Amol Patil

Die besonderen anatomischen Merkmale der Milchz hne, die geringe Lebensdauer der Milchz hne in der Mundh hle, die kurze Aufmerksamkeitsspanne des Kindes, die lange Dauer und die komplizierte Behandlungsplanung, die mit der Anfertigung von Inlay- oder Gusskronenversorgungen nach Willets verbunden ist, beg nstigen die Verwendung von Edelstahlkronen als Alternative in der Kinderzahnheilkunde.

Les couronnes en acier inoxydable peuvent tre d finies comme des couronnes pr fabriqu es adapt es aux dents individuelles et ciment es avec un agent de scellement biocompatible. Les caract ristiques anatomiques particuli res des dents primaires, leur courte dur e de vie dans la cavit buccale, la courte dur e d'attention de l'enfant, la dur e prolong e et la planification complexe du traitement qu'implique la pr paration d'inlays de Willets ou de couronnes coul es favorisent les couronnes en acier inoxydable comme alternative en dentisterie p diatrique.

As coroas de a o inoxid vel podem ser definidas como formas de coroas pr -fabricadas que s o adaptadas a cada dente e cimentadas com um agente de cimenta o biocompat vel. As caracter sticas anat micas distintivas dos dentes dec duos, o pequeno per odo de vida dos dentes dec duos na cavidade oral, a curta capacidade de aten o da crian a, a dura o prolongada e o intrincado planeamento do tratamento envolvido na prepara o de restaura es Willets inlay ou de coroas fundidas favorecem as coroas de a o inoxid vel como uma alternativa em odontopediatria.

Le corone in acciaio inossidabile possono essere definite come corone prefabbricate che vengono adattate ai singoli denti e cementate con un agente di cementazione biocompatibile. Le caratteristiche anatomiche distintive dei denti primari, la durata di vita ridotta dei denti primari nella cavit orale, la breve capacit di attenzione del bambino, la durata prolungata e l'intricata pianificazione del trattamento che comporta la preparazione di un intarsio Willets o di una corona fusa favoriscono le SSC come alternativa in odontoiatria pediatrica.

Stainless steel crowns can be defined as prefabricated crown forms that are adapted to individual teeth and cemented with a biocompatible luting agent. The distinctive anatomical characteristics of primary teeth, petite life span of primary teeth in the oral cavity, short attention span of the child, prolonged duration, and intricate treatment planning involved in preparation of Willets inlay or cast crown restorations favors SSCs as an alternative in pediatric dentistry.

Guidance of eruption and development of the primary and permanent dentitions is an integral part of the pediatric dentistry. American Association of Orthodontics defined it as that phase of science and art of orthodontics employed to recognize and eliminate the potential irregularities and malposition's in the developing dentofacial complex. It is undertaken at a time when malocclusion is developing and space management forms an integral part of it.

Temporary anchorage devices (TADs) like specialized bone screws or plates provide anchorage that is not tooth-borne because they are attached to the surrounding bone. As a result, unwanted reciprocal tooth movements involving the surrounding teeth are totally avoided. Skeletal anchorage devices allow orthodontic movements to be designed that were previously thought to be difficult, if not impossible. Skeletal anchorage devices do not allow faster movement of teeth, or the ability to overcome exceptionally large discrepancies; the devices have limitations. They provide absolute anchorage for orthodontic movement, however, and do so in a number of novel ways. They allow for more efficient movement of teeth and address a number of anchorage problem areas that previously were difficult or impossible to resolve with traditional orthodontic mechanics alone. TADs can be placed inter-radicularly as well as extra-radicularly. Extra-radicular TADs are placed away from the roots of the teeth and are recommended for a great number of orthodontic therapies that require an efficient and safe anchorage system, broadening treatment limits.