Achint Juneja

Na era actual em que cada vez mais pacientes adultos procuram tratamento ortod ntico; esperam os resultados do seu tratamento muito rapidamente. Embora muitos procedimentos j estejam em voga para acelerar o tratamento ortod ntico; h espa o suficiente para melhorar e introduzir os procedimentos que podem satisfazer as expectativas, expandindo assim o horizonte deste mesmo campo. Al m disso, n o podemos ignorar o facto de que precisamos de mais tempestades cerebrais para desvendar os acontecimentos e factos desconhecidos relacionados com o movimento dent rio ortod ntico. Por ltimo, mas n o menos importante, precisamos de explorar, aprender e relacionar biomarcadores do movimento dent rio ortod ntico para que possamos calcular, medir, quantificar e comparar os diferentes procedimentos utilizados para acelerar o movimento dent rio ortod ntico. Isto ajudar-nos- a escolher o tipo de procedimento vi vel em diferentes circunst ncias cl nicas; uma vez que cada indiv duo seguinte um paciente diferente.

L'applicazione dell'IA nella vita quotidiana sta crescendo a passi da gigante. I dentisti sono sempre stati in prima linea nell'implementazione di una tecnologia. Pertanto, la comprensione dei vari concetti e delle tecniche coinvolte costituir un chiaro vantaggio in futuro. L'IA si concentra principalmente sull'ortodonzia e sulla determinazione di punti cefalometrici automatici, sull'attrattiva del viso e sulle decisioni di estrazione dei denti a scopo ortodontico. L'IA e il ML saranno sempre pi dominanti in futuro in tutti i campi dell'odontoiatria, soprattutto nell'ortodonzia.

Die Anwendung von KI im t glichen Leben nimmt sprunghaft zu. Zahn rzte waren schon immer an vorderster Front bei der Einf hrung einer Technologie. Daher wird das Verst ndnis der verschiedenen Konzepte und der damit verbundenen Techniken in Zukunft einen klaren Vorteil darstellen. KI konzentriert sich vor allem auf die Kieferorthop die und die Bestimmung automatischer kephalometrischer Punkte, der Gesichtsattraktivit t und von Zahnextraktionsentscheidungen f r kieferorthop dische Zwecke. KI und ML werden in Zukunft in allen Bereichen der Zahnmedizin, insbesondere in der Kieferorthop die, eine gr ere Rolle spielen.

l'heure actuelle, de plus en plus de patients adultes recherchent un traitement orthodontique et attendent des r sultats tr s rapides. Bien que de nombreuses proc dures soient d j en vogue pour acc l rer le traitement orthodontique, il y a suffisamment de place pour l'am lioration et l'introduction de ces proc dures qui peuvent r pondre aux attentes, largissant ainsi l'horizon de ce domaine. En outre, nous ne pouvons pas ignorer le fait que nous avons besoin de plus de remue-m ninges pour d voiler les v nements et les faits inconnus li s au mouvement dentaire orthodontique. Enfin, et ce n'est pas le moins important, nous devons explorer, apprendre et mettre en relation les biomarqueurs du mouvement dentaire orthodontique afin de pouvoir calculer, jauger, quantifier et comparer les diff rentes proc dures utilis es pour acc l rer le mouvement dentaire orthodontique. Cela nous aidera choisir le type de proc dure r alisable dans diff rentes circonstances cliniques, puisque chaque individu est un patient diff rent.

Nell'era attuale, in cui sempre pi pazienti adulti si rivolgono al trattamento ortodontico, si aspettano risultati molto rapidi. Anche se molte procedure sono gi in voga per accelerare il trattamento ortodontico, c' abbastanza spazio per aggiornare e introdurre quelle procedure che possono soddisfare le aspettative, espandendo cos l'orizzonte di questo campo. Inoltre, non possiamo ignorare il fatto che abbiamo bisogno di pi brain storming per svelare gli eventi e i fatti sconosciuti legati al movimento dei denti ortodontici. Infine, ma non per questo meno importante, dobbiamo esplorare, imparare e mettere in relazione i biomarcatori del movimento ortodontico dei denti, in modo da poter calcolare, valutare, quantificare e confrontare le diverse procedure utilizzate per accelerare il movimento ortodontico dei denti. Questo ci aiuter a scegliere il tipo di procedura fattibile in diverse circostanze cliniche, poich ogni individuo un paziente diverso.

A aplica o de IA na vida quotidiana cada vez maior. Os dentistas sempre estiveram na vanguarda da implementa o de uma tecnologia. Assim, a compreens o dos v rios conceitos e das t cnicas envolvidas ter uma clara vantagem no futuro. A IA concentra-se principalmente na ortodontia e na determina o de pontos cefalom tricos autom ticos, atractividade facial e decis es de extrac o de dentes para fins ortod nticos, a IA e o ML ser o mais dominantes no futuro em todos os campos da ortodontia, especialmente em ortodontia.

In der heutigen Zeit, in der immer mehr erwachsene Patienten eine kieferorthop dische Behandlung in Anspruch nehmen, erwarten sie ein sehr schnelles Behandlungsergebnis. Obwohl bereits viele Verfahren zur Beschleunigung der kieferorthop dischen Behandlung in Mode sind, gibt es gen gend Spielraum f r die Verbesserung und Einf hrung von Verfahren, die die Erwartungen erf llen k nnen und somit den Horizont dieses Bereichs erweitern. Dar ber hinaus k nnen wir die Tatsache nicht ignorieren, dass wir mehr Brainstorming brauchen, um die unbekannten Ereignisse und Fakten im Zusammenhang mit der kieferorthop dischen Zahnbewegung zu enth llen. Nicht zuletzt m ssen wir Biomarker der kieferorthop dischen Zahnbewegung erforschen, erlernen und in Beziehung setzen, damit wir die verschiedenen Verfahren zur Beschleunigung der kieferorthop dischen Zahnbewegung berechnen, messen, quantifizieren und vergleichen k nnen. Dies wird uns dabei helfen, unter verschiedenen klinischen Umst nden die geeignete Art von Verfahren zu w hlen, da jeder Mensch ein anderer Patient ist.

In the present era when more and more adult patients are seeking orthodontic treatment; they expect their treatment results very swiftly. Although many procedures are already in vogue for accelerating the orthodontic treatment; there is enough scope for upgrading and introduction of those procedures which can meet the expectations, thus expanding the horizon of this very field. In addition to this we cannot ignore the fact that we need more brain storming to unveil the unknown events and facts related to orthodontic tooth movement. Last but not the least, we need to explore, learn and relate biomarkers of orthodontic tooth movement so that we can compute, gauge, quantify and compare the different procedures used for accelerating the orthodontic tooth movement. This will help us to choose feasible type of procedure in different clinical circumstances; since every next individual is a different patient.

Patients with cleft lip and/or palate face a huge number of problems. These patients frequently present with impaired functions and poor facial appearance. The treatment of these patients is organized at an aesthetically and functionally satisfactory level that will improve personal satisfaction for both the patients and their families. Successful management of cleft requires a multidisciplinary approach. The treatment of patients with CLP is not easy for both the orthodontist and the multidisciplinary group. Notwithstanding, good outcomes in regards to functional occlusion, dental aesthetics, and facial aesthetics can be accomplished with a well-established and treatment plan. Similarly, as with all orthodontic treatment, long term follow-up is important to keep up the outcomes.

Man has always tried to attain perfection in all his endeavours. In recent times, great deal of emphasis is placed on achieving perfect finishing of orthodontic treatment so that the results are more stable, conducive to an improved function and health. Finishing is considered to be very difficult and time consuming in conventional Begg therapy. But the same has become very easy with the PEA system. If tip, torque and in out compensations built into the appliance is accurately suited to the patients dentition, and if the brackets are properly positioned then only minimal wire bending should required to complete treatment. The concept of occlusion requires detailed study of stomatognathic function such as mastication, speech, deglutition as well as careful investigation of inter relation ship of morphology of particular stomatognathic organ and resultant function of overall stomatognathic system. When in harmony, these two elements produce optimal health of component parts of the system.

Application of AI in everyday life is growing leaps and bounds. Dentists have always been at the forefront of implementing a technology. Hence understanding the various concepts and the techniques involved will have a clear advantage in the future. AI is the mainly concentrated on orthodontics and determination of automatic cephalometric points, facial attractiveness and tooth extraction decisions for orthodontic purpose, AI and ML will be more dominant in the future in every field of dentistry especially in orthodontics.