Amit Goel

Verschiedene Ver nderungen und technologische Entwicklungen in der chirurgischen Wissenschaft haben zu einer umfangreichen Produktion von Nahtmaterial gef hrt, das umfassende und vollwertige Ergebnisse zeigt. Sie erf llen nicht nur die Hauptfunktionen des Wundverschlusses, sondern bieten auch einige andere Vorteile wie antimikrobielle Eigenschaften. Die heutigen Nahtinstrumente und Nadeln haben in Verbindung mit anderen Ausr stungen einen immensen Beitrag zu dieser tadellosen Leistung geleistet.

Die Zahnfunktion kann durch die Mobilit t beeintr chtigt werden. Eine St rkung der St tzgewebe ist erforderlich, um die Mobilit t zu reduzieren und die Funktion wiederherzustellen. Schienen werden verwendet, um traumatisierte Z hne, die in ihren St tzstrukturen gesch digt wurden, zu immobilisieren und ihre st ndige Bewegung zu verhindern. Durch die Umverteilung der Kr fte auf die betroffenen Z hne minimiert die Schiene die Auswirkungen, die durch den Verlust der Unterst tzung entstehen. Die Schiene stabilisiert die Z hne als Einheit, indem sie gesunde Z hne mit einbezieht, und leitet die Kr fte von den einzelnen Z hnen auf die neue Einheit als Ganzes um, einschlie lich der ges nderen Z hne, was zu einer neuen Zunahme des Kronen-Wurzel-Verh ltnisses und einer Nettoabnahme der Kraft auf den einzelnen Zahn f hrt, insbesondere in horizontaler Richtung.

Diverses transformations et volutions technologiques dans le domaine de la chirurgie ont conduit une production importante de sutures qui donnent des r sultats complets et grande chelle. En plus de remplir les fonctions principales de fermeture de la plaie, ils apportent galement d'autres avantages, comme des propri t s antimicrobiennes. Les instruments et les aiguilles de suture d'aujourd'hui, associ s d'autres quipements, ont apport une immense contribution cet exploit irr prochable.

A fun o dent ria pode ser prejudicada pela mobilidade. O refor o dos tecidos de suporte necess rio para reduzir a mobilidade e restaurar a fun o. As talas s o utilizadas para imobilizar dentes traumatizados que sofreram danos nas suas estruturas de suporte, impedindo o seu movimento constante. Ao redistribuir as for as sobre os dentes afetados, a tala minimiza os efeitos causados pela perda do suporte. A tala estabiliza os dentes como uma unidade, incluindo dentes saud veis, e redireciona as for as dos dentes individuais para a nova unidade como um todo, incluindo os dentes mais saud veis, o que resulta em um novo aumento na propor o da raiz da coroa e diminui o da for a l quida para o dente individual, especialmente na dire o horizontal.

R żne transformacje i ewolucja technologiczna w naukach chirurgicznych doprowadzily do znacznej produkcji szw w, kt re wykazują wszechstronne i pelnowymiarowe dzialanie. Opr cz pelnienia podstawowych funkcji zamykania ran, szwy te przynoszą r wnież inne korzyści, takie jak wlaściwości antybakteryjne. Dzisiejsze narzędzia i igly do szycia, w polączeniu z innymi urządzeniami, wniosly ogromny wklad w ten nienaganny wyczyn.

Varie trasformazioni ed evoluzioni tecnologiche nella scienza chirurgica hanno portato ad una produzione sostanziale di suture che mostrano risultati completi e su larga scala. Oltre a svolgere le principali funzioni di chiusura delle ferite, esse conferiscono anche altri benefici come le propriet antimicrobiche. Gli strumenti di sutura e gli aghi di oggi, insieme ad altre attrezzature, hanno dato un immenso contributo a questa impresa irreprensibile.

"TO HEAL A WOUND YOU NEED TO STOP TOUCHING IT." Periodontal dressings act as a template for healing by preventing the formation of excess granulation tissue. A surgical dressing permits uninterrupted healing and adds to the protection of the injured zone holistically preventing wound damage and infection. A periodontal dressing is a surgical dressing which is utilized postoperatively to cover and secure the surface of the injury created by periodontal therapy. The sequelae of periodontal surgery are usually pain, swelling, inflammation, and bleeding. Along these lines, periodontists advocate that some type of protection ought to be applied over the injurious tissue so that the injured area is protected from further affront. Dressing materials have been upheld and applied to wounds in the mouth to diminish postoperative agony, advance healing, and forestall infection.

Advancement of country requires an improvement in part of transportation framework and its working. India is a nation with huge population with number of vehicles. Consistently greater necessity of roadway development and upkeep of street exist. Flexible pavement being generally utilized in India. Because of increment in number of vehicles traffic load and high high pressure from loaded or heavy vehicles causes pavement distresses. Hence this trouble desires to cope with and enhance the pavement performance by improvement of asphalt binder. Natural fibres have end up a studies recognition for scientist & engineering. The primary aim of this study is to determine the use of fibre available SISAL fibre in bituminous concrete as an additive. Bituminous blend, placed and compacted at high temperatures is called the hot mix of asphalt. Dense Grade Aggregate (DGM) is called HMA grade. Bituminous concrete (BC) was alluded to asphalt concrete. Pavement is susceptible to cracks, potholes, distress and continuous deformation. In this Study, SISAL fibre was used in bituminous mixes to examine the advantages of the use of natural fibres. Drain Down test and Marshall mix design testing on the mix were carried out. The mixing process and preparation of the aggregate was performed as per (IS-MORTH) specification. The different percentages of binder (4% -6%) and additive fiber (0% -0.8%) varied between total aggregates and stone dust as a filler. The optimal bitumen content (5%) was determined using the Marshall procedure. Similarly, Bituminous Concrete (BC) fibre content found to be (0.4 %). Samples for the mixture of bituminous concrete were made to find out their OBC and OFC, and then tested for the stability of Marshall. Drain the test down to evaluate the result of bituminous mix fibre addition. The results of the test show that the modification of sisal fibre in bitumen additives helps to increase its stability, durability and decrease air and flow volumes and prevent drain down. Evaluation by ultrasonic pulse velocity test helps checking clear picture and strength and cracks inside the mixes. Ultimately, fibre as an additive improves the properties like stability, force, durability and reduces bituminous concrete (BC) drainage.