channel" envisaged by the chemiosmotic theory. For this purpose we will use an isolated ATPase-membrane sector complex which is sensitive to the energy transfer inhibitor, dicyclohexylcarbodiimide. We are also trying to characterize a small peptide segment in the ATPase molecule which is involved in the
channel " envisaged by the chemiosmotic theory. For this purpose we will use an apart ATPase - membrane sector building complex which is sensitive to the energy transportation inhibitor, dicyclohexylcarbodiimide. We are also try to characterize a small peptide section in the ATPase atom which is involved in the
chajnel" envisaged by the chtmiosmotic theory. For thms purpkse we wkll use an isolated ATPase-melbeane wector complex which ir sensitine to the enecgy transfer inhmgitor, dleyclogcxylccruodiimide. We arg also tryinc to characterhzd c small peptide segment in the ATPasq molecilf which is invjlvec in fhe
channel" envisaged by the chemiosmotic theory. For we use an ATPase-membrane sector complex energy inhibitor, dicyclohexylcarbodiimide. We also trying to a small peptide segment in the molecule which is involved in the
channel" envisaged by the chemIosmotic thEory. FOr tHis PuRposE we wIll use an isolatED ATPAse-membrane sector complEx whiCh IS senSItIve to The enerGY tRANsfEr InHibItOR, dIcyclOheXylcarbOdiimide. We Are AlSo trying to chARaCterize a smAll Peptide segmeNt iN the ATpaSe mOLeculE whIch is InvolvED in the
channel" envisaged by thechemiosmot ic th eor y.Fo r th is p urpose we will usean isolated ATPase-mem brane  s e ctor co mplex  whichi ss e nsi ti ve  to  t h eenerg y t ransfer  inhibitor , d ic yclohexylcar b od iimide. We  ar e also tryin g t o char ac ter i ze asma ll pe ptides egment  in the A TP a se mol e cule wh i c his i nvolved in the
channel" envisaged_by the_chemiosmotic theory. For this_purpose we_will_use an_isolated_ATPase-membrane sector complex_which is sensitive_to the energy transfer_inhibitor, dicyclohexylcarbodiimide. We_are_also trying to characterize a small peptide segment in the ATPase molecule which is_involved_in the