Akash Raj Sharma

Artificial Intelligence (AI) is revolutionizing dentistry by mimicking human cognitive functions such as learning, diagnosing, and decision-making. Core technologies include machine learning, deep learning, natural language processing, and computer vision.In healthcare, AI enhances early disease detection, personalizes treatments, automates administrative tasks, and supports clinical decisions. Dentistry is seeing rapid AI adoption across several domains.

A Fibrina Rica em Plaquetas Injet vel (i-PRF) um biomaterial inovador e aut logo derivado do sangue do pr prio doente, utilizado para promover a cicatriza o e regenera o dos tecidos. Ao contr rio dos concentrados de plaquetas tradicionais, a i-PRF produzida sem anticoagulantes, dando origem a uma matriz de fibrina que cont m naturalmente uma elevada concentra o de plaquetas, factores de crescimento e citocinas. Quando injectada, esta matriz de fibrina liberta gradualmente mol culas bioactivas, aumentando a prolifera o celular, a angiog nese e a produ o de colag nio nos tecidos alvo. O i-PRF tem sido amplamente aplicado em v rias reas m dicas, incluindo a medicina dent ria, a ortopedia e a dermatologia, oferecendo um m todo minimamente invasivo e biocompat vel para apoiar a cicatriza o de feridas, a regenera o ssea e a repara o de tecidos moles. A sua utiliza o sublinha uma abordagem biol gica que aproveita as capacidades de cura intr nsecas do corpo, tornando-a um complemento promissor na medicina regenerativa.

La fibrine riche en plaquettes injectable (i-PRF) est un biomat riau autologue innovant d riv du sang du patient, utilis pour favoriser la cicatrisation et la r g n ration des tissus. Contrairement aux concentr s plaquettaires traditionnels, l'i-PRF est produit sans anticoagulants, ce qui permet d'obtenir une matrice de fibrine qui contient naturellement une forte concentration de plaquettes, de facteurs de croissance et de cytokines. Lorsqu'elle est inject e, cette matrice de fibrine lib re progressivement des mol cules bioactives qui favorisent la prolif ration cellulaire, l'angiogen se et la production de collag ne dans les tissus cibles. L'i-PRF a t largement appliqu dans divers domaines m dicaux, notamment la dentisterie, l'orthop die et la dermatologie, offrant une m thode peu invasive et biocompatible pour favoriser la cicatrisation des plaies, la r g n ration osseuse et la r paration des tissus mous. Son utilisation souligne une approche biologique qui exploite les capacit s de gu rison intrins ques du corps, ce qui en fait un compl ment prometteur de la m decine r g n rative.

La Fibrina Ricca di Piastrine Iniettabile (i-PRF) un innovativo biomateriale autologo derivato dal sangue del paziente, utilizzato per promuovere la guarigione e la rigenerazione dei tessuti. A differenza dei concentrati piastrinici tradizionali, i-PRF viene prodotto senza anticoagulanti, ottenendo una matrice di fibrina che contiene naturalmente un'alta concentrazione di piastrine, fattori di crescita e citochine. Quando viene iniettata, questa matrice di fibrina rilascia gradualmente molecole bioattive, aumentando la proliferazione cellulare, l'angiogenesi e la produzione di collagene nei tessuti bersaglio. i-PRF stato ampiamente applicato in vari campi medici, tra cui l'odontoiatria, l'ortopedia e la dermatologia, offrendo un metodo minimamente invasivo e biocompatibile per favorire la guarigione delle ferite, la rigenerazione ossea e la riparazione dei tessuti molli. Il suo utilizzo sottolinea un approccio biologico che sfrutta le capacit intrinseche di guarigione dell'organismo, rendendolo un promettente complemento alla medicina rigenerativa.

Injectable Platelet-Rich Fibrin (i-PRF) is an innovative, autologous biomaterial derived from a patient's own blood, used to promote tissue healing and regeneration. Unlike traditional platelet concentrates, i-PRF is produced without anticoagulants, leading to a fibrin matrix that naturally holds a high concentration of platelets, growth factors, and cytokines. When injected, this fibrin matrix releases bioactive molecules gradually, enhancing cellular proliferation, angiogenesis, and collagen production in target tissues. i-PRF has been widely applied in various medical fields, including dentistry, orthopedics, and dermatology, offering a minimally invasive, biocompatible method to support wound healing, bone regeneration, and soft tissue repair. Its use underscores a biological approach that harnesses the body's intrinsic healing capabilities, making it a promising adjunct in regenerative medicine.

The author has systematically provided with loaded information pertinent to both basic and advancements in Various Modalities Of Occlusal Analysis. The book helps in making the reader understand the various methods of obtaining proper occlusion and to quantify them. The simplistic design of the book with charts, flow diagrams and illustration makes it comprehensive for both clinicians and students. The author has also given special emphasis on topics like Occlusal Adjustment, Function of masticatory system and pathologic occlusion.

The author has systematically provided with loaded information pertinent to both basic and advancements in the rehabilitation of edentulous maxilla with the implant. The book helps in making the reader understand the various methods of obtaining proper treatment planning for every different patient according to the diagnosis. The simplistic design of the book with charts, flow diagrams, and illustrations make it comprehensive for both clinicians and students. The author has also given special emphasis on topics like sinus lift, pterygoid implants.