IN-VITRO STUDY TO ASSESS EFFECT OF A GLIDE PATH ON CANAL TRANSPORTATION AND CENTERING RATIO IN DOUBLE CURVED CANALS.

In-Vitro study to Assess Effect of a Glide Path on Canal Transportation and Centering Ratio in Double Curved canals.

Objective: In endodontic treatment, creating a glide path became one of the recommended essential principles to obtain a safe preparation as possible; so the aim of the research is to evaluate the efficiency of the R-Pilot system in glide path preparation within the double curved canals.Study design: A laboratory study to assess the efficiency R-Pi

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In-plane and out-of-plane bending moments and local stresses in mooring chain links using machine learning technique

This paper proposes an efficient approach based on a machine learning technique to predict the local stresses on mooring chain links.Three-link and multi-link finite element analyses were conducted for a target chain link of D107 with steel grade R4; 24,000 and 8000 analyses were performed, respectively.Two serial Artificial Neural Network (ANN) mo

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Local epigenomic state cannot discriminate interacting and non-interacting enhancer-promoter pairs with high accuracy.

We report an experimental design issue in recent machine learning formulations of the enhancer-promoter interaction problem arising from the fact that many enhancer-promoter pairs Bull Bars share features.Cross-fold validation schemes which do not correctly separate these feature sharing enhancer-promoter pairs into one test set report high accurac

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