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Dental Materials: Latest Advances and Prospects
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Almost all fields of dentistry are closely related to newly developed materials, and all clinical improvements often follow, or, in any case, go hand in hand with the creation and the development of innovative and higher performing materials, instruments, and equipment. Thanks to contemporary applications of dental materials, the effectiveness of clinical dentistry has made remarkable advances. In recent years, thanks to digital technology and the frenetic development of the dental industry, new materials have been developed and proposed in many fields of dentistry: prosthesis, restorative dentistry, endodontics, implantology, and orthodontics. Unfortunately, as often happens, this productive challenge is not always accompanied by valid scientific research, and consequently the clinician finds new materials at their disposal that are not necessarily better than the old. Further studies are needed to gain relevant evidence for all recently introduced dental materials. This reprint includes research articles, clinical studies, review articles, and case reports focused on the latest advances and prospects of dental materials concerning all fields of dentistry.
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Keywords
- acidity
- Adhesion
- airborne particle abrasion
- allergology
- alveolar bone defects
- apical negative pressure irrigation
- barrier membranes
- Biocompatibility
- Biofilm
- biological ageing
- biomaterial
- bond strength
- bone graft
- bone healing capacity
- Bone Regeneration
- bone substitute
- brackets
- calcium hydroxide removal
- calcium phosphate
- CBCT
- cobalt–chromium alloys
- Compliance
- composite
- composite restoration
- customized titanium meshes
- de-bonding
- demineralized dentin matrix
- dental filling
- dental implant
- dental implants
- dental material
- dental restoration
- dental technology
- dry
- EDNMR
- electron beam melting
- enamel damage
- enamel infiltration
- ENDOR
- ESEEM
- femtosecond laser
- fixed partial denture
- flexural strength
- fluorescence
- FT-MIR
- glass ionomer
- guided bone regeneration
- guided tissue regeneration
- horizontal layering technique
- Human
- human demineralized dentin matrix
- hydrocarbon
- hydrophilic
- hyperfine interaction
- hypersensitivity
- hypomineralization
- infected gutta-percha
- insertion
- intracanal medicament
- laser melting process
- loading
- marginal adaptation
- mechanical activation
- metal allergy
- micro-implants
- microleakage
- MIH
- n/a
- oblique layering technique
- octacalcium phosphate
- OPG
- oral environment
- oral surgery
- orthodontic wire
- Orthodontics
- osseoincorporation
- osseointegration
- periapical sign
- PH
- radiation-induced center
- radiolucent sign
- rat calvarium
- residuals
- resin-modified glass ionomer
- restorative material
- scanning electron microscopy
- SEM
- success rate
- surface roughness
- third molar
- TiN ion plating
- Titanium
- titanium meshes
- trabecular metal
- ultrasonic activation
- UV photofunctionalization
- wet and moistened enamel
- zirconia
Links
DOI: 10.3390/books978-3-0365-6365-7Editions