View clinical trials related to Tooth Diseases.
Filter by:This exploratory cross-sectional study proposes, firstly, to objectify in a population of Charcot-Marie-Tooth disease type 1A (CMT 1A)if there is a correlation between the recording of electrical parameters and upper limb muscle strength of the thigh and in a second step, to seek a relationship between the measured parameters.
Integration success rates and the preservation of crestal bone will be higher for the experimental device than for the control implants.
Integration success rates measured by lack of implant mobility and crestal bone regression measurement will be higher for the experimental implant design than for the control implants.
Integration success rates measured by resistance to countertorque testing will be higher for the experimental implant design than for the control implants.
A study where dental implants with different roughened surfaces will be evaluated for the ability to resist countertorque forces.
This study will demonstrate the benefits of platform switching design of the Osseotite dental implant.
Osseotite Certain Tapered implants placed in immediate prosthesis loaded cases.
Osseotite implants placed with higher insertion torque (TEST procedure) will have higher initial stability and integration success than those placed with lower insertion torque forces.
It is necessary for outcome measures to accurately reflect the state of health of a person in order for clinical trials to show benefit. The most commonly used outcome measure for Charcot Marie Tooth Disease (CMT) is the CMT Neuropathy Score, which uses cutoffs of points designated as mild (0-10 points), moderate (11-20) or severe (21-36). These terms are arbitrary. This study is looking to base mild, moderate, and severe on what both people affected with CMT and those who provide for people with CMT consider appropriate.
The present trial is a randomized, placebo-controlled study evaluating 3 different doses of PXT3003 in patients with CMT1A disease.