09:00
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13:00, 26 сеп (четвъртък), 2024
Стая:
B
"Дистализация с помощта на мини-винтове (TAD), опростена, но по-точна процедура благодарение на цифровия работен процес"
Д-р Алесандра Грамулия
Class IIs from maxillary protrusion can be corrected by distalization of the upper molars, when indicated,
succeeding in gaining space and achieving a Class I molar-canine relationship, avoiding extractive
treatment.
Distalization with traditional no-compliance intraoral devices, such as the pendulum, distal-jet or fast-back,
involving a combination of tooth- and mucosa-supported structures, results in various side effects such as
mesialization of premolars and incisors, distal tipping and extrusion of molars.
The use of Temporary Anchorage Devices (TADs) has become essential in orthodontic treatments,
overcoming the disadvantages of previous extraoral and intraoral devices, such as dependence on patient
compliance, loss of anchorage, increased tipping and extrusion of first molars.
TADs can be used either as a direct or indirect anchorage to achieve distalisation, through buccal or palatal
placement of miniscrews. The use of Temporary Anchorage Devices (TADs) in the treatment of Class II cases
has, in addition, increased the effectiveness of distalization mechanics and allowed for their simplification.
In the treatment of Class II cases, skeletally anchored palatal devices and vestibularly positioned miniscrews
are highly effective aids that can be easily managed and positioned after careful digital programming.
By incorporating digital technologies into the orthodontic workflow, practitioners can benefit from
increased accuracy, streamlined processes, improved communication with patients, and enhanced overall
treatment outcomes.
The digital technology has contributed to improve and simplify diagnosis, treatment planning and execution
in Orthodontics This approach has several advantages for practitioner and patient, as it enhances
appliances precision, directly interferes in treatment time and predictability.
To make the diagnostic process more accurate and efficient, the use of Artificial Intelligence (AI) in
orthodontics has grown significantly in recent years. AI applications can guide clinicians to make better
decisions and perform better, because the results obtained from AI are highly accurate.