[HTML][HTML] Influence of pH levels and beverage exposure on force decay and color stability of orthodontic elastomeric chains: An experimental study

T Blagec, L Šimunović, SP Gjumlić, I Šutej… - The Saudi Dental …, 2024 - Elsevier
Aim of study To assess the impact of pH level on force decay and color stability of
orthodontic elastomeric chains (EOC) after exposure to commonly used beverages …

[HTML][HTML] Evaluation and Comparison of Force Degradation Levels Between Elastomeric Chains and Active Tiebacks With Elastic Modules During Individual Canine …

SM Thakur, U Shenoy, A Hazare, H Karia… - Cureus, 2024 - pmc.ncbi.nlm.nih.gov
Introduction: Canine retraction is critical in orthodontic treatment, requiring precise force
application. Elastomeric chains and active tiebacks are commonly used materials, but their …

Degradación de fuerzas en varios tipos de cadenas elastoméricas expuestas a dos enjuagatorios bucales. Estudio in vitro

EN Lujan Mucha - 2023 - repositorio.uss.edu.pe
El objetivo fue comparar in vitro la degradación de fuerzas entre varios tipos de cadenas
elastoméricas expuestas a dos enjuagatorios bucales. Material y Método: Se evaluaron 720 …

[PDF][PDF] Evaluation of Colour Stability in Orthodontic E-Chains in Various Solutions: An in Vitro Study

P Dharumalingam, A Nidhi, C Deepak… - Sch J Dent …, 2024 - saspublishers.com
This in vitro study aimed to evaluate the colour stability of orthodontic elastomeric chains (E-
chains) immersed in various solutions, simulating conditions encountered during orthodontic …

[PDF][PDF] Effect of magnetic water mouthwash on force decay of orthodontic elastomeric ligature ties.

ZE Omer, AK Al Hamdany - Romanian Journal of Stomatology …, 2024 - researchgate.net
Objectives. The objective of the present study was to evaluate the effect of magnetic water
(MW) as a mouthwash on the force decay of the orthodontic elastomeric ligature ties …