Citas bibligráficas
Cáceres, J., (2022). Estudio invitro de la resistencia a la tracción vertical de incrustaciones Overlay cementadas con protocolo IDS y sin IDS en molares, Cusco 2018 [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/4918
Cáceres, J., Estudio invitro de la resistencia a la tracción vertical de incrustaciones Overlay cementadas con protocolo IDS y sin IDS en molares, Cusco 2018 []. PE: Universidad Andina del Cusco; 2022. https://hdl.handle.net/20.500.12557/4918
@misc{renati/955761,
title = "Estudio invitro de la resistencia a la tracción vertical de incrustaciones Overlay cementadas con protocolo IDS y sin IDS en molares, Cusco 2018",
author = "Cáceres Dávila, Jenifer Mónica",
publisher = "Universidad Andina del Cusco",
year = "2022"
}
The present research work whose epigraph is “ Invitro study of resistance to vertical traction of incrustaciones overlay cemented with protocol ids and without ids en molars, cusco 2018” had as its main problem What is the resistance to vertical traction of incrustaciones overlay cemented with protocol ids and without ids en molars, cusco 2018? In addition having as main objective to Determine the resistance to the vertical traction of incrustations overlay cemented with protocol ids and without ids in molars, Cusco 2018, whose methodology was The type of investigation was Quantitative its scope of the present work was, descriptive and comparative its design of investigation will be Quasi experimental, and its population was given by 20 dental molars which will be collected by orthodontic indication its sample was also of random not probabilistic form in quantity of 20 dental molars pieces. Having as conclusions that the resistance to vertical traction forces in overlay inlays cemented with the IDS protocol was lower and the resistance to vertical traction forces in overlay inlays cemented without the IDS protocol was higher, finally the resistance to vertical traction forces in overlay inlays cemented without the IDS protocol were better compared to the resistance to vertical traction forces offered by the samples with the IDS protocol.
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