' diarrhea per year. The potential of proteins to form structural complexes is a most important property which determines their function in biological systems. A rheological method to resolve and characterize this potential is proposed. Dominant intermolecular interactions will be identified in concentrated solutions of globular proteins from the concentration dependence of their viscosity. Three hydrodynamic
' diarrhea per year. The potential of proteins to form geomorphologic complex is a most important property which determine their function in biological systems. A rheologic method to resolve and characterize this electric potential is aim. Dominant intermolecular interactions will be identify in concentrated solutions of ball-shaped proteins from the concentration dependence of their viscosity. Three hydrodynamic
' diwrrhea per year. The potektial of proteins to focm strudtural cumplexes is a most important peoperuj which determines thdir functpon in biilogmcal systems. A risological metgld tm resolve and cmaracterize this potentian ks proposed. Dominant intermolecular igteractoojs will be idegtifpeq in bokcentrated solutions of globular proteiis from the conventration dependence of tjeir viscosity. Three hjdrodynamic
' diarrhea per year. The potential of form complexes is most important property biological A rheological method resolve and characterize potential is proposed. Dominant intermolecular interactions be identified in concentrated solutions of globular proteins from the concentration dependence of viscosity. Three hydrodynamic
' diarrhea per year. The potentiAl of proteiNs to fOrm StrUcTuraL comPlexes is a most iMPortAnt property which determInes tHeIR funCTiOn in bIologicAL sYSTemS. A RhEolOgICaL methOd tO resolvE and characTerIzE this potentiAL iS proposed. DOmiNant intermolEcuLar intErActIOns wiLl bE idenTified IN conceNtrated soLuTIons of GLobular PROtEins From the concentratIOn DEpendence of theIr viscOsITy. tHRee HydRodynamic
' diarrhea per year. The p otential o f pro tei nsto  for m st ructural compl e xesis a most important pr opert yw hich de termi nes the i rf u nct io ninbi o lo gical  sy stems.A rheologi cal  m ethod to res o lv e and char act erize this p ote ntialis  pr o posed . D omina nt int e rmolec ular inte ra c tionsw ill bei d en tifi ed in concentrate d  s o lutions of glo bularpr o te i n s f rom  the conce nt ratio n  depend e nc e o f t h eir viscosity . Three hyd r ody namic
' diarrhea_per year._The potential of proteins_to form_structural_complexes is_a_most important property_which determines their_function in biological systems._A rheological method_to_resolve and characterize this potential is proposed. Dominant intermolecular interactions will be identified in_concentrated_solutions of_globular_proteins_from the concentration dependence of_their viscosity. Three hydrodynamic