MINIMALLY INVASIVE REHABILITATION OF A SEVERELY ATROPHIC AND FULLY EDENTULOUS MAXILLA USING 4-MM-ULTRASHORT IMPLANTS: A CASE REPORT WITH 1-YEAR FOLLOW-UP

Minimally invasive rehabilitation of a severely atrophic and fully edentulous maxilla using 4-mm-ultrashort implants: A case report with 1-year follow-up

This case report describes an alternative minimally invasive treatment option using 4-mm-long ultrashort implants placed to rehabilitate a severely atrophic edentulous maxilla.The patient, coming from a full removable denture, asked for an implant prosthesis avoiding reconstructive surgeries and expensive procedures.Considering that the mean availa

read more

Analysis of differential splicing gene by regulation of splicing regulatory protein KHSRP in lung adenocarcinoma

Background and purpose: Alternative splicing plays a crucial role in the functions and regulation of complex proteins such as cell proliferation, growth, apoptosis and differentiation, and can cause the occurrence and development of various diseases, including cancer.Currently, the functions and molecular mechanisms of most alternative splicing fac

read more


An Overview of the Interactions Between Reinforcements and Al Matrices with Si, Cu And Mg as Alloying Elements in Aluminum Matrix Composites: Case of Oxide Reinforcements

Abstract Oxides (Al2O3, SiO2, TiO2, ZrO2, Y2O3, CeO2, MgO) are among the most used reinforcements for Aluminum Matrix Composites (AMC); while the combination of Al with Si, Cu and/or Mg excels among the alloying systems used as matrices.Some works in literature study the effects of the reinforcements and the alloying elements on the composites manu

read more