Academic Organization




1molecular and cellular biological studies of mammalian organogenesis
2molecular and cellular biological studies of regulatory mechanism of neural crest cell differentiation
3molecular and cellular biological studies of regulatory mechanism of osteoblast differentiation
4molecular and cellular biological studies of cleft lip/palate and defects in tooth formation
5molecular and cellular biological studies of regeneration of organs


Ichiro SATOKATAProfessor
Tatuo ITOUInstructor
Hiromi KANEKOResearch Assistant
Masatugu ISOBEGraduate student
CarmenGraduate student


Writings

Papers
Satokata,I, Maas,R. / Msx-1 deficient mice exhibit cleft palate and abnormalities of craniofacial and tooth development. / Nature Genet. / 6 / 348 / 356 / 1994 /

Satokata,I, Benson,G, Maas,R. / Sexually dimorphic sterility phenotype in Hoxa10-deficient mice. / Nature / 374 / 460 / 463 / 1995 /

Benson,G, Lim,H, Paria,B, Satokata,I, Dey,S, Maas,R. / Mechanism of reduced fertility in Hoxa-10 mutant mice:uterine homeosis and loss of maternal Hoxa-10 expression. / Development / 122 / 2687 / 2696 / 1996 /

Chen,Y, Bei,M, Woo,I, Satokata,I, Maas,R. / Msx1 controls inductive signaling in mammalian tooth morphogenesis. / Development / 122 / 3035 / 3044 / 1996 /

Satokata,I, Kuratani,M, Blum,Y, Komatsu,Y, Haraguchi,R, Nakamura,S, Suzuki,K, Kosai,K, Maas,R, Yamada,G. / Graniofacial defects associated with the double knockout mutation of the mouse Goosecoid gene and the Msx1 gene. / Cell. Mol. Biol. / 45 / 589 / 599 / 1999 /

Satokata,I, Ma,L, Oshima,H, Bei,M, Woo,I, Nishizawa,K, Maeda,T, Takano,Y, Uchiyama,M, Heaney,S, Peters,H, Tang,Z, Maxon,R, Maas,R. / Msx-2 deficiecy in mice causes pleiotrophic defects in bone growth and ectodermal organ formation. / Nature Genet. / 24 / 391 / 395 / 2000 /






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