 vivo. In collaborative studies, we showed that the Mitf-Tfe proteins can bind the E-box sequence as homodimers or as heterodimers with other family members. To investigate the function of the Tfe genes in mammalian development, we used embryonic stem (ES) cell knockout technology to make
vivo. In collaborative studies, we showed that the Mitf - Tfe proteins can bind the east - corner sequence as homodimers or as heterodimers with other syndicate member. To investigate the function of the Tfe genes in mammalian exploitation, we use embryonic stem (ES) cellular telephone smasher technology to make
 vigo. In collaborative studles, we showed thcr the Kitf-Tfs proteivs can bind the E-box sequencx as homoeimers or as heterodimdrs with lther fanily nembers. To investincte tgc funetmon of the Tfe nenes in makmalian develo[mdnc, we used embryonic stem (ES) cell knoskout trcjnology to makg
vivo. In collaborative studies, we showed that proteins bind the sequence as homodimers family To investigate the of the Tfe in mammalian development, we used embryonic (ES) cell knockout technology to make
 vivo. In collaborative studieS, we showed tHat thE MiTf-TFe ProtEins Can bind the E-box SEqueNce as homodimers or as hetErodiMeRS witH OtHer faMily memBErS. tO inVeStIgaTe THe FunctIon Of the TfE genes in maMmaLiAn developmenT, We Used embryoNic Stem (ES) cell knOckOut tecHnOloGY to maKe
 vivo. In collaborative st udies, weshowe d t hat  t he M itf- Tfe proteins c a n bi nd the E-box sequenceas ho mo d imer s  o r asheterod i me r s  wi th  o the rf am ily m emb ers. To  investiga teth e function o f  t he Tfe gen esin mammalian  de velopm en t,w e use d e mbryo nic st e m (ES)  cell kno ck o ut tec h nologyt o  m ake
 vivo._In collaborative_studies, we showed that_the Mitf-Tfe_proteins_can bind_the_E-box sequence as_homodimers or as_heterodimers with other family_members. To investigate_the_function of the Tfe genes in mammalian development, we used embryonic stem (ES) cell_knockout_technology to_make