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Palabras clave – provistas por la editorial

osseointegration; dental implant; peri-implantitis; ligature-induced peri-implantitis; aseptic loosening; systematic review; immune system; biomaterials; foreign body reaction; in vivo study; oral implants; marginal bone loss; immunomodulation; mechanotransduction; Crestal bone loss; osseosufficiency; osseoseparation; photoacoustic ultrasound; brain–bone axis; overloading; radiography; CBCT (cone beam computerized tomography); osteogenesis; osteotomy; bone healing; bone chips; drilling tool design; fused deposition modeling; polyether ether ketone; biocomposite; orthopedic implant; oral implant; mechanical properties; wettability; topography; biocompatibility; cell adhesion; peri-implant endosseous healing; dental implantation; alveolar bone loss; alveolar bone remodeling/regeneration; bone biology; finite element analysis (FEA); biomechanics; cell plasticity; dental implants; electron microscopy; scanning transmission electron microscopy; bone-implant interface; bone loss; overdenture; implant survival; implant surface; soft tissue; split-mouth design; oral health-related quality of life; patient-reported outcome measures; biomaterial; bone; immune; implant; healing; titanium; PEEK; Cu; micro-RNA; microarray; predictive biomarker; epigenomics; mucositis; diagnosis; over-treatment; iatrogenic damage; abutment height; subcrestal implants; implant insertion depth; vertical mucosal thickness; biological width; implant installation; anchorage technique; histology; intraosseous temperature; finite element model; ligature induced peri-implantitis; arthroplasty; replacement; hip; hypersensitivity; contact; allergy and immunology; cytokines; Interleukin-8; surface properties; materials testing; implant contamination; scanning electron microscopy; energy-dispersive X-ray spectrometry; convergence; clinical study; biofilm; infection; perio-prosthetic joint infection; periimplantitis; electrolytic cleaning; n/a; zirconia; insertion; bone–implant interface; heat; bone damage; early loss; augmentation; air flow; re-osseointegration; classification of bone defects; dog study