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- Adamcik, Jozef (1)
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- Onsager theory accurately predicts the experimental I−N transition versus pH and ionic strength. (1)
- We investigate the effects of variable linear charge density and Debye length on the mesoscopic properties of β-lactoglobulin fibers in water (1)
- by changing the pH and ionic strength (1)
- if double layer effects and aggregation of fibers are correctly included directly in the second virial coefficient and excluded volume (1)
- respectively. We determine the isotropic−nematic (I−N) transition by cross-polarized microscopy and quantify by atomic force microscopy the increasing tendency of the fibers to aggregate upon raising ionic strength. We then compare experimental I−N transitions with theoretical expected values based on Onsager theory. Unlike previous reports on lyotropic liquid crystalline behavior of protein fibers (1)
- we show that (1)