Call for Abstract

28th International Conference on Dental Research & Future Dentistry, will be organized around the theme “Promulgating latest innovations & application in the field of Dentistry”

Future Dentistry 2022 is comprised of 20 tracks and 9 sessions designed to offer comprehensive sessions that address current issues in Future Dentistry 2022.

Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.

Register now for the conference by choosing an appropriate package suitable to you.

Dentistry has seen massive improvements with respect to advancement from the traditional techniques to the digital world that has widened the scope of dental treatments and procedures. Dentists can now offer patients advanced choices like Laser “dentistry”, Esthetic “dentistry”, Digital dentistry and Implant dentistry. Digital dentistry tools and techniques used at present include the Laser applications, Dental implants and occlusal analysis, Forensic dentistry, Dental radiography/informatics, Robotic and digital dentistry and Imaging techniques for the craniofacial hard and soft tissues.

  • Track 2-1Dental implants and occlusal analysis
  • Track 2-2Wear performance of dental ceramics after grinding and polishing treatments
  • Track 2-3Forensic dentistry
  • Track 2-4Dental radiography/informatics
  • Track 2-5Imaging techniques for the craniofacial hard and soft tissues
  • Track 2-6Evolving instrumentations in dentistry
  • Track 2-7Robotic and digital dentistry
  • Track 2-8Sustained-release delivery systems for treatment of dental diseases
  • Track 2-9Laser applications for dental hygiene

Forensic odontology mainly involves the identification of an assailant by comparing a record of their dentition (set of teeth) with a record of a bite mark left on a victim. It is helpful for Dental identification, Age estimation and Oral and dental aspects. Dental Anthropology is a field of inquiry that utilizes information obtained from the teeth of either skeletal or modern human populations to resolve anthropological problems. Given their nature and function, teeth are used to address several kinds of questions. First, teeth exhibit variables with a strong hereditary component that are useful in assessing population relationships and evolutionary dynamics.

  • Track 3-1Forensic Odontology
  • Track 3-2Identification and methods
  • Track 3-3Dental identification
  • Track 3-4Age estimation
  • Track 3-5Personal abuse - Oral and dental aspects
  • Track 3-6Age estimation and Oral and dental aspects
  • Track 3-7Dental radiography/informatics
  • Track 3-8Identification in mass fatalities
  • Track 3-9Assessment of cases of abuse (such as child, spousal or elder abuse)
  • Track 3-10Civil cases involving malpractice

Geriodontics is the delivery of dental care to older adults involving the diagnosis, prevention, and treatment of problems associated with normal aging and age-related diseases as part of an interdisciplinary team with other health care professionals.

  • Track 4-1Tooth Wear
  • Track 4-2Sedation and Restraint for Dentistry
  • Track 4-3Dental Radiography

Dentistry, the profession concerned with the prevention and treatment of oral disease, including diseases of the teeth and supporting structures and diseases of the soft tissues of the mouth.

  • Track 5-1How to Develop a Comprehensive Marketing Strategy
  • Track 5-2How to Attract the Ideal Patients
  • Track 5-3Internet Marketing

Dental Surgery 

  • Track 6-1Gingivectomy
  • Track 6-2Osseous Surgery
  • Track 6-3Gingival Flap Surgery
  • Track 6-4Apicoectomy
  • Track 6-5Pulpectomy
  • Track 6-6Pulpotomy
  • Track 6-7Botox dental therapeutics

Deciding which dental materials, you need for your lab starts with determining what types of restorations you will be producing, and what processes, techniques and technologies you will be using to produce them. Whether your laboratory focuses on fixed crowns and bridges, removable restorations, implant-supported restorations, or orthodontics, it is highly likely you will need model materials including gypsums used to create study and working models. Few high-tech labs will 3D print their models or produce restorations without a model. Those labs will be using digital dental technologies and most likely will use CAD/CAM materials when producing restorations. Labs focused on fixed restorations will want crown and bridge materials including ceramic systems, stains and glazes, and possibly alloys. Labs focused on full and partial dentures will need removable materials such as acrylic resins and denture teeth.

 
  • Track 11-1Model, Cast and Die Materials
  • Track 11-2Gypsum Products
  • Track 11-3Waxes in Dentistry
  • Track 11-4Dental Investments and Refractory Materials
  • Track 11-5Abrasion and Polishing
  • Track 11-6Dental Casting and Metal Fabrication Procedures
  • Track 11-7Additive Manufacturing in Dentistry
  • Track 13-1Robotic and digital dentistry
  • Track 13-2Innovations and Research
  • Track 13-3Gerodontics
  • Track 13-4Prosthodontics
  • Track 13-5Apicoectomy
  • Track 13-6Periodontics
  • Track 13-7Dentine Hypersensitivity
  • Track 13-8Dentures
  • Track 13-9Cleft & Craniofacial Anomalies

Dentistry continues to change, particularly because of the advances in clinical dentistry, materials and technology. These changes offer opportunities for both patients and dental practices alike. Now patients can benefit from the advances in Clinical dentistry and dental practices can benefit from the opportunity to move their business in a forward direction. Dental practices need to constantly look at the available options. Dentists can now offer patients advanced choices like Laser dentistry, Esthetic dentistry, Digital dentistry and Implant dentistry. I find that dentists who are taking advanced clinical courses and utilizing technology are re-energized and enjoying dentistry more than ever before.


  • Track 19-1How can stem cells cure oral health
  • Track 19-2Cardiovascular Diseases and Dentistry
  • Track 19-3Antimicrobial factors in saliva: Ontogeny and relation to oral health
  • Track 19-4DNA vaccines show promise in preventing dental caries
  • Track 19-5Future trends in oral health and disease
  • Track 19-6Protein mediated enamel mineralization

Oral microbiology is a complex ecological system where up to 700 species of microorganisms that have been identified .Some of the predominant groups present in the mouth include Streptococcus, Neisseria, Veillonella, Actinomyces and other obligate anaerobes. These organisms maintain a mutualistic relationship with the host by preventing pathogenic species from adhering to the mucosal surface. Oral microflorae can cause dental plaques and are also a common cause dental caries and periodontal disease . Oral disease in an individual can be caused due to a combination of lack of oral hygiene and factors influencing the oral microbial community structure, such as diet. An understanding of the oral environment and microbial interactions leads to understanding the main causes for the onset of oral diseases.

  • Track 20-1Dental caries
  • Track 20-2Dental plaque
  • Track 20-3Oral Medicine
  • Track 20-4Osteoporosis and tooth decay
  • Track 20-5Adult Orthodontics to Resolve Spacing and Tissue Deficiencies
  • Track 20-6Osteoporosis and tooth decay
  • Track 20-7Dental caries