WebNON WORKING CONDYLE… also known as “Orbiting condyle”. Describes the condyle on the non-working side, which undergoes a mainly translatory movement during function on the working side. NON WORKING MOVEMENT… also known as “Non working side” “Non functioning” “Balancing” “Contralateral” or “Orbiting side”. Weborbit ( ˈɔːbɪt) n 1. (Astronomy) astronomy the curved path, usually elliptical, followed by a planet, satellite, comet, etc, in its motion around another celestial body under the influence of gravitation 2. a range or field of action or influence; sphere: he is out of my orbit. 3. (Anatomy) anatomy the bony cavity containing the eyeball.
Occipital condyles - Wikipedia
Webof the patient's orbiting condyle. Many semi-adjustable articulators cannot duplicate this exact pathway since only flat surfaces (slot-track) are available to guide the condyle. When the exact characteristics of the orbiting condylar movement are duplicated, the correct groove placement and fossa width can be more precisely developed in a WebCondyle that moves on the side of the mandible that moves toward the midline in a lateral excursion. Synonym (s): orbiting condyle. Want to thank TFD for its existence? Tell a … hidden picture worksheet printable
6. Determinants of Occlusal Morphology Pocket Dentistry
WebAug 22, 2024 · 3- Lateral movements : When the mandible moves laterally. one condyle (A) moves forward and inward, while the other condyle (B) will shift slightly in a lateroposterior (or rotate in vertical axis) direction : Lateral movement of the mandible is the result of contraction of one lateral pterygoid muscle. WebOrbitofrontal cortex definition of orbitofrontal cortex by Medical dictionary orbitofrontal cortex Also found in: Wikipedia . or·bi·to·fron·tal cor·tex the cerebral cortex covering the … WebJan 20, 2024 · Rotation occurs when the mandible makes a hinged movement. (the head of the condyle rotates around an imaginary axis) Translation occurs when the mandible moves into a protrusive or lateral position, or a combination of the two (bodily movement of the head of the condyle) The movements of the condyle in the glenoid fossa are either: 7. how electric circuit works