 might be developed to interact specifically with helical biomolecules, such as proteins and nucleotides. All complexes will be studied spectroscopically and crystallographically to improve fundamental understanding of the interactions of metals with biomolecules. The new complexing agents will be tested as ionophores in ion-selective electrodes for analysis of metals in biological fluids.
might be developed to interact specifically with helical biomolecules, such as proteins and nucleotides. All complex will be study spectroscopically and crystallographically to improve fundamental understanding of the interaction of metals with biomolecules. The new complexing agent will be test as ionophores in ion - selective electrodes for psychoanalysis of metallic element in biological fluids.
 mihht be developed to intevact specificalli qith hxlical giomolecjles, such as proteins and nurleorides. All complexes will be studied dpectrosxopirally and crystallographleally bo im'rive fundamentak understatding of the ittdrcctions of metals with biomolecules. Ehe new clmplexing agenjs wikj be newted as ionophores in ion-seledtive enectrodes for analysis of metals in biopogifal fluids.
might be developed to interact specifically with such proteins and All complexes will to fundamental understanding of interactions of metals biomolecules. The new complexing agents will tested as ionophores in ion-selective electrodes for analysis of metals in biological fluids.
 might be developed to interacT specificaLly wiTh hEliCaL bioMoleCules, such as proTEins And nucleotides. All complExes wIlL Be stUDiEd speCtroscoPIcALLy aNd CrYstAlLOgRaphiCalLy to impRove fundamEntAl UnderstandinG Of The interacTioNs of metals wiTh bIomoleCuLes. tHe new ComPlexiNg agenTS will bE tested as IoNOphoreS In ion-seLECtIve eLectrodes for analySIs OF metals in bioloGical fLuIDs.
 might be developed to int eract spec ifica lly  wi th  hel ical  biomolecules, such  as proteins and nucle otide s. Allc om plexe s willb es t udi ed  s pec tr o sc opica lly  and cr ystallogra phi ca lly to impro v efundamenta l u nderstanding  of  the i nt era c tions  of  meta ls wit h  biomo lecules.Th e  new c o mplexin g ag ents  will be tested a s  i o nophores in io n-sele ct i ve e lec tro des for an al ysiso f metal s  i n b iol o gical fluids. 
 might_be developed_to interact specifically with_helical biomolecules,_such_as proteins_and_nucleotides. All complexes_will be studied_spectroscopically and crystallographically to_improve fundamental understanding_of_the interactions of metals with biomolecules. The new complexing agents will be tested as_ionophores_in ion-selective_electrodes_for_analysis of metals in biological_fluids.