance. However, the GRP gene* family* | systematically studied. In this study,19 AnRB-GRP gene* family* | undergone tandem duplication, which were clustered on | used to analyze the isogenic gene* pairs of the AnRB* | -GRP gene* family between A. nanus and three other*

关键词： Ammopiptanthus nanus | Glycine-rich RNA-binding proteins (GRPs) | Gene duplication | Abiotic stress | Gene expression

10. Evolutional, expressional and functional analysis of WRKY gene family reveals that PbeWRKY16 and PbeWRKY31 contribute to the Valsa canker resistance in Pyrus betulifolia NSTL国家科技图书文献中心

Du, Chenglong | Yu, Hongqiang ... - 《Plant Physiology and Biochemistry》 - 2025,222 - 共14页

摘要： originated based from whole genome duplication* (WGD). Cis* | Weighted Gene* Co-expression Network Analysis (WGCNA), 9* | understanding the evolutionary mechanisms of the WRKY gene | The WRKY transcription factor family plays a | crucial role in regulating plant growth and stress

摘要： understanding the role of gene* duplication in polar* | temperatures. Although increased gene* copy numbers can* | Teleost fishes have independently colonized | polar regions multiple times, facing many | physiological and biochemical challenges due to frigid

关键词： teleost fishes | polar fishes | antifreeze | zona pellucida | gene duplication | convergent evolution | phylogenetic comparative methods

摘要：? This can be achieved through gene* duplication and the* | conserved gene* families with ancestrally ubiquitous* | Animals comprise hundreds of cell types, each | with specialized biological functions. However, many | genes expressed in each cell type belong to widely

关键词： alternative splicing | expression specialization | evolutionary constraints | gene duplication | gene expression | protein function

摘要：-like genes, resulting from gene* duplication and* | evolution of macaques, by gene* duplication and divergent* | GH gene* locus is complex, comprising several GH* | . There are 5 genes in this GH gene* cluster in human and* | the GH gene* cluster in this species is variable*

关键词： growth hormone locus | gene cluster | macaque | placental lactogen | molecular evolution | gene duplication

摘要： linusorb-related genes by first verifying the gene | within a gene* and across paralogous genes. Similarity* | duplication that differ in the number of repeats as a | duplication unit. Most of the across-paralogue repeat pairs | diverged independently in gene* paralogues. Two modes of*

关键词： Repeat | Misassembly | Duplication | Divergence | Linusorb | Flax

摘要：The DOPA-decarboxylase (DDC) gene* is crucial* | on the tandem duplication* of two bona fide ddc* | evolutionary duplication. Overall, Gb'ddc1 and Gb'ddc2 have | for dopamine synthesis and influences various | biological functions in insects, including body coloration

关键词： Cricket | DOPA-decarboxylase | Dopamine | Pigmentation | Gene duplication | Fertility

摘要： braunii, with lineagespecific expansions driven by gene | duplication. Evolutionary analyses revealed strong purifying | identified PdePR1_10 as a key marker gene* for defense* | Pathogenesis-related protein 1 (PR1), a | hallmark of plant disease resistance, plays pivotal roles

关键词： Pathogenesis-related protein 1 | Poplar leaf rust | Gene duplication | PR1 promoter and regulatory elements | Transgenic poplar

摘要： identified a decisive role for duplication, and | Recently, certain studies have claimed that | cognitive features and pathologies unique to humans can be | traced to certain changes in the nervous system. These | are caused by genes that have likely evolved "from

关键词： De novo origination | Neurogenesis | Transgenesis | Gene duplication

摘要： genes identified a tandem duplication* event in the* | -terminal extension domain. Gene* specific expression* | has only one functional gene* as the second copy* | inducible copy of the gene. The conserved RCA copy of | reporting a grass family-specific tandem duplication* event*

关键词： Rubisco activase | Cereal crops | Gene duplication | Heat stress | Photosynthesis | Molecular evolution | Regulation of gene expression

摘要： abiotic stress resistance. However, the GRP gene* family* | systematically studied. In this study,19 AnRB-GRP gene* family* | undergone tandem duplication, which were clustered on | used to analyze the isogenic gene* pairs of the AnRB* | -GRP gene* family between A. nanus and three other*

关键词： Ammopiptanthus nanus | Glycine-rich RNA-binding proteins (GRPs) | Gene duplication | Abiotic stress | Gene expression

摘要： originated based from whole genome duplication* (WGD). Cis* | Weighted Gene* Co-expression Network Analysis (WGCNA), 9* | understanding the evolutionary mechanisms of the WRKY gene | The WRKY transcription factor family plays a | crucial role in regulating plant growth and stress

关键词： WRKY | Rosaceae | Valsa canker | Gene duplication and expansion rate | Weighted gene Co-Expression network analysis

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： understanding the role of gene duplication in polar | temperatures. Although increased gene copy numbers can | Teleost fishes have independently colonized | polar regions multiple times, facing many | physiological and biochemical challenges due to frigid

关键词： teleost fishes | polar fishes | antifreeze | zona pellucida | gene duplication | convergent evolution | phylogenetic comparative methods

摘要：? This can be achieved through gene duplication and the | conserved gene families with ancestrally ubiquitous | Animals comprise hundreds of cell types, each | with specialized biological functions. However, many | genes expressed in each cell type belong to widely

关键词： alternative splicing | expression specialization | evolutionary constraints | gene duplication | gene expression | protein function

摘要：-like genes, resulting from gene duplication and | evolution of macaques, by gene duplication and divergent | GH gene locus is complex, comprising several GH | . There are 5 genes in this GH gene cluster in human and | the GH gene cluster in this species is variable

关键词： growth hormone locus | gene cluster | macaque | placental lactogen | molecular evolution | gene duplication

摘要： linusorb-related genes by first verifying the gene | within a gene and across paralogous genes. Similarity | duplication that differ in the number of repeats as a | duplication unit. Most of the across-paralogue repeat pairs | diverged independently in gene paralogues. Two modes of

关键词： Repeat | Misassembly | Duplication | Divergence | Linusorb | Flax

摘要：The DOPA-decarboxylase (DDC) gene is crucial | on the tandem duplication of two bona fide ddc | evolutionary duplication. Overall, Gb'ddc1 and Gb'ddc2 have | for dopamine synthesis and influences various | biological functions in insects, including body coloration

关键词： Cricket | DOPA-decarboxylase | Dopamine | Pigmentation | Gene duplication | Fertility

摘要： braunii, with lineagespecific expansions driven by gene | duplication. Evolutionary analyses revealed strong purifying | identified PdePR1_10 as a key marker gene for defense | Pathogenesis-related protein 1 (PR1), a | hallmark of plant disease resistance, plays pivotal roles

关键词： Pathogenesis-related protein 1 | Poplar leaf rust | Gene duplication | PR1 promoter and regulatory elements | Transgenic poplar

摘要： identified a decisive role for duplication, and | Recently, certain studies have claimed that | cognitive features and pathologies unique to humans can be | traced to certain changes in the nervous system. These | are caused by genes that have likely evolved "from

关键词： De novo origination | Neurogenesis | Transgenesis | Gene duplication

摘要： genes identified a tandem duplication event in the | -terminal extension domain. Gene specific expression | has only one functional gene as the second copy | inducible copy of the gene. The conserved RCA copy of | reporting a grass family-specific tandem duplication event

关键词： Rubisco activase | Cereal crops | Gene duplication | Heat stress | Photosynthesis | Molecular evolution | Regulation of gene expression

摘要： abiotic stress resistance. However, the GRP gene family | systematically studied. In this study,19 AnRB-GRP gene family | undergone tandem duplication, which were clustered on | used to analyze the isogenic gene pairs of the AnRB | -GRP gene family between A. nanus and three other

关键词： Ammopiptanthus nanus | Glycine-rich RNA-binding proteins (GRPs) | Gene duplication | Abiotic stress | Gene expression

摘要： originated based from whole genome duplication (WGD). Cis | Weighted Gene Co-expression Network Analysis (WGCNA), 9 | understanding the evolutionary mechanisms of the WRKY gene | The WRKY transcription factor family plays a | crucial role in regulating plant growth and stress

关键词： WRKY | Rosaceae | Valsa canker | Gene duplication and expansion rate | Weighted gene Co-Expression network analysis

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： understanding the role of gene* duplication in polar* | temperatures. Although increased gene* copy numbers can* | Teleost fishes have independently colonized | polar regions multiple times, facing many | physiological and biochemical challenges due to frigid

摘要：? This can be achieved through gene* duplication and the* | conserved gene* families with ancestrally ubiquitous* | Animals comprise hundreds of cell types, each | with specialized biological functions. However, many | genes expressed in each cell type belong to widely

摘要：-like genes, resulting from gene* duplication and* | evolution of macaques, by gene* duplication and divergent* | GH gene* locus is complex, comprising several GH* | . There are 5 genes in this GH gene* cluster in human and* | the GH gene* cluster in this species is variable*

摘要： linusorb-related genes by first verifying the gene | within a gene* and across paralogous genes. Similarity* | duplication that differ in the number of repeats as a | duplication unit. Most of the across-paralogue repeat pairs | diverged independently in gene* paralogues. Two modes of*

摘要：The DOPA-decarboxylase (DDC) gene* is crucial* | on the tandem duplication* of two bona fide ddc* | evolutionary duplication. Overall, Gb'ddc1 and Gb'ddc2 have | for dopamine synthesis and influences various | biological functions in insects, including body coloration

摘要： braunii, with lineagespecific expansions driven by gene | duplication. Evolutionary analyses revealed strong purifying | identified PdePR1_10 as a key marker gene* for defense* | Pathogenesis-related protein 1 (PR1), a | hallmark of plant disease resistance, plays pivotal roles

摘要： genes identified a tandem duplication* event in the* | -terminal extension domain. Gene* specific expression* | has only one functional gene* as the second copy* | inducible copy of the gene. The conserved RCA copy of | reporting a grass family-specific tandem duplication* event*

摘要： abiotic stress resistance. However, the GRP gene* family* | systematically studied. In this study,19 AnRB-GRP gene* family* | undergone tandem duplication, which were clustered on | used to analyze the isogenic gene* pairs of the AnRB* | -GRP gene* family between A. nanus and three other*

摘要： originated based from whole genome duplication* (WGD). Cis* | Weighted Gene* Co-expression Network Analysis (WGCNA), 9* | understanding the evolutionary mechanisms of the WRKY gene | The WRKY transcription factor family plays a | crucial role in regulating plant growth and stress