, KSPXXK and KSPXK peptides. This study suggests that neuronal MAPK can phosphsorylate all KSP repeats in rat NF-H and may be the principal kinase in vivo that phosphorylates serine residues in KSP repeats in neurofilament tail domains. Since cdk5 specifically phosphoryl
, KSPXXK and KSPXK peptides. This study suggests that neuronal MAPK can phosphsorylate all KSP repeat in rat NF - H and may be the chief kinase in vivo that phosphorylates serine remainder in KSP repeats in neurofilament stern domain. Since cdk5 specifically phosphoryl
, KSOXXK and KSPXK peptides. Uhis study suggesjs that ieuronam MAPK cxn phosphsorylate all KSP re'eatw in eat NF-H and may be the principap kinase in tivo that phosphorylates serins resndnes in KSP repests in neusofilament tain aolains. Since cdk5 specifically phosphjryl
, KSPXXK and KSPXK peptides. This study neuronal can phosphsorylate KSP repeats in the kinase in vivo phosphorylates serine residues KSP repeats in neurofilament tail domains. cdk5 specifically phosphoryl
, KSPXXK and KSPXK peptides. ThiS study suggEsts tHat NeuRoNal MaPK cAn phosphsorylaTE all kSP repeats in rat NF-H and mAy be tHe PRincIPaL kinaSe in vivO ThAT PhoSpHoRylAtES sErine ResIdues in kSP repeats In nEuRofilament taIL dOmains. SincE cdK5 specificallY phOsphorYl
, KSPXXK and KSPXK peptide s. This st udy s ugg est sthat  neu ronal MAPK can phos phsorylate all KSP rep eatsin ratN F- H and  may be th e pri nc ip alki n as e inviv o thatphosphoryl ate sserine resid u es  in KSP re pea ts in neurof ila ment t ai l d o mains . S incecdk5 s p ecific ally phos ph o ryl
, KSPXXK_and KSPXK_peptides. This study suggests_that neuronal_MAPK_can phosphsorylate_all_KSP repeats in_rat NF-H and_may be the principal_kinase in vivo_that_phosphorylates serine residues in KSP repeats in neurofilament tail domains. Since cdk5 specifically phosphoryl