| Bacterial genome (7) |  |
| Functional genomics (3) | |
| Genetic analysis (11) | |
| Genetic material (83) | |
| Genome (761) | |
| Genome sequence (27) | |
| Genomics (84) | |
| Human genome (68) | |
| Proteomics (6) | |
| Structural genomics (3) | |
| Bacterial genome (7) | |
| Functional genomics (3) | |
| Genetic analysis (11) | |
| Genetic material (83) | |
| Genome (761) | |
| Genome sequence (27) | |
| Genomics (84) | |
| Human genome (68) | |
| Proteomics (6) | |
| Structural genomics (3) | |
thus integrates quantitative genetics with functional genomics to increase the power of GWAS and identify genes underlying complex human diseases.
lead analyst Leif Andersson, a professor of functional genomics at Uppsala University, the Swedish University of Agricultural Sciences, said in a press release.
a senior investigator with NHGRI Translational and Functional genomics Branch and head of the Developmental Genomics Section. hat we have done is to establish an entire pipeline for knocking out many genes and testing their function quickly in a vertebrate
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