Bücher von Anil Tomer

Endodontic practice is not risk-free, a variety of technical accidents can complicate root-canal treatment, influencing the prognosis and prejudicing the chances of success. Every treatment carries potential risk versus benefits. A significant complication, leading to extraction of a tooth would be root fracture or an irreparable perforation. Mishaps such as instrument breakage or transportation of the centre of a given root canal can also have a negative impact on the outcome of treatment. Root Canal therapy fails due to micro leakage and bacterial infection. The precise cause of endodontic failures can be attributable to inadequacies in three-dimensional cleaning, shaping and obturation.

Endodontic therapy has shown a high rate of success in the retention of teeth, in cases where even teeth are not restorable. The reasons for failure are apical resorption, fractures, incompletely formed roots or carious destruction, in addition vital pulp therapy is also not always predictable. Therefore, to regain the natural healthy tissue in order to replace the individual¿s lost or damaged tissue the concept of tissue engineering has been considered as the ¿GOLD STANDARD. Over the past century, endodontic therapy has shown a high rate of success in retention of teeth; however, many teeth are not restorable due to various reasons like apical resorption, fractures, incompletely formed roots or carious destruction and also vital pulp therapy is not always predictable.Recently, there has been an increasing interest in applying the concept of tissueengineering to endodontics. Many of the concepts in regenerative endodontics emerge from this burgeoning field of tissue engineering which emphasizes on the spatial assembly of distinctive stem cells, growth factors/ Morphogens and scaffolds to form a functional tissue or organ.

This book emphisis on microflora responsible for failure of root canal treatment. Endodontic treatment is fairly predictable in nature with reported success rates up to 95%. However, along with these successful root canal treatments there comes inevitable percentage of non healed and endodontic failures .To understand the cause of failure of endodontic treatment it is important to completely understand the microbiology involved in the endodontic pathology. This will help us to modify the conventional treatment plans and effectively combat the microorganisms.

Ce livre met l'accent sur la microflore responsable de l'échec du traitement canalaire. Le traitement endodontique est assez prévisible par nature, avec des taux de réussite allant jusqu'à 95 %. Pour comprendre la cause de l'échec du traitement endodontique, il est important de comprendre complètement la microbiologie impliquée dans la pathologie endodontique. Cela nous aidera à modifier les plans de traitement conventionnels et à combattre efficacement les micro-organismes.

Jeta kniga poswqschena mikroflore, otwetstwennoj za neudachnoe lechenie kornewyh kanalow. Jendodonticheskoe lechenie qwlqetsq dostatochno predskazuemym po swoej prirode s zaregistrirowannymi pokazatelqmi uspeha do 95%. Odnako narqdu s uspeshnym lecheniem kornewyh kanalow neizbezhno woznikaet procent nezazhiwshih kornej i ändodonticheskih neudach. Chtoby ponqt' prichinu neudach ändodonticheskogo lecheniq, wazhno polnost'ü razobrat'sq w mikrobiologii, wowlechennoj w ändodonticheskuü patologiü. Jeto pomozhet nam izmenit' tradicionnye plany lecheniq i äffektiwno borot'sq s mikroorganizmami.

Este livro enfisa a microflora responsável pelo fracasso do tratamento do canal radicular. O tratamento endodôntico é bastante previsível na natureza, com taxas de sucesso relatadas até 95%. No entanto, juntamente com estes tratamentos de canal radicular bem sucedidos, há uma percentagem inevitável de fracassos não cicatrizados e endodônticos. Para compreender a causa do fracasso do tratamento endodôntico é importante compreender completamente a microbiologia envolvida na patologia endodôntica. Isto irá ajudar-nos a modificar os planos de tratamento convencionais e a combater eficazmente os microrganismos.

Este libro hace hincapié en la microflora responsable del fracaso del tratamiento del conducto radicular. El tratamiento endodóntico es bastante predecible en su naturaleza con tasas de éxito reportadas de hasta el 95%. Sin embargo, junto con estos tratamientos de conductos radiculares exitosos, existe un porcentaje inevitable de fracasos endodónticos y de no curación. Para entender la causa del fracaso del tratamiento endodóntico es importante comprender completamente la microbiología implicada en la patología endodóntica. Esto nos ayudará a modificar los planes de tratamiento convencionales y a combatir eficazmente los microorganismos.

Questo libro si concentra sulla microflora responsabile del fallimento del trattamento canalare. Il trattamento endodontico è abbastanza prevedibile in natura con tassi di successo riportati fino al 95%. Tuttavia, insieme a questi trattamenti canalari di successo c'è un'inevitabile percentuale di fallimenti endodontici e non guariti. Per capire la causa del fallimento del trattamento endodontico è importante comprendere completamente la microbiologia coinvolta nella patologia endodontica. Questo ci aiuterà a modificare i piani di trattamento convenzionali e a combattere efficacemente i microrganismi.

Der Schwerpunkt dieses Buches liegt auf der Mikroflora, die für das Scheitern einer Wurzelbehandlung verantwortlich ist. Endodontische Behandlungen sind ziemlich vorhersehbar, die Erfolgsquote liegt bei bis zu 95 %. Um die Ursache für das Scheitern einer endodontischen Behandlung zu verstehen, ist es wichtig, die Mikrobiologie, die an der endodontischen Pathologie beteiligt ist, vollständig zu verstehen. Dies wird uns helfen, die herkömmlichen Behandlungspläne zu ändern und die Mikroorganismen wirksam zu bekämpfen.

This book lays emphasis on the application of nanorobots in dentistry. Nanorobotics is a technology, an excellent tool for future where the robots and machines are produced at a nanoscale built from individual atoms. Nanorobotics is emerging as a challenging field for dealing with microscopic objects at the molecular level and is used for both medical and dental application including the disease monitoring, diagnostic procedures, treatment, and prevention of oral and dental diseases while reducing the need for invasive procedures.

Biomimetics provide new strategy that translates our knowledge of biological system and create new synthetic pathways to mimic biological processes. Three approaches are being used for the creation of new tissues by mimicking natural ones which includes the tissue engineering triad; the cells, mediators and a biocompatible matrix. It is a challenge to design and fabricate new biomimetic materials like enamel, dentin, cementum, pulp, bone and periodontal ligament. Focusing on to the future, we should direct our goal to regenerate the diseased and necrotic tissues rather than replacing them with some conventional replacement materials.