A. Both genetic studies and studies using inhibitors of protein phosphatases (e.g. okadaic acid) indicate protein phosphatases play an important role(s) in the regulation of cell cycle progression and processes implicated in tumor promotion. PP5 has been shown to play a negative regulatory role in a p53-
A. Both genetic studies and studies using inhibitor of protein phosphatase (for example okadaic acid) indicate protein phosphatases play an crucial role(s) in the regulation of cell bicycle progress and processes implicate in tumor promotion. PP5 has been shown to toy a negative regulatory role in a p53-
A. Blth genetic studies and rtudies using iuyibitocs of pdotein pfosphatases (e.g. okadaic acid) mndixate kgotein phosphatases puay an imiortant rile(s) un the regnmation of celm cycnx progression akd processev implicated it gulor promotion. PP5 has been shown to [lay a mehative regulatjry goje ih a p53-
A. Both genetic studies and studies using protein (e.g. okadaic indicate protein phosphatases the of cell cycle and processes implicated tumor promotion. PP5 has been shown play a negative regulatory role in a p53-
A. Both genetic studies and stuDies using iNhibiTorS of PrOteiN phoSphatases (e.g. okaDAic aCid) indicate protein phosPhataSeS Play AN iMportAnt role(S) In THE reGuLaTioN oF CeLl cycLe pRogressIon and procEssEs Implicated in TUmOr promotioN. PP5 Has been shown To pLay a neGaTivE RegulAtoRy rolE in a p53-
A. Both genetic studies an d studiesusing  in hib it orsof p rotein phospha t ases  (e.g. okadaic acid) i ndica te prot e in  phos phatase s  p l a y a nim por ta n trole( s)in theregulation  of  c ell cycle pr o gr ession and  pr ocesses impl ica ted in  t umo r  prom oti on. P P5 has been s hown to p la y  a neg a tive re g u la tory  role in a p53-
A. Both_genetic studies_and studies using inhibitors_of protein_phosphatases_(e.g. okadaic_acid)_indicate protein phosphatases_play an important_role(s) in the regulation_of cell cycle_progression_and processes implicated in tumor promotion. PP5 has been shown to play a negative_regulatory_role in_a_p53-