Open AccessIn vitro mineral apposition analysis of two Colombian plant extracts on Amelogenesis imperfecta teeth
Author(s) -
GutiérrezPrieto Sandra J.,
SequedaCastañeda Luis G.,
PenedoJaramillo Gabriela M.,
ChacínNieto Andrea V.,
ContrerasCáceres Daniel R.,
MorenoAbello Gloria C.,
GalvisRincón María P.,
GamboaJaimes Fredy O.,
LuengasCaicedo Pilar E.
Publication year - 2022
Publication title -
clinical and experimental dental research
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.464
H-Index - 9
ISSN - 2057-4347
DOI - 10.1002/cre2.485
Subject(s) - apposition , enamel paint , amelogenesis imperfecta , dentistry , chemistry , mineral , biology , traditional medicine , botany , medicine , anatomy , organic chemistry
Abstract Objective To determine if native Colombian Piper marginatum Jacq. and Ilex guayusa Loes plant extracts have a remineralizing effect on teeth with Amelogenesis imperfecta in comparison with the commercial products Clinpro‐3M and Recaldent™. Material and Methods An in vitro study was carried out with 128 human teeth slices (64 healthy and 64 with Amelogenesis imperfecta) on which an initial Raman spectroscopy was performed followed by Raman spectroscopies at 0, 24, 48, and 72 h to determine possible remineralization by observing mineral increase or decrease as a result of P . marginatum Jacq. and I . guayusa Loes extract application in comparison to control substance (Clinpro and Recaldent™) application. Obtained data were analyzed using a bivariate method with a t unidirectional test. Significant differences among groups were determined by an ANOVA with Dunnett post hoc tests. Results Native I . guayusa Loes and P . marginatum Jacq. Colombian plants extracts exhibited phosphate and orthophosphate mineral apposition, where P . marginatum Jacq. presented better results. Conclusions Native Colombian I . guayusa Loes and P . marginatum Jacq plant extract might in the future be useful for dental tissue remineralization, as they induced phosphate and orthophosphate mineral apposition, main components of tooth enamel. These types of natural compounds can become an alternative to fluorine, whose ingestion is harmful to the human body.