OBJECTIVE: To analyze the in vitro force degradation of four different brands of elastomeric chains: American Orthodontics, Morelli, Ormco and TP Orthodontics. METHODS: The sample consisted of 80 gray elastomeric chains that were divided into four groups according to their respective manufacturers. Chain stretching was standardized at 21 mm with initial force release ranging from 300 g to 370 g. The samples were kept in artificial saliva at a constant temperature of 37°C and the degradation force was recorded at the following time intervals: initial, 1, 3, 5, 7 and 9 hours, and 1, 7, 14, 21, 28, and 35 days. RESULTS: There was a statistically significant difference between the groups regarding the force degradation, mainly within the first ...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Introduction. Orthodontic elastics are widely used in orthodontic treatment. It’s been proved that t...
Two brands of elastic chain, Alastic (Unitek Co.) and Power Chain II (Ormco Co.), were tested for fo...
Introduction: Elastomeric materials are considered important sources of orthodontic forces. Objectiv...
Objective: to assess force degradation over time of four commercially available orthodontic elastome...
This in vitro study was designed to compare the forces generated by commercially available elastomer...
Objective: An ideal orthodontic force system should exert continuous light force. Thus, many efforts...
BACKGROUND: Elastomeric chains are commonly used in orthodontics. Force decay in these materials po...
BACKGROUND: Elastomeric chains are commonly used in orthodontics. Force decay in these materials po...
BACKGROUND: Elastomeric chains are commonly used in orthodontics. Force decay in these materials po...
AbstractIntroductionElastic chains are indispensable accessories in orthodontic treatment. Changes i...
Introduction: The purpose of this study was to determine the force values of different orthodontic l...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Background: The aim of this study was to compare the force decay pattern of elastomeric chains and N...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Introduction. Orthodontic elastics are widely used in orthodontic treatment. It’s been proved that t...
Two brands of elastic chain, Alastic (Unitek Co.) and Power Chain II (Ormco Co.), were tested for fo...
Introduction: Elastomeric materials are considered important sources of orthodontic forces. Objectiv...
Objective: to assess force degradation over time of four commercially available orthodontic elastome...
This in vitro study was designed to compare the forces generated by commercially available elastomer...
Objective: An ideal orthodontic force system should exert continuous light force. Thus, many efforts...
BACKGROUND: Elastomeric chains are commonly used in orthodontics. Force decay in these materials po...
BACKGROUND: Elastomeric chains are commonly used in orthodontics. Force decay in these materials po...
BACKGROUND: Elastomeric chains are commonly used in orthodontics. Force decay in these materials po...
AbstractIntroductionElastic chains are indispensable accessories in orthodontic treatment. Changes i...
Introduction: The purpose of this study was to determine the force values of different orthodontic l...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Background: The aim of this study was to compare the force decay pattern of elastomeric chains and N...
Aim: The purpose in this study was to evaluate the degradation force of conventional synthetic ortho...
Introduction. Orthodontic elastics are widely used in orthodontic treatment. It’s been proved that t...
Two brands of elastic chain, Alastic (Unitek Co.) and Power Chain II (Ormco Co.), were tested for fo...