Cross-finger flaps still represent a viable option to reconstruct small- to medium-sized full-thickness finger defects but they are not commonly used if larger areas have to be covered. We present 2 cases showing a simple and pragmatic approach with homodigital double cross-finger flaps to reconstruct extensive volar finger soft-tissue defects. We observed very low donor-site morbidity and excellent functional and aesthetic outcomes. Furthermore, there is no need for microsurgical techniques or equipment when using this method. Although this case report only addresses volar defects, one might also think of applying this concept to dorsal defects using reversed double cross-finger flaps
Adequate coverage of dorsal finger wounds is often a challenge. The reversed cross finger subcutaneo...
Fingertip injuries with major distal phalangeal amputations and loss of terminal pulp are very frequ...
This is a report of five patients who sustained untidy division of flexor tendons in zones 1 and 2, ...
Free extended double hemipulp flap was used succesfully to reconstruct volar defects of the fingers ...
Background: Reconstruction of surgical defects on the dorsal finger can be challenging because of a ...
A series of 29 patients is presented in which 40 dorsal full-thickness defects of the reconstructed ...
Reconstruction of finger extensor zone defects with or without tendon gaps still remains a challenge...
Objective: Several flaps can be dissected from the same or neighboring digits for the reconstruction...
Introduction. Soft-tissue reconstruction of fingertip injuries remains a challenge for hand surgery....
Traumatic digit defects of high complexity and with inadequate local tissue represent challenging su...
Aim: Numerous flaps have been described for the reconstruction of complicated defects of the fingert...
To cover a large soft tissue defect of the finger, we have successfully applied free flaps using sec...
A series of 18 cases of fasciosubcutaneous reverse flaps used to cover defects of the fingers is rep...
Background Soft tissue defects of the multiple finger present challenges to reconstruction surgeons....
Republican Center of Reconstructive Microsurgery, Institute of Emergency Medicine, Nicolae Testemita...
Adequate coverage of dorsal finger wounds is often a challenge. The reversed cross finger subcutaneo...
Fingertip injuries with major distal phalangeal amputations and loss of terminal pulp are very frequ...
This is a report of five patients who sustained untidy division of flexor tendons in zones 1 and 2, ...
Free extended double hemipulp flap was used succesfully to reconstruct volar defects of the fingers ...
Background: Reconstruction of surgical defects on the dorsal finger can be challenging because of a ...
A series of 29 patients is presented in which 40 dorsal full-thickness defects of the reconstructed ...
Reconstruction of finger extensor zone defects with or without tendon gaps still remains a challenge...
Objective: Several flaps can be dissected from the same or neighboring digits for the reconstruction...
Introduction. Soft-tissue reconstruction of fingertip injuries remains a challenge for hand surgery....
Traumatic digit defects of high complexity and with inadequate local tissue represent challenging su...
Aim: Numerous flaps have been described for the reconstruction of complicated defects of the fingert...
To cover a large soft tissue defect of the finger, we have successfully applied free flaps using sec...
A series of 18 cases of fasciosubcutaneous reverse flaps used to cover defects of the fingers is rep...
Background Soft tissue defects of the multiple finger present challenges to reconstruction surgeons....
Republican Center of Reconstructive Microsurgery, Institute of Emergency Medicine, Nicolae Testemita...
Adequate coverage of dorsal finger wounds is often a challenge. The reversed cross finger subcutaneo...
Fingertip injuries with major distal phalangeal amputations and loss of terminal pulp are very frequ...
This is a report of five patients who sustained untidy division of flexor tendons in zones 1 and 2, ...