acrine cells, a later born cell type. However, the mechanisms by which bHLH factors promote retinal neuron differentiation, and how they contribute to the ordered sequence of retinal histogenesis is less well defined. We have identified both transcriptional and post-translational mechanisms that regulate when during retinal development bHLH factors are
acrine cells, a later born cell character. However, the mechanism by which bHLH factors promote retinal nerve cell differentiation, and how they put up to the ordered sequence of retinal histogenesis is less well specify. We have identified both transcriptional and post - translational mechanisms that determine when during retinal development bHLH factors are
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acrine cells, a later born cell type. mechanisms which bHLH promote retinal neuron to ordered sequence of histogenesis is less defined. We have identified both transcriptional post-translational mechanisms that regulate when during retinal development bHLH factors are
acrine cells, a later born cell Type. HoweveR, the mEchAniSmS by wHich BHLH factors proMOte rEtinal neuron differentiAtion, AnD How tHEy ContrIbute to THe ORDerEd SeQueNcE Of RetinAl hIstogenEsis is less WelL dEfined. We have IDeNtified botH trAnscriptionaL anD post-tRaNslATionaL meChaniSms thaT RegulaTe when durInG RetinaL DevelopMENt BHLH Factors are
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acrine cells,_a later_born cell type. However,_the mechanisms_by_which bHLH_factors_promote retinal neuron_differentiation, and how_they contribute to the_ordered sequence of_retinal_histogenesis is less well defined. We have identified both transcriptional and post-translational mechanisms that_regulate_when during_retinal_development_bHLH factors are