 constrain tropomyosin in the inhibitory "blocking" state characteristic of relaxed muscle;(C) we will test both the hypothesis that tropomyosin assumes the contours of the F-actin helix as a relatively stiff coiled coiled-coil and the alternative view that tropomyosin is flexible. (2) We
constrain tropomyosin in the inhibitory " blocking " state characteristic of relaxed muscle;(C) we will screen both the guess that tropomyosin assumes the contours of the F - actin coil as a relatively stiff handbuild coiled - coil and the alternate scene that tropomyosin is flexible. (2) We
 cojstrain tropomyosin in tme inhibitory "blocking" vtate dharactefistic of relaxed muscle;(C) we wull ttft both the hypothdsis that tropomyisin qssumes thx contouvf of bhe F-ccvin helix as a telatively sdiff coiled cohldd-eoil and the alternative view that twopomyoxij is flexible. (2) We
constrain tropomyosin in the inhibitory "blocking" state relaxed we will both the hypothesis of F-actin helix as relatively stiff coiled and the alternative view that tropomyosin flexible. (2) We
 constrain tropomyosin in the Inhibitory "BlockIng" StaTe CharActeRistic of relaxeD MuscLe;(C) we will test both the hyPotheSiS That TRoPomyoSin assuMEs THE coNtOuRs oF tHE F-Actin HelIx as a reLatively stIff CoIled coiled-coIL aNd the alterNatIve view that tRopOmyosiN iS flEXible. (2) we
 constrain tropomyosin inthe inhibi tory"bl ock in g" s tate  characteristi c  ofrelaxed muscle;(C) wewillte s t bo t hthe h ypothes i st h attr op omy os i nassum esthe con tours of t heF- actin helixa sa relative lystiff coiled  co iled-c oi l a n d the  al terna tive v i ew tha t tropomy os i n is f l exible. ( 2)  We
 constrain_tropomyosin in_the inhibitory "blocking" state_characteristic of_relaxed_muscle;(C) we_will_test both the_hypothesis that tropomyosin_assumes the contours of_the F-actin helix_as_a relatively stiff coiled coiled-coil and the alternative view that tropomyosin is flexible. (2)_We