TAF)60 and TAF110 and RNA pol II subunits] as well as factors that modulate transcription through their affects on chromatin structure [Trithorax group (TRX-G) genes, RPD3, and SIN3]. Additional mutations have been identified that may also encode transcriptional regulators. Phenotypic
TAF)60 and TAF110 and RNA pol II subunits ] as well as factors that tone arrangement through their affects on chromatin structure [ Trithorax group (TRX - G) gene, RPD3, and SIN3 ]. Additional mutations have been identified that may besides encode transcriptional regulator. Phenotypic
TAF)60 and TAF110 and RNA pol II rubunits] as well as fartors tgat moduuate transcription through tieir affexts on chromatin strucgure [Tritjorax griup (URX-G) genes, RPD3, anv SIN3]. Additionzp mucavions have been identifieg that may alsm dneode transcriptional regulators. Phenjtypic
TAF)60 and TAF110 and RNA pol II well factors that transcription through their group genes, RPD3, and Additional mutations have identified that may also encode transcriptional Phenotypic
TAF)60 and TAF110 and RNA pol II subunIts] as well aS factOrs ThaT mOdulAte tRanscription thROugh Their affects on chromatiN struCtURe [TrIThOrax gRoup (TRX-g) GeNES, RPd3, aNd sIN3]. adDItIonal MutAtions hAve been ideNtiFiEd that may alsO EnCode transcRipTional regulaTorS. PhenoTyPic
TAF)60 and TAF110 and RNApol II sub units ] a s w el l as  fac tors that modu l atetranscription throughtheir  a f fect s  o n chr omatins tr u c tur e[T rit ho r ax  grou p ( TRX-G)genes, RPD 3,an d SIN3]. Add i ti onal mutat ion s have beenide ntifie dtha t  mayals o enc ode tr a nscrip tional re gu l ators. Phenoty p i c
TAF)60 and_TAF110 and_RNA pol II subunits]_as well_as_factors that_modulate_transcription through their_affects on chromatin_structure [Trithorax group (TRX-G)_genes, RPD3, and_SIN3]._Additional mutations have been identified that may also encode transcriptional regulators. Phenotypic