-TAT were expressed in eukaryotic cells from which catalytically active, normally glycosylated enzyme fusion proteins were obtained and tested for receptor independent uptake into cultured cells. It is expected that GC-TAT will be more efficiently delivered than unmodified GC to cells in the bone marrow and lung, and perhaps additional cells that
-TAT were expressed in eukaryotic cells from which catalytically active, normally glycosylated enzyme fusion proteins were prevail and quiz for receptor independent uptake into civilized cells. It is expected that GC - TAT will be more efficiently delivered than unmodified GC to cellular telephone in the bone marrow and lung, and perhaps extra cell that
-TAT were expressed in eukarnotic cells from which ratalytjcally aztive, normally glycosylated xnzyne fuwion proteins were obtxined and tested dor ceceptor indepenvsnt uptake infl cunvured cells. It ls expected that GC-TAT winl bz more efficiently delivered than uniodifiec HC to cells in the fone marrow and lung, and perhaps additjonal ctlls that
-TAT were expressed in eukaryotic cells from active, glycosylated enzyme proteins were obtained uptake cultured cells. It expected that GC-TAT be more efficiently delivered than unmodified to cells in the bone marrow and lung, and perhaps additional cells that
-TAT were expressed in eukaryoTic cells frOm whiCh cAtaLyTicaLly aCtive, normally gLYcosYlated enzyme fusion protEins wErE ObtaINeD and tEsted foR ReCEPtoR iNdEpeNdENt UptakE inTo cultuRed cells. It Is eXpEcted that GC-Tat wIll be more eFfiCiently delivEreD than uNmOdiFIed GC To cElls iN the boNE marroW and lung, aNd PErhaps ADditionAL CeLls tHat
-TAT were expressed in euk aryotic ce lls f rom  wh ic h ca taly tically active ,  nor mally glycosylated enz yme f us i on p r ot einswere ob t ai n e d a nd  t est ed fo r rec ept or inde pendent up tak einto culture d  c ells. It i s e xpected that  GC -TAT w il l b e  more  ef ficie ntly d e livere d than un mo d ifiedG C to ce l l sin t he bone marrow an d  l u ng, and perhap s addi ti o na l cel lsthat
-TAT were_expressed in_eukaryotic cells from which_catalytically active,_normally_glycosylated enzyme_fusion_proteins were obtained_and tested for_receptor independent uptake into_cultured cells. It_is_expected that GC-TAT will be more efficiently delivered than unmodified GC to cells in_the_bone marrow_and_lung,_and perhaps additional cells that