In situ calcium phosphate deposition in hydrogels of poly (acrylic acid)–polyacrylamide interpenetrating polymer networks
MS Simeonov, AA Apostolov, ED Vassileva - RSC advances, 2016 - pubs.rsc.org
Interpenetrating networks of poly (acrylic acid) and polyacrylamide were used for the first
time as templates for in situ calcium phosphate (CP) deposition in an attempt to mimic the
naturally occurring biomineralization. The process of CP deposition was controlled by two
main factors: the functionality and the overall crosslinking density of the IPNs' gels, both
factors being varied via the IPNs' composition. The approach allowed the control of CP
deposition in terms of amount, type and crystallite size. In this way the IPNs' potential as a …
time as templates for in situ calcium phosphate (CP) deposition in an attempt to mimic the
naturally occurring biomineralization. The process of CP deposition was controlled by two
main factors: the functionality and the overall crosslinking density of the IPNs' gels, both
factors being varied via the IPNs' composition. The approach allowed the control of CP
deposition in terms of amount, type and crystallite size. In this way the IPNs' potential as a …
[PDF][PDF] In situ calcium phosphate deposition in hydrogels of poly (acrylic acid)-polyacrylamide interpenetrating polymer...
A Apostolov, ED Vassileva - lans.igic.bas.bg
Interpenetrating networks of poly (acrylic acid) and polyacrylamide were used for the first
time as templates for in situ calcium phosphates (CP) deposition in an attempt to mimic the
natural occurring biomineralization. The process of CP deposition was controlled by two
main factors: the functionality and the overall crosslinking density of the IPNs' gels, both
factors being varied via the IPNs' composition. The approach allowed to control the CP
deposition in terms of amount, type and crystallite size. In this way the IPNs' potential as a …
time as templates for in situ calcium phosphates (CP) deposition in an attempt to mimic the
natural occurring biomineralization. The process of CP deposition was controlled by two
main factors: the functionality and the overall crosslinking density of the IPNs' gels, both
factors being varied via the IPNs' composition. The approach allowed to control the CP
deposition in terms of amount, type and crystallite size. In this way the IPNs' potential as a …
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