Bio-Rad Bio-Scale™ Mini CHT™ 40 µm Cartridges - Manual (Page 16)

M. Gorbunoff et al., The Interaction of Proteins with
Hydroxyapatite II: Role of Acidic and Basic Groups,
Analytical Biochemistry 136, 433–439 (1984)
M. Gorbunoff et al., The Interaction of Proteins with
Hydroxyapatite III: Mechanism., Analytical
Biochemistry 136, 440–445 (1984)
D. J. Josic et al., Purification of monoclonal antibodies
by hydroxyapatite HPLC and size exclusion HPLC,
Hoppe-Seylars Zeitschrift fur Physiologische
Chemie 372, 149–156 (1991)
T. Kawasaki et al., Hydroxyapatite as a Liquid
Chromatographic Packing. J. Chromatography 544,
147–184 (1991)
L. Cummings et al., Ceramic Hydroxyapatite Offers
a New, Old Chromatography Application Tool,
Genetic and Engineering News 14 (1994)
FPLC is a trademark of GE Healthcare group companies. Luer-Lok is
trademark of Becton, Dickinson and Co. Teflon is a trademark of E.I.
du Pont de Nemours and Co. Triton is a trademark of Union Carbide.
25
Section 8
References
P. Gagnon et al., A Ceramic Hydroxyapatite-Based
Purification Platform, BioProcess International 4 (2),
50–60 (2006)
T. Ogawa et al., Effect of pH on Gradient Elution of
Proteins on Two Types of Macro-Prep Ceramic
Hydroxapatite, Prep Tech ’95, Industrial Separation
Science Conference, East Rutherford, NJ (1995)
S.R. Shepard et al., Discoloration of ceramic
hydroxyapatite used for protein chromatography, J
Chromatography A 891, 93–98 (2000)
E. Dolinski et al., Purification of a Fusion Protein by
Ceramic Hydroxyapatite Chromatography, Second
International Conferences on Hydroxyapatite and
Related Products, San Francisco, Ca (2001)
M. Gorbunoff et al., The Interaction of Proteins with
Hydroxyapatite I: Role of Protein Charge and
Structure, Analytical Biochemistry136, 425–432 (1984)
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