RESUMEN
INTRODUCTION: Many non-surgical methods were performed to repair the deformities in the skeletal system to avoid severe complications post-open surgery, especially within the childhood stage or below. We aim, in this case, to present a new technique for repairing bony deformities in the childhood stage, which fewer studies have to instigate its efficacy versus open surgery. CASE PRESENTATION: We present a 14-months-old infant with wrist extravasation injury at the neonatal stage (day 1), end with a right wrist volar contraction and complete loss of brain homunculus of the right hand. DISCUSSION: We used a reverse posterior interosseous flap to reconstruct the soft tissue and release the flexor tendons of the hand. The flap was conducted entirely and was rapidly adapted to the recipient beds to achieve good color and texture harmonies. Within following up for 12 weeks, the patient restored hand function. CONCLUSION: More global cohort studies are required to compare precisely the efficacy between surgical options and the used technique in our case for salvaging deformities in childhood.
RESUMEN
Circumcision is regarded as one of the most common procedures in pediatrics. We present a case of a newborn, who has undergone circumcision using monopolar electrocautery. He admitted to the hospital with glans necrosis and was treated with antibiotics and surgical debridement. Four months later, phalloplasty was performed for the newborn using scrotal flap. The result is satisfactory, and the penis is esthetically acceptable with effective urination. Our case suggests the use of scrotal flap for penile reconstruction due to feasibility of procedure and anatomic privilege. It would also support usage of bipolar electrocautery for circumcision to avoid possible unwanted complications of monopolar electrocautery.