[Bjonnh.net]#

Authors / A.B.S. Sousa >


Publications / Bioadhesive properties of enriched proanthocyanidins primers >

doi 10.1016/j.dental.2015.08.132
authors Ariene A. Leme , Cristina M.P. Vidal , A.B.S. Sousa , Rasika Phansalkar , Joo-Won Nam(ORCID profile) , Jonathan Bisson(ORCID profile) , Shao-Nong Chen(ORCID profile) , Guido F. Pauli(ORCID profile) , Ana Bedran-Russo journal Dental Materials subjects PharmacognosyPhytochemistryDentistryOPACNMR

Plant derived proanthocyanidins are well-established compounds exhibiting high dentin biomodification potency. Among the effects, enhanced tissue biomechanics and biostability are of relevance to restorative dentistry. This study evaluated the adhesive properties of an enriched proanthocyanidin primer on the bond strength of experimental resin-based adhesives containing variable concentrations of HEMA.

categories publicationsscience

Publications / Phytochemical profile and dentin bioactivity of non-galloylated proanthocyanidins >

doi 10.1016/j.dental.2014.08.327
authors Ariene A. Leme , Cristina M.P. Vidal , Thaiane R. Aguiar , A.B.S. Sousa , Rasika Phansalkar , Joo-Won Nam(ORCID profile) , Jonathan Bisson(ORCID profile) , Shao-Nong Chen(ORCID profile) , Guido F. Pauli(ORCID profile) , Ana Bedran-Russo journal Dental Materials subjects PharmacognosyPhytochemistryDentistryOPACNMR

The polyphenol source and molecular structure complexity affects interactions of proanthocyanidins (PACs) with dentin matrix. Therefore, this study evaluated the dentin bioactivity of compounds from a non-galloylated PACs-rich extract.

categories publicationsscience