Search Results - "Zielinski, Michal W."

Nonideal Solute Chemical Potential Equation and the Validity of the Grouped Solute Approach for Intracellular Solution Thermodynamics by Zielinski, Michal W, McGann, Locksley E, Nychka, John A, Elliott, Janet A. W

“…The prediction of nonideal chemical potentials in aqueous solutions is important in fields such as cryobiology, where models of water and solute transportthat…”
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Measurement of grouped intracellular solute osmotic virial coefficients by Zielinski, Michal W., McGann, Locksley E., Nychka, John A., Elliott, Janet A.W.

“…Models of cellular osmotic behaviour depend on thermodynamic solution theories to calculate chemical potentials in the solutions inside and outside the cell…”
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Comparison of non-ideal solution theories for multi-solute solutions in cryobiology and tabulation of required coefficients by Zielinski, Michal W., McGann, Locksley E., Nychka, John A., Elliott, Janet A.W.

“…Thermodynamic solution theories allow the prediction of chemical potentials in solutions of known composition. In cryobiology, such models are a critical…”
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Comment on “Determination of the quaternary phase diagram of the water–ethylene glycol–sucrose–NaCl system and a comparison between two theoretical methods for synthetic phase diagrams” Cryobiology 61 (2010) 52–57 by Zielinski, Michal W., McGann, Locksley E., Nychka, John A., Elliott, Janet A.W.

“…Recently, measurements of a considerable portion of the phase diagram for the quaternary system water–ethylene glycol–sucrose–NaCl were published (Han et al.,…”
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020 The role of intracellular thermodynamic non-ideality in the modeling of cellular osmotic behavior by Zielinski, Michal W., W. Elliott, Janet A., McGann, Locksley E., Nychka, John A.

“…A central requirement in modeling cellular osmotic behaviour is the ability to calculate the chemical potentials of water and of permeating solutes (e.g…”
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46. The validity of using a grouped intracellular solute when calculating chemical potentials with the multi-solute osmotic virial solution theory by Zielinski, Michal W., Elliott, Janet A.W., McGann, Locksley E., Nychka, John A.

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104. Equilibrium volume of cells in non-ideal solutions of permeating cryoprotectants by Zielinski, Michal W., Heidelberg, Lena, Ross-Rodriguez, Lisa U., Elliott, Janet A.W., McGann, Locksley E., Nychka, John A.

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