AbstractA method is presented for determining second virial coefficients (B2) of protein solutions from retention time measurements in size exclusion chromatography. We determine B2 by analyzing the concentration dependence of the chromatographic partition coefficient. We show the ability of this method to track the evolution of B2 from positive to negative values in lysozyme and bovine serum albumin solutions. Our size exclusion chromatography results agree quantitatively with data obtained by light scattering
One key barrier to the timely and efficient production of biopharmaceuticals is that they are prone ...
The number of protein containing therapeutic drugs is growing day by day. Lack of proper storage con...
Biopharmaceutical drugs are large, complex protein molecules derived from living cells. The characte...
AbstractA method is presented for determining second virial coefficients (B2) of protein solutions f...
ABSTRACT A method is presented for determining second virial coefficients (B2) of protein solutions ...
AbstractA method is proposed for the measurement of the B22 value of proteins in aqueous solutions i...
AbstractWeak protein interactions are often characterized in terms of the osmotic second virial coef...
AbstractThe concentration-dependence of the diffusion and sedimentation coefficients (kD and ks, res...
The second osmotic virial coefficients (b2) of four proteins – lysozyme, recombinant human lactoferr...
AbstractThe second osmotic virial coefficients (b2) of four proteins – lysozyme, recombinant human l...
AbstractProtein self-interaction is important in protein crystal growth, solubilization, and aggrega...
The relationship of second virial coefficient, B22 with solubility is reviewed and its relationship ...
We describe a thermodynamic approach that supports the adoption of a simplified procedure for the de...
AbstractThe osmotic second virial coefficient, B2, obtained by light scattering from protein solutio...
High resolution size exclusion chromatography (SEC) coupled with static light scattering (SLS) analy...
One key barrier to the timely and efficient production of biopharmaceuticals is that they are prone ...
The number of protein containing therapeutic drugs is growing day by day. Lack of proper storage con...
Biopharmaceutical drugs are large, complex protein molecules derived from living cells. The characte...
AbstractA method is presented for determining second virial coefficients (B2) of protein solutions f...
ABSTRACT A method is presented for determining second virial coefficients (B2) of protein solutions ...
AbstractA method is proposed for the measurement of the B22 value of proteins in aqueous solutions i...
AbstractWeak protein interactions are often characterized in terms of the osmotic second virial coef...
AbstractThe concentration-dependence of the diffusion and sedimentation coefficients (kD and ks, res...
The second osmotic virial coefficients (b2) of four proteins – lysozyme, recombinant human lactoferr...
AbstractThe second osmotic virial coefficients (b2) of four proteins – lysozyme, recombinant human l...
AbstractProtein self-interaction is important in protein crystal growth, solubilization, and aggrega...
The relationship of second virial coefficient, B22 with solubility is reviewed and its relationship ...
We describe a thermodynamic approach that supports the adoption of a simplified procedure for the de...
AbstractThe osmotic second virial coefficient, B2, obtained by light scattering from protein solutio...
High resolution size exclusion chromatography (SEC) coupled with static light scattering (SLS) analy...
One key barrier to the timely and efficient production of biopharmaceuticals is that they are prone ...
The number of protein containing therapeutic drugs is growing day by day. Lack of proper storage con...
Biopharmaceutical drugs are large, complex protein molecules derived from living cells. The characte...