Ceramic Ha Resin

Details of the binding mechanism are described in chapter 3.

Ceramic ha resin.

Hydroxyapatite is the hydroxyl endmember of the complex apatite group the oh ion can be replaced by fluoride chloride or carbonate. Ceramic hydroxyapatite cht ceramic hydroxyapatite types i and ii are produced. Hydroxyapatite also called hydroxylapatite ha is a naturally occurring mineral form of calcium apatite with the formula ca 5 po 4 3 oh but it is usually written ca 10 po 4 6 oh 2 to denote that the crystal unit cell comprises two entities. The duration and temperature of the sintering step determine whether the ceramic hydroxyapatite is cht type i or type ii.

This mixed mode support offers unique selectivities and often separates biomolecules that appear homogeneous using other chromatographic methods. Cht ceramic hydroxyapatite and bio gel crystalline hydroxyapatite resins offer unique selectivities enabling the resolution of mixtures that appear homogenous with other media. Its mixed mode support offers unique selectivities and often separates biomolecules that appear homogeneous using other chromatographic methods. Cht ceramic hydroxyapatite ca 5 po 4 3 oh 2 support is a leading purification medium for today s demanding downstream process industry.

Cht is a mixed mode resin. Cht ceramic hydroxyapatite support is a leading purification medium for today s demanding downstream process industry. Cht is a leading purification medium of biomolecules. Cht ceramic hydroxyapatite is a spherical macroporous form of hydroxyapatite.

The ceramic material overcomes many of the limitations of traditional crystalline hydroxyapatite that prevent its use in industrial scale applications.