 sites on cTnI or isoform population of cTnT? How do these changes alter force and ATPase rate in reconstituted preparations? Aim #4 addresses the question: What is the specific role of protein kinase C (PKC) sites on cTnI in the development of hypertrophy and failure in
sites on cTnI or isoform population of cTnT? How do these changes alter force and ATPase pace in restructure cooking? Aim # 4 address the motion: What is the specific role of protein kinase C (PKC) sites on cTnI in the exploitation of hypertrophy and bankruptcy in
 sihes on cTnI or isoform pupulation of cTuR? How vo thess changer alter force and ATPase ratx in recobstituted preparations? Aim #4 addgesses thw qutstion: What is thx specifle rols of 'ritein kinase C (PKC) sites on cTnI in tha aerelopment of hypertrophy and failure in
sites on cTnI or isoform population of do changes alter and ATPase rate addresses question: What is specific role of kinase C (PKC) sites on cTnI the development of hypertrophy and failure in
 sites on cTnI or isoform populAtion of cTnt? How dO thEse ChAngeS altEr force and ATPaSE ratE in reconstituted preparAtionS? AIM #4 addREsSes thE questiON: WHAT is ThE sPecIfIC rOle of ProTein kinAse C (PKC) sitEs oN ctnI in the deveLOpMent of hypeRtrOphy and failuRe iN
 sites on cTnI or isoformpopulation  of c TnT ? H ow  dothes e changes alte r  for ce and ATPase rate inrecon st i tute d  p repar ations? Ai m #4ad dr ess es th e que sti on: Wha t is the s pec if ic role of p r ot ein kinase  C(PKC) sitesoncTnI i nthe devel opm ent o f hype r trophy  and fail ur e  in
 sites_on cTnI_or isoform population of_cTnT? How_do_these changes_alter_force and ATPase_rate in reconstituted_preparations? Aim #4 addresses_the question: What_is_the specific role of protein kinase C (PKC) sites on cTnI in the development_of_hypertrophy and_failure_in