Xenopus FANCG contains highly conserved domains and is subject to alternative splicing during the earliest stages of vertebrate development Stacie Stone, Margriet van Kogelenberg, Alexandra Sobeck, Bendert de Graaf, Maur - FANCF - Document - PDFSEARCH.IO

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	Xenopus FANCG contains highly conserved domains and is subject to alternative splicing during the earliest stages of vertebrate development Stacie Stone, Margriet van Kogelenberg, Alexandra Sobeck, Bendert de Graaf, Maur Add to Reading List Document Date: 2006-06-21 20:25:24 Open Document File Size: 52,53 KB Share Result on Facebook Facility Science University / / Organization Maureen Hoatlin Division of Molecular Medicine / Molecular Medicine / Oregon Health & Science University / Portland / / Person Alexandra Sobeck / Stacie Stone / Maureen Hoatlin / / SocialTag FANCA FANCF Alternative splicing Tetratricopeptide African clawed frog Morpholino Biology Genetics FANCG

Xenopus FANCG contains highly conserved domains and is subject to alternative splicing during the earliest stages of vertebrate development Stacie Stone, Margriet van Kogelenberg, Alexandra Sobeck, Bendert de Graaf, MaurAdd to Reading List