Sequence interpretation. Functional annotation of mouse genome sequences.

J H Nadeau; R Balling; G Barsh; D Beier; S D Brown; M Bucan; S Camper; G Carlson; N Copeland; J Eppig; C Fletcher; W N Frankel; D Ganten; D Goldowitz; C Goodnow; J L Guenet; G Hicks; M Hrabe de Angelis; I Jackson; H J Jacob; N Jenkins; D Johnson; M Justice; S Kay; D Kingsley; H Lehrach; T Magnuson; M Meisler; A Poustka; E M Rinchik; J Rossant; L B Russell; J Schimenti; T Shiroishi; W C Skarnes; P Soriano; W Stanford; J S Takahashi; W Wurst; A Zimmer; International Mouse Mutagenesis Consortium

doi:10.1126/science.1058244

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Sequence interpretation. Functional annotation of mouse genome sequences.

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Animals Chromosome Mapping Computational Biology Costs and Cost Analysis Genes Genetic Techniques Genome Genomics International Cooperation Mice Mutagenesis Mutation Phenotype Private Sector Public Sector Research Support as Topic Sequence Analysis, DNA Journal Article

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J H Nadeau, R Balling, G Barsh, D Beier, S D Brown, M Bucan, S Camper, G Carlson, N Copeland, J Eppig, C Fletcher, W N Frankel, D Ganten, D Goldowitz, C Goodnow, J L Guenet, G Hicks, M Hrabe de Angelis, I Jackson, H J Jacob, N Jenkins, D Johnson, M Justice, S Kay, D Kingsley, H Lehrach, T Magnuson, M Meisler, A Poustka, E M Rinchik, J Rossant, L B Russell, J Schimenti, T Shiroishi, W C Skarnes, P Soriano, W Stanford, J S Takahashi, W Wurst, A Zimmer, International Mouse Mutagenesis Consortium. 2001-02-16. Sequence interpretation. Functional annotation of mouse genome sequences.. https://doi.org/10.1126/science.1058244

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