An adhesive dental cement containing calcium hydroxyapatite

The incorporation of hydroxyapatite into glass-polyalkenoate (?glass-ionomer?) cements: a preliminary study

“…In addition, there was a plateau region in which considerable additions of HAp made no significant difference to the compressive strength, or to the working and setting times. The origin of these differences and of the plateau phenomenon for G200D is unclear, though similar effects have been observed previously with HAp-filled zinc polycarboxylate [18]. Finally, the effect of HAp on the development of strength was studied using the formulations containing 10% HAp.…”

“…It has been found to improve the physical properties of novel bone cements based on either ethyl/butyl methacrylate co-polymers [16] or 4-methacryloyloxy ethyl methacrylate/methyl methacrylate co-polymers [17]. It has also been included in zinc polycarboxylate cements [18] to improve their biocompatibility. These latter formulations are now commercially available as dental cements of enhanced biocompatibility.…”

The incorporation of hydroxyapatite into glass-polyalkenoate (?glass-ionomer?) cements: a preliminary study

“…In addition, there was a plateau region in which considerable additions of HAp made no significant difference to the compressive strength, or to the working and setting times. The origin of these differences and of the plateau phenomenon for G200D is unclear, though similar effects have been observed previously with HAp-filled zinc polycarboxylate [18]. Finally, the effect of HAp on the development of strength was studied using the formulations containing 10% HAp.…”

“…It has been found to improve the physical properties of novel bone cements based on either ethyl/butyl methacrylate co-polymers [16] or 4-methacryloyloxy ethyl methacrylate/methyl methacrylate co-polymers [17]. It has also been included in zinc polycarboxylate cements [18] to improve their biocompatibility. These latter formulations are now commercially available as dental cements of enhanced biocompatibility.…”

An evaluation of mechanical property and microstructural development in HAP-Ca polycarboxylate biocomposites prepared by hot pressing

“…21 It has also been included in zinc polycarboxylate cements to improve their biocompatibility. 22 Therefore, the type of composites produced according to Eq. (1) is anticipated to have properties that may closely approximate those of hard tissues.…”

The incorporation of hydroxyapatite into glass-polyalkenoate (?glass-ionomer?) cements: a preliminary study

“…In addition, there was a plateau region in which considerable additions of HAp made no significant difference to the compressive strength, or to the working and setting times. The origin of these differences and of the plateau phenomenon for G200D is unclear, though similar effects have been observed previously with HAp-filled zinc polycarboxylate [18]. Finally, the effect of HAp on the development of strength was studied using the formulations containing 10% HAp.…”

“…It has been found to improve the physical properties of novel bone cements based on either ethyl/butyl methacrylate co-polymers [16] or 4-methacryloyloxy ethyl methacrylate/methyl methacrylate co-polymers [17]. It has also been included in zinc polycarboxylate cements [18] to improve their biocompatibility. These latter formulations are now commercially available as dental cements of enhanced biocompatibility.…”

An evaluation of mechanical property and microstructural development in HAP-Ca polycarboxylate biocomposites prepared by hot pressing

“…21 It has also been included in zinc polycarboxylate cements to improve their biocompatibility. 22 Therefore, the type of composites produced according to Eq. (1) is anticipated to have properties that may closely approximate those of hard tissues.…”

The incorporation of hydroxyapatite into glass-polyalkenoate (?glass-ionomer?) cements: a preliminary study

“…In addition, there was a plateau region in which considerable additions of HAp made no significant difference to the compressive strength, or to the working and setting times. The origin of these differences and of the plateau phenomenon for G200D is unclear, though similar effects have been observed previously with HAp-filled zinc polycarboxylate [18]. Finally, the effect of HAp on the development of strength was studied using the formulations containing 10% HAp.…”

“…It has been found to improve the physical properties of novel bone cements based on either ethyl/butyl methacrylate co-polymers [16] or 4-methacryloyloxy ethyl methacrylate/methyl methacrylate co-polymers [17]. It has also been included in zinc polycarboxylate cements [18] to improve their biocompatibility. These latter formulations are now commercially available as dental cements of enhanced biocompatibility.…”

An evaluation of mechanical property and microstructural development in HAP-Ca polycarboxylate biocomposites prepared by hot pressing

“…21 It has also been included in zinc polycarboxylate cements to improve their biocompatibility. 22 Therefore, the type of composites produced according to Eq. (1) is anticipated to have properties that may closely approximate those of hard tissues.…”