One stage repair of dorsum of hand and multiple fingers soft tissue defect with polyfoliate conjoined anterolateral thigh perforator flap / 中华显微外科杂志

Objective:To investigate the surgical method and clinical effect of one-stage repair of soft tissue defects of dorsum of hand and multiple fingers by using the polyfoliate conjoined anterolateral thigh perforator flap (ALTP) .Methods:From November, 2015 to September, 2019, 9 cases of soft tissue defects of dorsum of hand and multiple fingers were treated, including 8 males and 1 female. The average age was 32 years old. Causes of injury: 4 cases of thermal injury, 3 cases of strangulation injury, and 2 cases of traffic accident injury. Location of injury: 7 cases of right hand, 2 cases of left hand. Three cases of dorsum of hand with 1st-4th fingers, 3 cases with 2nd-5th fingers, 2 cases with 2nd-4th fingers, and 1 case with 3rd-5th fingers; All with bone, joint and tendon exposure. There were 6 cases with fracture or joint dislocation. All of them had no obvious defect of bone and joint. VSD was used to cover them after debridement. According to the shape and size of the wound, all flaps were designed to repair the soft tissue defect as the polyfoliate conjoined ALTP. The flap size was 7 cm×13 cm-12 cm×17 cm. Regular outpatient, telephone and Wechat follow-up were carried out to evaluate the flap survival, appearance, color elasticity, donor scar, sensory recovery, finger function recovery and patient satisfaction.Results:Nine cases of flap survived well. The average followed-up time was 12 (6-18) months. The postoperative followed-up revealed satisfactory shapes of the flaps, protective touch and recovery of functions. The donor site had good healing and no effect on function. In the last followed-up, according to the trial criteria for function evaluation of upper limbs by Chinese Society of Hand Surgery, 5 cases were excellent, 3 cases were good, and 1 case was fair. The hand function recovered well and returned to work and daily life on average 6 weeks after operation.Conclusion:The polyfoliate conjoined ALTP can repair the soft tissue defect of hand dorsum with multiple fingers at one stage, and the flap is in good shape. There is no need to divide the fingers. It is one of the ideal methods to repair the soft tissue defect of hand dorsum.

Unusual bilateral sensory innervation of the dorsum of hand by lateral antebrachial cutaneous nerve: a case report / 대한해부학회지

A 68-year-old male cadaver showed bilateral variation in the sensory innervation of the dorsum of hand. On the dorsum of right hand, first digit and lateral half of second digit were supplied by lateral antebrachial cutaneous nerve (LABCN); medial side of second digit and lateral side of third digit were supplied by superficial branch of radial nerve (SBRN) and medial side of third digit, the fourth and fifth digits were supplied by dorsal cutaneous branch of ulnar nerve (DBUN). On the dorsum of the left hand, lateral side of first digit was supplied by LABCN, medial side of first digit, the second and third digits as well as the lateral side of fourth digit were supplied by SBRN; medial side of fourth digit and fifth digit were supplied by DBUN. These variations would be helpful in understanding peripheral neuropathy, in interpretation of conduction velocity studies and in reconstructive surgery of hand.

Optimizing Outcomes in the Reconstruction of Postburn Scar Hand Deformities

PURPOSE: Reconstruction of severe postburn hand deformities with flexion or extension contractures with finger webbing deformities, large hypertrophic scars of dorsal hand are frequently encountered problems in burn hand surgery. To obtain the good results after correction of various type of postburn scar hand deformities, we have used the sophisticated reconstructive procedures such as scar contracture release, skin graft, and use of acellular dermal matrix (ADM). We report reliability and usefulness of these novel updated procedures according the type of postburn hand deformities, and reviewed the literatures. METHODS: We had 82 postburn hand deformities. Among them we selected 7 patients of severe postburn hand deformities, which had different affected sites involving over 1/3 of hand. To reconstruct the finger flexion contractures, the scar contracture release and full thickness skin graft was most frequently performed. For correction of finger webbing deformities, the 5 flap Z-plasty for 1(st) web, dorsal and volar interposition flap for 2, 3 and 4 web, FTSG were used. The diffuse hypertrophic scar of dorsum of hand was reconstructed with total excision of scars, skin coverage with one piece of medium thickness STSG, and postoperative clenched hand position. The postburn palmar contractures was reconstructed with extensive contracture release followed by resurfacing with ADM (AlloDerm™) and thin STSG. The severe postburn abduction contractures of wrist was treated by total excision of scars, ADM (CGDerm™), and thin STSG. RESULTS: After 1 month to 1.6 years follow up, relatively satisfactory results were obtained in all patients. As complications, 1 case of recurrent palmar contractures, which was reconstructed with ADM (AlloDerm™) with thin STSG, were noticed. CONCLUSION: The postburn finger flexion contractures could be managed by the scar contractures release and FTSG. This method is very safe and reliable. For reconstruction of postburn finger webbing deformities, it is mandatory to use 5-flap Z-plasty for 1(st) webbing deformities, and dorsal and volar interposition flap for 2, 3 and 4(th) webbing deformities concomitantly with resurfacing with FTSG. The diffuse hypertrophic scars of dorsum of hand was managed by total excision of scars, resurfacing with one large piece of over medium thickness STSG, and postoperative clenched hand position. After release of scar contractures of hand, acellular dermal matrix (ADM) with thin STSG can be used in case of deficient FTSG donor site.

A Cadaveric Study of Incidence, Morphology, Phylogeny and Classification of Extensor Digitorum Brevis Manus.

Introduction: A rare type of variation of extensor muscles on the dorsum of hand is extensor digitorum brevis manus (EDBM).It is a small muscle rarely present on the dorsum of the hand which can be misinterpreted a pathological mass on the dorsum of the hand. Aim: Aim of the present cadaveric study is to observe the incidence, anatomical morphology of EDBM and to study its phylogenetic significance. Material and Methods: Present study was conducted on 32 adult human cadaveric hands of which 24 were of male and 8 were of female cadavers. Results: The EDBM was observed in one incidence (3.1%) of the specimens. EDBM was found to be between the tendons of extensor digitorum for index and middle fingers. It was of Anatomical variant type I. Conclusion: The knowledge of incidence and morphology of EDBM is of greater relevance in clinical practice to rule out any pathological mass on the dorsum of the hand.

Syringoid Eccrine Carcinoma on the Dorsum of Hand / 대한피부과학회지

No abstract available.

The Distribution Patterns of the Cutaneous Nerves on Dorsum of the Hands in the Korean / 체질인류학회지

In order to investigate the distribution patterns of the dorsal digital nerves of the radial and ulnar nerve in the Korean, authors dissect the 113 hands (right 58/left 55) of the 59 cadavers (39 males/20 females). The types were classified by the area of radial dorsal digital nerves and the ulnar digital nerves. The difference in the distribution pattern between males and females, right and left hands was analysed by chi2-test in the case presenting the prequency more than 10%. The results as follows; 1. The ten types of the distribution patterns consisted of the radial and ulnar nerves were observed on the dorsum of the hands. 2. The case of the highest prequency was type VIII(33.9%), in which radial nerve supply the radial side of the 2 1-2 of digits and ulnar nerve extends the ulnar side 2 1-2 of digits. 3. In the cases of the both nerve mingling in the third digital web, the incidences in which the radial nerves extend to the radial half of ring finger and ulnar nerve to the ulnar half of middle finger (type III) were 25.7%, and that the radial nerves extend to the ulnar half of middle finger and ulnar nerve to the ulnar half of middle finger (type VI) were 11.0%. 4. Type IV as combined branch between the radial and the ulnar nerve extend to the third digital web was observed in the 12.8%. 5. The type III, VI, IX, X, XI showing the both nerves mingling in the third digital web and in the second digital web or combining in the second digital web were new observed in the Korean. 6. The musculocutaneous nerve replaces the superficial branch of the radial nerve in 4 cases. 7. There was no statistical difference in the distribution pattern between males and females, right and left hands. From the above results, it was suggested that the majority of the cases were that the ulnar digital nerves supplied the ulnar half of the middle finger in the Korean.