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Keyphrases
Minimally Invasive
100%
Recombinant Human
100%
Human Growth
100%
Growth Differentiation Factor 5
100%
Poly(lactic-co-glycolic acid)
100%
Regenerative Process
100%
Histological Study
100%
Periodontal Regeneration
27%
Regeneration
27%
Periodontal Healing
27%
Bone Formation
18%
Cementum Regeneration
18%
Sham Surgery
9%
Clinical Setting
9%
Inflammatory Response
9%
Healing
9%
Periodontal Ligament
9%
Biocompatibility
9%
Hounds
9%
Bone Regeneration
9%
Adverse Events
9%
Root Resorption
9%
Ankylosis
9%
Labrador
9%
Bioresorbable
9%
Lamellar Bone
9%
Clinical Healing
9%
Mandibular Premolar
9%
Release Kinetics
9%
Mongrel Dogs
9%
Injectability
9%
Acellular
9%
Junctional Epithelium
9%
Connective Tissue Attachment
9%
Minimally Invasive Approach
9%
Periodontal Pocket
9%
Radiographic Healing
9%
Liming Effect
9%
Cellular Cementum
9%
Safe Technology
9%
Polymeric Carriers
9%
Medicine and Dentistry
Histology
100%
Polyglactin
100%
Growth Differentiation Factor 5
100%
Cementum
27%
Wound Healing
27%
Periodontal Ligament
27%
Bone Regeneration
18%
Ossification
18%
Adverse Event
9%
Serositis
9%
Connective Tissue
9%
Premolar
9%
Tooth Resorption
9%
Ankylosis
9%
Biocompatibility
9%
Junctional Epithelium
9%
Periodontal Pocket
9%
Safe Technology
9%
Pharmacology, Toxicology and Pharmaceutical Science
Growth Differentiation Factor 5
100%
Polyglactin
100%
Wound Healing
27%
Inflammation
9%
Adverse Event
9%
Tooth Disease
9%
Ankylosis
9%
Biocompatibility
9%
Mongrel Dog
9%
Periodontal Pocket
9%
Safe Technology
9%
Polymer Carrier
9%