Dental Trauma to the Soft Tissue, Enamel, and Dentin

This article explores the definitive rehabilitation of dental trauma involving enamel, dentin, and soft tissue, illustrated through a case of e-cigarette–related injury. It emphasizes interdisciplinary collaboration across orthodontic, periodontal, endodontic, and prosthodontic specialties to achieve optimal esthetic and functional outcomes. Topics include forced eruption, ridge augmentation, implant placement, and management of delayed treatment. Advances such as digital impressions, 3-dimensional printing, and adhesive dentistry are highlighted for their role in improving precision and patient experience. Psychosocial and socioeconomic factors influencing access, healing, and long-term outcomes are also discussed, underscoring a comprehensive, patient-centered approach to trauma management.

Key points

  • Definitive rehabilitation of dental trauma requires an interdisciplinary approach integrating orthodontics, periodontics, prosthodontics, and endodontics to achieve optimal esthetic and functional outcomes.

  • Advances in digital dentistry—including intraoral scanning, 3-dimensional printing, and adhesive technologies—have improved the precision, efficiency, and comfort of trauma rehabilitation.

  • Delayed or financially constrained treatment can worsen outcomes, highlighting the need to address socioeconomic barriers and incorporate trauma-informed, patient-centered communication throughout care.

Abbreviation

3D 3-dimensional

Introduction

In part 1 of the Kari Hexem and Evan Eisler’s article, “ Dental Trauma to the Soft Tissue, Enamel and Dentin– Part One ”, enamel and dentin, we introduced the case of a 16-year-old who suffered trauma to her soft tissues and teeth after an e-cigarette explosion. In this article, we discuss the definitive/final rehabilitation phase in this case, and in trauma to the enamel/dentin cases more generally, as well as discuss what can happen when treatment is delayed, the impact of recent advances in dental technology on treatment, and important socioeconomic and psychosocial considerations.

Stage 4: Definitive/Final Rehabilitation Phase

For our patient with the e-cigarette explosion, nearly 5 years passed since the initial event before definitive treatment was initiated. Forced eruption was used to pull down laterals #7 and 10 after years of root banking to draw down the soft tissue for more esthetic implant placement. Implants were placed at sites #7 and #10 ( Fig. 1 ) , supporting a 4-unit prosthesis across #7 to 10. Provisional implant restorations were used initially to sculpt gingival contours and encourage papilla regeneration ( Fig. 2 ) . Ridge augmentation and soft tissue grafting were performed as needed to optimize the esthetic outcome ( Figs. 3 and 4 ) . Crowns were later placed on the mandibular incisors once pulpal stability had been achieved. Final full-coverage restorations restored both function and esthetics ( Fig. 5 ).

Fig. 1

Periapical radiographic of implant placement at site of prior root-banking for 21-year-old with history of e-cigarette related fracture of #7 and 10 and avulsion of #8,9 5 years prior.

Fig. 2

Twenty-one-year-old with history of e-cigarette–related trauma: Provisional implant restoration.

Fig. 3

Twenty-one-year-old with history of e-cigarette–related trauma: Dental papilla remnants before ridge augmentation.

Fig. 4

Twenty-one-year-old with history of e-cigarette–related trauma: With provisional implant supported prosthesis.

Fig. 5

Twenty-one-year-old with history of e-cigarette–related trauma: Delivery of final prostheses.

Definitive treatment plans often rely on an interdisciplinary approach to attain predictable outcomes. In our example, collaboration was paramount; it took nearly 5 years and coordination between multiple restorative dentists, 2 periodontists (grafting, implants, and soft tissue management), 2 orthodontists (growth monitoring and forced eruption), an endodontist (root canal therapy), a prosthodontist (mandibular crowns and maxillary implant supported bridge) and an oral surgeon (initial trauma management) to achieve the final result.

Forced eruption is the intentional orthodontic extrusion of a tooth toward the occlusal plane, and may be considered in instances of crown fracture to extend the ferrule in addition to its usefulness in soft tissue manipulation. Forced eruption both preserves and increases supporting bone. Occasionally, multiple phases of forced eruption may be indicated both preimplant and postimplant placement to ensure proper alignment of adjacent teeth.

Anterior implant placement is challenging because of the esthetic importance and difficulties related to the soft tissue and papilla. In situations where multiple implant placement is required, ideally, the implants are placed at least 3 mm apart. Proper implant placement technique, the size of implants used, and healing time are additional factors that will influence final esthetic outcomes, in addition to the quality and health of the patient’s baseline mucosa.

Ridge augmentation is a surgical procedure to increase the volume of alveolar bone (ridge) used to support and stabilize dental implants. The main technique for ridge augmentation is guided bone regeneration using barrier membranes and bone grafts, and it can be done at the same time as implant placement or before implant placement. ,

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Jul 12, 2026 | Posted by in Oral and Maxillofacial Surgery | Comments Off on Dental Trauma to the Soft Tissue, Enamel, and Dentin

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