The Rectifier is the fundamental tool of the experimental Starecta method for treating spinal deformities and a number of other symptoms associated with these conditions. This intraoral device is the result of research by the Italian Moreno Conte, who intuitively developed this technology out of desperation: the twisting collapse of his skeletal structure brought him almost to death, and he needed to find a way to survive. He succeeded. The intraoral Rectifier device, which Moreno tested on himself and thousands of patients around the world have already tried, creates orthopaedic forces capable of changing the skeletal structure, restoring its upright position and symmetry and rebalancing all the structures supporting the skull.

Radiographic confirmation

Two frontal skull radiographs with red, green, blue and yellow reference marks and time captions.Source image captions: Left: taken around June 2014 (before Starecta); Right: taken May 29, 2015 (after 7 months of Starecta)
photo from https://biomechanical-dystonia.net

The X-rays above show how seven months of using the Rectifier can change the bony structure supporting the skull: the jaws, dental arches, facial bones and cervical vertebrae. This patient suffered from chronic pain in the neck, left shoulder and back, voice problems (‘broken voice’), chronic fatigue syndrome and neurological problems, including difficulty concentrating. Seven months of treatment resolved these symptoms. Before turning to the Starecta method, this patient tried many treatments in both conventional and alternative medicine without improvement (his detailed story is here).

Two frontal skull radiographs with blue reference lines and time captions.Source image captions: Left: taken around June 2014 (before Starecta); Right: taken May 29, 2015 (after 7 months of Starecta)
photo from https://biomechanical-dystonia.net

In the next image, you can see a schematic model of the change in his skeletal structure.

Two front views of a skeleton with coloured lines and a red arrow on a black background.
image from starecta.com

How the Rectifier works

Photograph of dental models with red arrows and a dot.
starecta.com

The Rectifier is a gradually adapting, dynamic dental splint for the lower jaw whose position needs to be updated every two weeks. This dental splint produces orthopaedic forces by using the swallowing reflex to activate a lever located on the molars: the three large back teeth on both sides at the rear of the jaw. The resulting orthopaedic forces push the lower jaw backwards (which is why the lower jaw must continually be moved slightly forwards when activating the splint), raise the facial bones and push the skull upwards. The Rectifier must be used twenty-four hours a day and, most importantly, during sleep at night.

A gradually adaptable device

The splint is adjusted every two weeks directly in the mouth. The patient must sit on a chair or stand upright, trying to stretch the spine and neck as much as possible while holding the mouth open. This position can be imagined as an attempt to move the crown of the head as far away from the pelvis as is possible at that moment. In this position, the new bite is registered on the splint until the Rectifier's material hardens while the person is still sitting (or standing, if they are registering it while standing).

Rectifier: step-by-step instructions — here.

Orthopaedic forces

Side-view skull and neck diagram with coloured lines, arrows and muscle captions.Source image captions: Vertical Line; Horizontal Line; C.G.Skull; Fm; Fr; Fm > Fr; Muscles of the stomatognathic system; The chain of muscles are placed under traction and work with eccentric contraction which allows for elongation.

As already stated, the Rectifier uses orthopaedic forces produced by swallowing to activate the lever located on the molars at the back of the jaw. The image above helps explain this principle. The Rectifier device raises the skull only in the molar and premolar region (the three molars and the two premolars preceding them on the dental arches). The Rectifier effectively shifts the lever's fulcrum distally (towards the back of the mouth) and uses the skull's weight and the lower jaw's movement during swallowing to create a force that raises the skull and restructures the position of the cervical vertebrae. The next two photographs below show how the molar lever works.

Dental models in a white holder held by a hand.
starecta.com

By applying force with your hand in the same direction as the chewing muscles (the red arrows in the picture below), you can clearly visualise how the back of the mouth is subjected to a stretching force (the green arrows in the illustration): the white plastic holders move upwards along their base, and the distance between the lower and upper jaws at the back of the mouth increases by approximately half a centimetre.

Dental models in a white holder with red and green arrows.
starecta.com

Thus, the lever located in the molar region of the dental arches stretches the back of the cervical spine and raises the skull.

The Rectifier for eliminating spinal deformities

Seven photographs of a man in profile with the original time captions.Source image captions: Before; 4 months; 5 months; 6 months; 7 months; 8 months; 1 year
Starecta method founder Moreno Conte (Italy)

The Starecta method has scientifically confirmed and documented evidence of eliminating morphological deformities of the twisted spine known as scoliosis, hyperlordosis and hyperkyphosis. The Starecta method is based on the principles of Newtonian mechanics applied to the human body, which this method considers a musculoskeletal biomechanical system. Using the lever method, the Rectifier restores correct posture to the body, allowing the spine to stretch in an entirely natural way.

Condylar-shaped teeth

Collage: tooth and jaw diagrams, movement arrows and tooth contact labels.Source image captions: Working side contacts; Non-working side contacts

The Rectifier reproduces in the mouth what is technically called ‘Gerber's bilateral balanced occlusion with condylar-shaped teeth’ (according to his condylar theory, Gerber developed condylar-shaped teeth whose chewing surfaces are shaped so that each pair of opposing teeth represents a mini-segment, with the fissure of the lower tooth forming a pronounced chewing groove and the corresponding upper molar forming a pronounced palatal cusp). The illustration above shows schematically how this works.

The Rectifier creates the shape and curvature of a chewing groove in the lower molars and palatal cusps (the so-called condyles) in the upper ones. Thus, the lower jaw moves along the curves of the molars, imitating the movements of the condyles (the ball-shaped ends) in the joint socket. The next image clearly shows how, in accordance with the ‘Bennett movement’ (an orthopaedic concept), the Rectifier allows the axis of the occlusal plane to align with the axis of the cervical spine.

Several jaw diagrams with arrows and original captions about Bennett movement.Source image captions: Hinge; Ellipsoid; Mandibular asymmetry; Maxillary and cranial asymmetry; Maxillary torsion (orthodontics); RC lateral to OC; Bennett movement articulated on the teeth in a condylar form in Gerber occlusion places the mandible, maxilla, condyle and skeleton on the same axis, with a greater DVO; Bennett movement

It is worth considering that this concept is the complete opposite of the currently widespread occlusal concepts based on the centric relation of occlusion and the principle of ‘anterior guidance’ (the principles of orthocraniodontics are similar to Starecta in this respect). With the Rectifier, molars on opposing dental arches work in a unified articulating movement (which describes curves), with forces between opposing teeth in different directions. In the widespread ‘anterior guidance’ philosophy of occlusion, however, teeth have only vertical forces at their contacts.

Technical information about Starecta. Very important! — here.

How to make a splint for biomechanical treatment yourself — here.
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The original article is on https://biomechanical-dystonia.net; Russian translation