Total 3D Radiologia Odontológica e Tomografia

17/04/2025

A Total 3D tá passando por aqui pra desejar uma Feliz Páscoa cheia de sorrisos, carinho e muuuito chocolate!
Que seja um feriado de renovação e boas energias pra todos vocês!

Estaremos fechados apenas nos dias 18/04 (sexta-feira Santa) e 21/04 (Tiradentes), mas no sábado (19/04) funcionaremos normalmente!

Nos vemos por aqui!

🐰✨🍫

25/10/2024

“Feliz Dia do Dentista! Nós da Total 3D celebramos esses profissionais que transformam vidas e espalham confiança com cada sorriso que cuidam. Vocês são responsáveis por muito mais do que saúde bucal: são a garantia de que os sorrisos do mundo continuem iluminando o dia a dia. Obrigado(a) por todo o carinho e dedicação em nos fazer sorrir com segurança! 🦷💛

08/03/2024

Feliz Dia Das Mulheres a todas vocês que fazem do mundo um lugar melhor!! 🌹

27/10/2023

Mal-occlusions.

Developed by Edward H. Angle in 1890, the Angle Classifications are based on the relationship of the buccal groove of the mandibular first permanent molar and the mesiobuccal cusp of the maxillary first permanent molar. This classification is considered to be one of the most commonly used methods for identifying misalignment for molars.

According to Edward H. Angle, the normal occlusion (bite) exists when the mesiobuccal cusp of the upper first molar occludes with the buccal groove of the lower first molar. Any diversion from this alignment falls under the three classifications of malocclusion, and these categories are as follows:

🟦 Class I malocclusion: A normal molar relationship is present, but there is crowding, misalignment of the teeth, rotations, cross-bites, and other alignment irregularities.

🟦 Class II malocclusion: The mesiobuccal cusp of the maxillary first molar occludes anterior to the buccal groove of the mandibular first molar. Class II is categorized into two further parts:

🔸Class II, Division 1: The anterior maxillary teeth are tilted forward or proclined, presenting a large overjet.
🔸Class II, Division 2: The anterior maxillary teeth are retroclined, creating a deep overbite.

🟦 Class III malocclusion: The mesiobuccal cusp of the upper first molar falls posterior to the buccal groove of the lower first molar.

Credit

27/10/2023

Temporomandibular Joint & it's associated Structures.

27/10/2023

27/10/2023

Many dentists believe in facial nerve Dominance. Here's what they say:
The triple nerve (facial nerve) is part brain stem, to a large extent and is anatomically very close to other cranial nerve nucleus. This explains why there may be continuous electrochemical activity in the nucleus of the cranial nerves corresponding to the trigemial nerve due to poor occlusion. This is then transferred to the nucleus of the adjacent cranial nerves and thus caused in the respective discomfort in areas it covers, which may be the expression of a DTM problem. Thus, it can be explained as buzzing, vertigo, tension in the neck, headaches and migraines that can cause a pelvic disalignment due to a disturbance in the chewing system.
disturbance in the interaction area between Teeth and ATM can cause problems in other area.
www.odontosleep.com.br

27/10/2023

Attrition: loss of tooth structure by mechanical forces from opposing teeth.
Abfraction: loss of tooth structure at cervical areas of teeth, due to biting forces (controversial in the dental community).
Erosion: loss of tooth structure due to chemical acids.
Abrasion: loss of tooth structure by mechanical forces from a foreign element (example tooth brush from brushing hard)

27/10/2023

general instructions after tooth extraction