Assessment of physical properties of orthodontic esthetic ligatures - Aggarwal, Richa
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For an orthodontist an ideal biomaterial should have desirable aesthetic properties and should also do well mechanically under clinical situations. So, these requirements led to the designing of the present study , with an aim to quantitatively assess the discoloration caused by the effect of various dietary media on clear elastomeric modules and Teflon coated ligature wire and the means for the reduction of the discoloration of elastomeric modules and further to evaluate and compare the frictional resistance offered by these esthetic ligation methods. For evaluation of resistance to…mehr

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Produktbeschreibung
For an orthodontist an ideal biomaterial should have desirable aesthetic properties and should also do well mechanically under clinical situations. So, these requirements led to the designing of the present study , with an aim to quantitatively assess the discoloration caused by the effect of various dietary media on clear elastomeric modules and Teflon coated ligature wire and the means for the reduction of the discoloration of elastomeric modules and further to evaluate and compare the frictional resistance offered by these esthetic ligation methods. For evaluation of resistance to discolouration and for evaluation of frictional resistance, the study was carried out in-vitro and for evaluation of reduction in discoloration the study was conducted in-vivo, by using 3 types of clear elastomeric modules and a Teflon coated ligature wire.
Autorenporträt
Dr. Richa Aggarwal(Asstt.Professor, MMCH, Muzaffarnagar, India) is superintending and working in a state of art dental surgery, providing a full range of treatment to patients, helping them maintain an optimum standard of oral health. She is using specialist equipment and materials for planning and formulating efficacious treatment plans.