Post-surgical Hypertrophic Scar in a Patient With Unilateral Temporomandibular Joint Ankylosis.

Cureus 2024 Vol.16(8) p. e67344

Cheruvathur P, Palani T, Kamalakaran AK, Krishnamoorthy T, Lakshminarasimhan L

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Abstract

Wound healing is nature's response to injury. It is a complex and dynamic process involving multiple biological systems aimed at restoring the integrity of damaged tissue. The temporomandibular joint (TMJ) is a critical anatomical structure that facilitates jaw movement and function. TMJ ankylosis is a pathological condition characterized by fusion of the mandibular condyle to the glenoid fossa resulting in severe restriction in mouth opening and significantly reduced mandibular movements. This condition affects the patient's quality of life by deteriorating major functions such as mastication, speech, oral hygiene, breathing, facial growth, and esthetics. Gap arthroplasty is the mainstay of treatment. There are various surgical approaches to TMJ such as Al-Kayat Bramley, Popowich's modification, Blair's inverted hockey stick, Dingman's, Thoma's, endaural, postauricular, and rhytidectomy incisions. Wound healing in the TMJ region poses unique challenges due to its complex anatomy and the high level of mechanical stress it endures. Following trauma to TMJ, hematomas are organized by fibrous granulation tissues and mesenchymal stem cells are recruited from adjacent bone by cytokines and chemokines such as bone morphogenetic proteins, transforming growth factor-beta and stromal cell-derived factor 1. These recruited mesenchymal cells differentiate into osteoprogenitors and osteoblasts to form new bone and fibroblasts to form a scar. In humans, scarring is the final outcome of the wound healing process, which has evolved to rapidly repair injuries. Scarring from injuries, surgeries, and burns places a significant burden on the healthcare system. Patients with major scars, especially children and adolescents, often experience long-term functional and psychological issues. This article aims to present a case of post-surgical hypertrophic scar in a patient after gap arthroplasty through Al-Kayat Bramley incision and the role of a multi-professional team to treat such wounds.

추출된 의학 개체 (NER)

유형영어 표현한국어 / 풀이UMLS CUI출처등장
합병증 hypertrophic scar 비후성흉터 dict 2
시술 rhytidectomy 안면거상술 dict 1
해부 tissue scispacy 1
해부 TMJ → temporomandibular joint scispacy 1
해부 oral scispacy 1
해부 postauricular scispacy 1
해부 fibrous granulation tissues scispacy 1
해부 mesenchymal stem cells scispacy 1
해부 bone scispacy 1
해부 mesenchymal cells scispacy 1
해부 osteoprogenitors scispacy 1
해부 osteoblasts scispacy 1
해부 fibroblasts scispacy 1
합병증 Wound scispacy 1
합병증 jaw scispacy 1
합병증 mouth scispacy 1
합병증 facial scispacy 1
합병증 hematomas scispacy 1
합병증 scar scispacy 1
합병증 wounds scispacy 1
약물 Al-Kayat scispacy 1
질환 Temporomandibular Joint Ankylosis C2931375
Temporomandibular ankylosis
scispacy 1
질환 TMJ → temporomandibular joint C0039493
Temporomandibular Joint
scispacy 1
질환 TMJ ankylosis C2931375
Temporomandibular ankylosis
scispacy 1
질환 arthroplasty C0003893
Arthroplasty
scispacy 1
질환 trauma C0043251
Wounds and Injuries
scispacy 1
질환 hematomas C0018944
Hematoma
scispacy 1
질환 fibrous granulation scispacy 1
질환 burns C0006434
Burn injury
scispacy 1
질환 Scar scispacy 1
기타 Patient scispacy 1
기타 Temporomandibular Joint scispacy 1
기타 mandibular condyle scispacy 1
기타 glenoid fossa scispacy 1
기타 mandibular scispacy 1
기타 Dingman scispacy 1
기타 transforming growth factor-beta scispacy 1
기타 stromal cell-derived factor 1 scispacy 1
기타 humans scispacy 1
기타 Patients scispacy 1
기타 children scispacy 1
기타 Al-Kayat Bramley scispacy 1

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