Burstone´S Segmented Arch Orthodontic Technique

Mechanical Principles mechanics force systems tooth movement

What you'll learn
The basic concepts of Burstone´s approach to accomplishing tooth-to-tooth alignment.
How to obtain homogeneous tooth displacements.
To deal with the force systems applied and the resultant movements.
To learn the characteristics of the attachments employed in force-driven orthodontics.
How to handle the treatment sequencing concerning the Burstone technique.
The basic concepts involving static equilibrium

Requirements
The only prerequisite is the interest in learning orthodontics governed by forces.

Description
This course essentially teaches how to solve orthodontic problemsThis course provides students and specialists with access to highly relevant teaching material. It brings orthodontists into contact with totally different ideas regarding the treatment of dental malocclusion, revealing the secrets of this attractive way of aligning teeth.I am sure that in this course you will learn valuable content to improve the treatment you offer your patients.This course aims to synthesize and correlate new information in an easy-to-learn format. It is worth noting that all the information is presented on a scientific basis, in the manner presented by Charles Burstone. The orthodontist will receive content without the mathematical rigor required by engineering, but very enlightening for a clinician who wants to treat patients with the efficiency of Burstone's segmented arch technique. This approach is based on the exact sciences, but this course fills a gap in the field of orthodontics, which is the presentation of topics often left out of traditional orthodontics.The unique capabilities of the orthodontic mechanisms recommended by Burstone lie in their ability to create forces and force pairs in all three dimensions of space, which drastically reduces treatment times.If you want to invest the time and energy necessary to clearly understand concepts about forces, force pairs, as well as moments produced by these entities on solids and their respective equilibrium, you will have renewed pleasure and enthusiasm in practicing this fascinating specialty. It is not easy and requires a lot of study, but the rewards are great. As Burstone said, there are no easy paths.Through the content of this course, you will learn that what used to be undesirable and idiopathic tooth movements during treatment are now recognized as systems of forces that present themselves during treatment and are perfectly avoided by using the laws of static engineering. Keep in mind that unwanted side effects can be predicted and controlled, but never avoided. It is worth emphasizing that the orthodontic mechanisms prescribed by Burstone are custom-designed for each tooth movement to be carried out and are analyzed according to the principles of mechanical and static engineering.

Overview
Section 1: Introdução

Lecture 1 Introdução

Lecture 2 BurstonesSegmented Arch Technique:the Foundations

Lecture 3 Diagnosis

Lecture 4 Rigid Bodies in orthodontics

Lecture 5 Mechanical Plan

Lecture 6 Problem Definition

Lecture 7 The Force System at the Center of resistance

Lecture 8 The Force System at the Bracket

Lecture 9 Static Equilibrium in Orthodontics

Lecture 10 Appliance Selection

Lecture 11 Appliance Activation

Lecture 12 Doing Rotation

Lecture 13 Doing Vertical Translation

Lecture 14 Doing Rotation and Vertical Translation

Lecture 15 Doing Horizontal Translation

Lecture 16 Doing Oblique Translation

Lecture 17 Bonus Lecture

Specialists and post-graduate students in orthodontics, as well as bioengineering students.

without You and Your Support We Can’t Continue
Thanks for Buying Premium From My Links for Support
Click >>here & Visit My Blog Daily for More Udemy Tutorial. If You Need Update or Links Dead Don't Wait Just Pm Me or Leave Comment at This Post