NSTL国家科技图书文献中心

1. Evaluating genomic selection and speed breeding for Fusarium head blight resistance in wheat using stochastic simulations NSTL国家科技图书文献中心

Nannuru, Vinay Kumar... | Dieseth, Jon Arne ... - 《Molecular Breeding》 - 2025,45(1) - 共28页

摘要：Genomic selection-based breeding programs | , incorporating genomic selection* (GS) and combining it with* | genomic selection in accelerating breeding gains for | phenotypic selection, particularly in accelerating genetic | selection. Two datasets were simulated, reflecting real

关键词： Wheat | Fusarium Head Blight | Stochastic simulations | Genomic selection | Speed breeding

2. Genomic selection for selective breeding of tiger pufferfish (Takifugu rubripes) for integration with surrogate broodstock technology NSTL国家科技图书文献中心

Hosoya, Sho | Yoshikawa, Sota ... - 《Aquaculture》 - 2025,600 - 共8页

摘要： uses a combination of a genomic* selection program and* | poisonous. In 2016, we initiated a genomic selection | its highest. The selection* program started with* | both phenotypes and genomic* estimated breeding values* | that the selection* scheme has been effective to date*

关键词： Genomic selection | Precociousness | Testes weight | Tiger pufferfish | Surrogate broodstock technology

3. Selective genotyping strategies for genomic selection for host resistance against pancreatic disease in A. salmon NSTL国家科技图书文献中心

Dagnachew, B. S. | Norris, A.... - 《Aquaculture》 - 2025,594 - 共9页

摘要：Genomic selection has become an increasingly | accuracy and bias using linear and nonlinear genomic | family Genotyping (RWFG). Use of genomic* linear models* | , RAFG and RWFG approaches for the various genomic | important tool for improving aquaculture breeding programs

关键词： Selective genotyping | Aquaculture | Genomic selection | Prediction accuracy | bias

4. Genomic selection for hard-to-measure traits in aquaculture: Challenges in balancing genetic gain and diversity NSTL国家科技图书文献中心

Kang, Ziyi | Kong, Jie ... - 《Aquaculture》 - 2025,606 - 共9页

摘要：Genomic selection (GS) is being actively | accuracy over traditional pedigree-based selection* (PS* | selection of candidates and the optimization of mating | evaluated in aquaculture for its enhanced prediction | ). However, the long-term efficiency of GS for the hard-to

关键词： The family-based selective breeding program | Genomic selection | Long-term selection | Genetic diversity | Conversion efficiency

5. Using genomic selection to correct pedigree errors in kiwiberry breeding NSTL国家科技图书文献中心

Mertten, Daniel | Mckenzie, Catherine ...... - 《Molecular Breeding》 - 2025,45(3) - 共18页

摘要： of using genomic* selection. We applied Best Linear* | contrast, genomic* selection, which uses marker* | demonstrated that genomic* selection provides more accurate* | values were compared with genomic* estimated breeding* | induced population structures and introduced genomic

关键词： Pedigree error | Best linear unbiased prediction | Prediction accuracy | Breeding value | Dioecious

6. Application of genomic selection in species derived from fisheries of interest in aquaculture within RAS systems: The case of Seriola lalandi NSTL国家科技图书文献中心

Martinez, V. | Hernandez, E.... - 《Aquaculture》 - 2025,606 - 共9页

摘要： vital for enhancing profitability. While Genomic | Selection (GS) is well-established in salmonids, its | limited by scarce genomic* resources and challenges from* | The yellowtail kingfish (Seriola lalandi), a | carnivorous species native to tropical and temperate waters

关键词： Seriola | Genomic selection | Genotyping arrays | Reference genomes

7. Genomic selection, gene editing, and reproductive biotechnology: a triad for the improvement of native buffalo breeds in a developing country perspective like Pakistan NSTL国家科技图书文献中心

Muner, Raja Danish | Moaeen-ud-Din, Muham...... - 《Tropical Animal Health and Production》 - 2025,57(2) - 共16页

摘要： without any organized breeding system; genomic selection | till now and the need to apply the latest genomic | reliable, accurate, and advanced genomic* techniques. In a* | Pakistan is the 2nd largest country in buffalo | population in the world. The current population of buffalo

关键词： Buffalo | SNP Chip | Genomic Selection | Gene Editing | Reproductive Biotechnology

8. Integrating multi-trait genomic selection with simulation strategies to improve grain yield and parental line selection in rice NSTL国家科技图书文献中心

Anilkumar, Chandrapp... | Sah, Rameswar Prasad ... - 《Annals of Applied Biology》 - 2025,186(2) - 216～227 - 共12页

摘要： genomic selection (GS) models can improve the predictive | through GS and phenotype based selection. Results | Inclusion of correlated secondary traits in | the prediction of primary trait in multi-trait | ability. Our objectives in the present investigations

关键词： genomic prediction | marker effects | multi-trait approach | parental line selection | rice | simulation studies | multi‐trait approach

9. Genomic selection strategies for the German Merino sheep breeding programme - A simulation study NSTL国家科技图书文献中心

Martin, Rebecca | Pook, Torsten ... - 《Journal of Animal Breeding and Genetics》 - 2025,142(3) - 251～262 - 共12页

摘要：Genomic selection is widely implemented in | genomic selection in the German Merino sheep breeding | programme. In this simulation study, different genomic | selection strategies were compared with a reference | selection was based on single-step GBLUP (ssGBLUP

关键词： breeding planning | breeding value estimation | genetic gain | genotyping

10. Genomic selection in a kiwiberry breeding programme: integrating intra- and inter-specific crossing NSTL国家科技图书文献中心

Mertten, Daniel | Mckenzie, Catherine ...... - 《Molecular Breeding》 - 2025,45(3) - 共22页

摘要： optimising genomic* selection.* | into potential cultivars. We explored genomic | melanandra. We investigated the potential of genomic | selection by analysing four quantitative traits across | crosses. Finally, the prediction accuracy of genomic

摘要：Genomic selection-based breeding programs | , incorporating genomic selection* (GS) and combining it with* | genomic selection in accelerating breeding gains for | phenotypic selection, particularly in accelerating genetic | selection. Two datasets were simulated, reflecting real

关键词： Wheat | Fusarium Head Blight | Stochastic simulations | Genomic selection | Speed breeding

摘要： uses a combination of a genomic* selection program and* | poisonous. In 2016, we initiated a genomic selection | its highest. The selection* program started with* | both phenotypes and genomic* estimated breeding values* | that the selection* scheme has been effective to date*

关键词： Genomic selection | Precociousness | Testes weight | Tiger pufferfish | Surrogate broodstock technology

摘要：Genomic selection has become an increasingly | accuracy and bias using linear and nonlinear genomic | family Genotyping (RWFG). Use of genomic* linear models* | , RAFG and RWFG approaches for the various genomic | important tool for improving aquaculture breeding programs

关键词： Selective genotyping | Aquaculture | Genomic selection | Prediction accuracy | bias

摘要：Genomic selection (GS) is being actively | accuracy over traditional pedigree-based selection* (PS* | selection of candidates and the optimization of mating | evaluated in aquaculture for its enhanced prediction | ). However, the long-term efficiency of GS for the hard-to

关键词： The family-based selective breeding program | Genomic selection | Long-term selection | Genetic diversity | Conversion efficiency

摘要： of using genomic* selection. We applied Best Linear* | contrast, genomic* selection, which uses marker* | demonstrated that genomic* selection provides more accurate* | values were compared with genomic* estimated breeding* | induced population structures and introduced genomic

关键词： Pedigree error | Best linear unbiased prediction | Prediction accuracy | Breeding value | Dioecious

摘要： vital for enhancing profitability. While Genomic | Selection (GS) is well-established in salmonids, its | limited by scarce genomic* resources and challenges from* | The yellowtail kingfish (Seriola lalandi), a | carnivorous species native to tropical and temperate waters

关键词： Seriola | Genomic selection | Genotyping arrays | Reference genomes

摘要： without any organized breeding system; genomic selection | till now and the need to apply the latest genomic | reliable, accurate, and advanced genomic* techniques. In a* | Pakistan is the 2nd largest country in buffalo | population in the world. The current population of buffalo

关键词： Buffalo | SNP Chip | Genomic Selection | Gene Editing | Reproductive Biotechnology

摘要： genomic selection (GS) models can improve the predictive | through GS and phenotype based selection. Results | Inclusion of correlated secondary traits in | the prediction of primary trait in multi-trait | ability. Our objectives in the present investigations

关键词： genomic prediction | marker effects | multi-trait approach | parental line selection | rice | simulation studies | multi‐trait approach

摘要：Genomic selection is widely implemented in | genomic selection in the German Merino sheep breeding | programme. In this simulation study, different genomic | selection strategies were compared with a reference | selection was based on single-step GBLUP (ssGBLUP

关键词： breeding planning | breeding value estimation | genetic gain | genotyping

摘要： optimising genomic* selection.* | into potential cultivars. We explored genomic | melanandra. We investigated the potential of genomic | selection by analysing four quantitative traits across | crosses. Finally, the prediction accuracy of genomic

关键词： Autotetraploidy | Genomic estimated breeding value | Predictive ability | Actinidia melanandra | A. arguta -complex

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Genomic selection-based breeding programs | , incorporating genomic selection (GS) and combining it with | genomic selection in accelerating breeding gains for | phenotypic selection, particularly in accelerating genetic | selection. Two datasets were simulated, reflecting real

关键词： Wheat | Fusarium Head Blight | Stochastic simulations | Genomic selection | Speed breeding

摘要： uses a combination of a genomic selection program and | poisonous. In 2016, we initiated a genomic selection | its highest. The selection program started with | both phenotypes and genomic estimated breeding values | that the selection scheme has been effective to date

关键词： Genomic selection | Precociousness | Testes weight | Tiger pufferfish | Surrogate broodstock technology

摘要：Genomic selection has become an increasingly | accuracy and bias using linear and nonlinear genomic | family Genotyping (RWFG). Use of genomic linear models | , RAFG and RWFG approaches for the various genomic | important tool for improving aquaculture breeding programs

关键词： Selective genotyping | Aquaculture | Genomic selection | Prediction accuracy | bias

摘要：Genomic selection (GS) is being actively | accuracy over traditional pedigree-based selection (PS | selection of candidates and the optimization of mating | evaluated in aquaculture for its enhanced prediction | ). However, the long-term efficiency of GS for the hard-to

关键词： The family-based selective breeding program | Genomic selection | Long-term selection | Genetic diversity | Conversion efficiency

摘要： of using genomic selection. We applied Best Linear | contrast, genomic selection, which uses marker | demonstrated that genomic selection provides more accurate | values were compared with genomic estimated breeding | induced population structures and introduced genomic

关键词： Pedigree error | Best linear unbiased prediction | Prediction accuracy | Breeding value | Dioecious

摘要： vital for enhancing profitability. While Genomic | Selection (GS) is well-established in salmonids, its | limited by scarce genomic resources and challenges from | The yellowtail kingfish (Seriola lalandi), a | carnivorous species native to tropical and temperate waters

关键词： Seriola | Genomic selection | Genotyping arrays | Reference genomes

摘要： without any organized breeding system; genomic selection | till now and the need to apply the latest genomic | reliable, accurate, and advanced genomic techniques. In a | Pakistan is the 2nd largest country in buffalo | population in the world. The current population of buffalo

关键词： Buffalo | SNP Chip | Genomic Selection | Gene Editing | Reproductive Biotechnology

摘要： genomic selection (GS) models can improve the predictive | through GS and phenotype based selection. Results | Inclusion of correlated secondary traits in | the prediction of primary trait in multi-trait | ability. Our objectives in the present investigations

关键词： genomic prediction | marker effects | multi-trait approach | parental line selection | rice | simulation studies | multi‐trait approach

摘要：Genomic selection is widely implemented in | genomic selection in the German Merino sheep breeding | programme. In this simulation study, different genomic | selection strategies were compared with a reference | selection was based on single-step GBLUP (ssGBLUP

关键词： breeding planning | breeding value estimation | genetic gain | genotyping

摘要： optimising genomic selection. | into potential cultivars. We explored genomic | melanandra. We investigated the potential of genomic | selection by analysing four quantitative traits across | crosses. Finally, the prediction accuracy of genomic

关键词： Autotetraploidy | Genomic estimated breeding value | Predictive ability | Actinidia melanandra | A. arguta -complex

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Genomic selection-based breeding programs | , incorporating genomic selection* (GS) and combining it with* | genomic selection in accelerating breeding gains for | phenotypic selection, particularly in accelerating genetic | selection. Two datasets were simulated, reflecting real

摘要： uses a combination of a genomic* selection program and* | poisonous. In 2016, we initiated a genomic selection | its highest. The selection* program started with* | both phenotypes and genomic* estimated breeding values* | that the selection* scheme has been effective to date*

摘要：Genomic selection has become an increasingly | accuracy and bias using linear and nonlinear genomic | family Genotyping (RWFG). Use of genomic* linear models* | , RAFG and RWFG approaches for the various genomic | important tool for improving aquaculture breeding programs

摘要：Genomic selection (GS) is being actively | accuracy over traditional pedigree-based selection* (PS* | selection of candidates and the optimization of mating | evaluated in aquaculture for its enhanced prediction | ). However, the long-term efficiency of GS for the hard-to

摘要： of using genomic* selection. We applied Best Linear* | contrast, genomic* selection, which uses marker* | demonstrated that genomic* selection provides more accurate* | values were compared with genomic* estimated breeding* | induced population structures and introduced genomic

摘要： vital for enhancing profitability. While Genomic | Selection (GS) is well-established in salmonids, its | limited by scarce genomic* resources and challenges from* | The yellowtail kingfish (Seriola lalandi), a | carnivorous species native to tropical and temperate waters

摘要： without any organized breeding system; genomic selection | till now and the need to apply the latest genomic | reliable, accurate, and advanced genomic* techniques. In a* | Pakistan is the 2nd largest country in buffalo | population in the world. The current population of buffalo

摘要： optimising genomic* selection.* | into potential cultivars. We explored genomic | melanandra. We investigated the potential of genomic | selection by analysing four quantitative traits across | crosses. Finally, the prediction accuracy of genomic