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Burstone published his first paper in 1959 in Journal of Dental Research. In 1961, Burstone was the first to introduce the photographic occlusogram. He is also known to have developed the segmental Intrusion (orthodontics) arch technique in 1950s. [5] Burstone and Legan in their 1980 paper proposed a constructed horizontal line.
The molars served as an anchorage for the intrusion arch while the pure intrusion was achieved via downward force on the anterior segment where the intrusion arch was engaged. Dr. Burstone also believed in using low magnitude forces to achieve the desired intrusion. [5]
A lingual arch is an orthodontic device which connects two molars in the upper or lower dental arch. The lower lingual arch (LLA) has an archwire adapted to the lingual side of the lower teeth. In the upper arch the archwire is usually connecting the two molars passing through the palatal vault, and is commonly referred as "Transpalatal Arch ...
In the Anterior-Posterior dimension, appliances such as Class II and Class III are used. Appliances used in transverse dimension are utilized to expand either the maxillary or the mandibular arch. Appliances used in the vertical dimension are used to correct open or deep bite. [3] [4]
These appliances can be used to achieve expansion in the maxillary arch; there are devices for mandibular expansion or lower expansion too. In past many years, different types of appliances have been made. These types are: tissue-borne, tooth-borne, slow maxillary expansion, rapid maxillary expansion, and bone-anchored.
Charles J. Burstone and Dr. Goldberg developed the β-Titanium when they combined Molybdenum with pure titanium. [17] They devised this alloy to allow these wires to produce lower biomechanical forces compared to the stainless steel and cobalt-chromium-nickel wires. They have better formability and springback than the stainless steel wires.
This analysis was developed by Charles J. Burstone when it was presented in 1978 in an issue of AJODO. [30] This was followed by Soft Tissue Cephalometric Analysis for Orthognathic Surgery in 1980 by Arnette et al. [31] In this analysis, Burstone et al. used a plane called horizontal plane, which was a constructed of Frankfurt Horizontal Plane.
Upper and Lower Jaw Functional Expanders. There is a totally different orthodontics approach without extraction and pain, is called functional orthodontics, the functional orthodontic technology is different and called functional appliance, that is an appliance that produces all or part of its effect by altering the position of the mandible/maxilla.