The Efficacy of Contemporary p(NIPAM)- based Microgel particles on Sealing ability & Shear Bond Strength to Dentin Compared to Universal Bonding System :
Ruba Alaa El Damarisy
The Efficacy of Contemporary p(NIPAM)- based Microgel particles on Sealing ability & Shear Bond Strength to Dentin Compared to Universal Bonding System : An In vitro study // MS // Prof.Dr Faten kamel // Dr. Reham mohsen // Dr. Mona Fadel (2017-2018) - Giza MSA 2018 - 12 P. 30 CM. - DENTISTRY DISTINGUISHED PROJECTS 2018 .
MSA Post Graduate Studies
This study was conducted to determine the effectiveness of
polymeric microgel dialyzed anionic p(NIPAM) on sealing of
dentinal tubules, it also evaluated the influence of the use of
the polymer p(NIPAM) on the bond strength to dentin. It was
concluded that p(NIPAM) can be used with adhesive system
without affecting the bond strength. Moreover, The etch and
rinse adhesive could not resist degradation under thermal
conditions. Furthermore, the addition of p(NIPAM) might be
able to protect the adhesive interface against degradation
when subjected to clinical thermal conditions
Dentistry--Sealing ability--Bonding System--Microgel particles
616
The Efficacy of Contemporary p(NIPAM)- based Microgel particles on Sealing ability & Shear Bond Strength to Dentin Compared to Universal Bonding System : An In vitro study // MS // Prof.Dr Faten kamel // Dr. Reham mohsen // Dr. Mona Fadel (2017-2018) - Giza MSA 2018 - 12 P. 30 CM. - DENTISTRY DISTINGUISHED PROJECTS 2018 .
MSA Post Graduate Studies
This study was conducted to determine the effectiveness of
polymeric microgel dialyzed anionic p(NIPAM) on sealing of
dentinal tubules, it also evaluated the influence of the use of
the polymer p(NIPAM) on the bond strength to dentin. It was
concluded that p(NIPAM) can be used with adhesive system
without affecting the bond strength. Moreover, The etch and
rinse adhesive could not resist degradation under thermal
conditions. Furthermore, the addition of p(NIPAM) might be
able to protect the adhesive interface against degradation
when subjected to clinical thermal conditions
Dentistry--Sealing ability--Bonding System--Microgel particles
616