Clinical Trial Details
— Status: Completed
Administrative data
NCT number |
NCT05051748 |
Other study ID # |
202/2019 |
Secondary ID |
|
Status |
Completed |
Phase |
N/A
|
First received |
|
Last updated |
|
Start date |
September 8, 2019 |
Est. completion date |
December 24, 2020 |
Study information
Verified date |
September 2021 |
Source |
Suez Canal University |
Contact |
n/a |
Is FDA regulated |
No |
Health authority |
|
Study type |
Interventional
|
Clinical Trial Summary
This study was conducted for clinical evaluation of the quality of different minimal-invasive
treatment modalities and combination treatments in esthetics improvement of mild to moderate
fluorosed teeth using two different evaluation methods.
One hundred and sixty fluorosed teeth were included in this study. Prior to the
interventions, pre-operative photographs were taken as baseline records. After that teeth
were randomly allocated in eight treatment protocols with twenty teeth (n=20) included in
each protocol. Protocol one (P1) Opalescence™ boost™ PF 40%. Protocol two (P2) Opalustre™.
Protocol three (P3) MI-Paste Plus®. In protocol four (P4) teeth were treated with Opalustre™
followed by Opalescence™ boost™ PF 40%. In protocol five (P5) Opalescence™ boost™ PF 40% was
applied followed by MI-Paste Plus®, while in protocol six (P6) Opalustre™ was applied
followed by MI-Paste Plus®. Whereas protocol seven (P7) teeth were treated with Opalustre™
followed by Opalescence™ boost™ PF 40% and lastly MI-Paste Plus®. Protocol eight (P8)
control.
All teeth were evaluated immediately after treatment (T1), after 14 days (T2), after 3 months
(T3) and after 6 months (T4).
They were rated for "improvement in appearance" and "change in white/brown opaque areas"
using VAS through two blinded evaluators by comparing photographs of each follow-up time
point with baseline. "Patient satisfaction", "tooth sensitivity" and "requirements for
further treatments" were recorded by the participant.
Description:
This study was conducted for clinical evaluation of the quality of different minimal-invasive
treatment modalities and combination treatments in esthetics improvement of mild to moderate
fluorosed teeth using two different evaluation methods.
Materials used in this study were Opalustre™ (microabrasion paste of 6.6% hydrochloric acid
and Silicon Carbide), Opalescence™ Boost™ PF 40% (in-office bleaching of 40% hydrogen
peroxide) and MI-Paste Plus® (topical remineralizing tooth crème of casein phosphopeptide
amorphous calcium fluoride phosphate).
One hundred and sixty fluorosed teeth were included in this study. Prior to the
interventions, pre-operative photographs were taken as baseline records. After that teeth
were randomly allocated in eight treatment protocols with twenty teeth (n=20) included in
each protocol. Protocol one (P1) Opalescence™ boost™ PF 40%. Protocol two (P2) Opalustre™.
Protocol three (P3) MI-Paste Plus®. In protocol four (P4) teeth were treated with Opalustre™
followed by Opalescence™ boost™ PF 40%. In protocol five (P5) Opalescence™ boost™ PF 40% was
applied followed by MI-Paste Plus®, while in protocol six (P6) Opalustre™ was applied
followed by MI-Paste Plus®. Whereas protocol seven (P7) teeth were treated with Opalustre™
followed by Opalescence™ boost™ PF 40% and lastly MI-Paste Plus®. Protocol eight (P8)
control.
All teeth were evaluated immediately after treatment (T1), after 14 days (T2), after 3 months
(T3) and after 6 months (T4).
They were rated for "improvement in appearance" and "change in white/brown opaque areas"
using VAS through two blinded evaluators by comparing photographs of each follow-up time
point with baseline. "Patient satisfaction", "tooth sensitivity" and "requirements for
further treatments" were recorded by the participant.
Data were collected, checked, revised and organized in tables and figures using Microsoft
Excel 2016.Improvement in appearance, change in opacity, tooth sensitivity, patient
satisfaction and requirement for further treatment were not normally distributed (p<0.05*)
i.e. nonparametric data, accordingly, Freidman's test to differentiate between timepoints and
Kruskal-Wallis to compare between treatment protocols were applied at 0.05 level.