Research Paper (postgraduate) from the year 2010 in the subject Medicine - Dentistry, University of Mosul (Dental college), language: English, abstract: Aims: To evaluate pH, viscosity and retentive ability of modified adhesive materials and compared it with commercially available adhesive materials. Materials and Methods: The pH-value of 0.25% denture adhesive materials were determined using pH meter. The viscosity was determined by Ostwald viscometer (Aldrich Company). The retentive ability was measured by specially manufactured reten-tion testing machine using an acrylic resin disc samples which have 6cm diameter and 3mm thickness prepared from a special mold. Results: The findings of the present study showed that the "Bonyplus" gave the highest pH values of all materials tested. Also, showed that the "CMC" gave the highest vis-cosity values, while "Bonyplus" gave the lowest one. The "CMC" gave the highest retention while the "Distilled water" gave the lowest one. Conclusions: All denture adhesive materials tested have a pH equal to that of neutral. The viscosity test showed that the newly prepared materials have a higher vis-cosity than commercial denture adhesive materials. The retention test showed that the newly prepared materials have a higher efficiency than commercial denture adhesive materials. Key Words: Retentive ability, Properties, denture, adhesive material.



Autorentext
Name: AMER A. TAQAEmail: amertaqa@hotmail.comDEPARTMENT OF DENTAL BASIC SCIENCECOLLEGE OF DENTISTRY/MOSUL UNIVERSITY/IRAQEDUCATIONPhD in Inorganic Chemistry awarded in 2001. Dissertation Title "Preparation and study some of complexes that can be used as dentalrestorative. Advisor: Tahanee Al-Sandook and I.M.Ahmed.M.Sc in inorganic Chemistry awarded in 1991. Dissertation Title"Preparation and study some of uranium complexes with nitrones" Advisor:Wiseman Aziz.B.Sc in Chemistry ...
Titel
Evaluation of Retentive Ability and Some Properties of Modified Denture Adhesive Materials
EAN
9783656365990
ISBN
978-3-656-36599-0
Format
E-Book (pdf)
Hersteller
Herausgeber
Veröffentlichung
04.02.2013
Digitaler Kopierschutz
frei
Dateigrösse
0.59 MB
Anzahl Seiten
7
Jahr
2013
Untertitel
Englisch