Objective To discuss the concrete method and clinical effects of the wound refers to multiple fingers and fingerweb.Methods Twenty-six patients were used four different flaps to repair the wound refers to multiple fingers and fingerweb.Dorsalis pedis flap in 18 cases,2 cases were distal dorsal foot flap,anterolateral thigh flap,3 cases,toe web flap,4 cases,dorsal carpal branch of ulnar artery flap,1 case in this group.Results All of 25 flaps survived,the distal part of 1 case got necrosis and use skin grafting to treat.6 cases of dorsal foot flap and 1 case of anterolateral thigh flap use the operation of spliting fingers and finger web deepen operation.Conclusion According to the specific injury of the patients' hands refers fingerweb,using the suitable flap to repair the wound,can make a satisfactory results in the appearance and function of patients' hands.

BACKGROUND:Donor site, recipient site and operator are three important factors for flap transplantation in the repair of hand soft tissue defects. Depth studies are needed on how to choose flaps according to the principle of“good reconstruction of the recipient site, little damage to the donor site, reliable survival, simple and easy operation”. OBJECTIVE:To compare the repairing effects of pedicled neurovascular fasciocutaneous flap, abdominal skin flap and free flap, thereby providing a reference for clinical choice. METHODS:Twenty-eight patients who underwent transplantation of pedicled neurovascular fasciocutaneous flap, abdominal skin flap and free flap in the repair of hand defects, respectively, were al fol ow-up to compare and analyze the disability of the arm, shoulder and hand (DASH), injured site, touch and pressure sensation (Semme-Weinstein monofilament method), dynamic and static two-point discrimination (m2PD, s2PD), temperature sensation, swel ing degree, and degree of scar contracture at donor sites. RESULTS AND CONCLUSION:No significant difference in the degree of scar contracture, temperature sensation, touch sensation, and two-point discrimination was found among the three kinds of flaps, but DASH score, swel ing degree and tough and pressure sensation in the abdominal skin flap group were significantly different from those in the other two groups. These findings indicate that these three kinds of flaps have their own characteristics, and can be selected clinical y based on a variety of objective requirements.

A rapid headspace gas chromatography tandem mass spectrometric ( HS-GC/MS ) method was established for the analysis of volatile fatty acids ( VFAs ) in the feces. Feces were suspended by 6%phosphoric acid aqueous solution (1:2 m/V) and sealed in the headspace bottle for HS-GC/MS analysis. The HS-GC/MS method was optimized as follows: agitator temperature ( temp. ):80 ℃, syringe temp.:80 ℃, sample incubation time: 30 min, injection: 1 mL without split-flow. The chromatographic separation was performed on a DB-FFAP capillary column (30m×0. 25 mm×0. 25 μm) with injection port temp.:250 ℃. The temperature program ( initial temp. at 50 ℃ within first 1 min, and raised to 200 ℃ by 10 ℃/min) was employed by fixing the flow of carrier gas (high purity helium) at 1. 0 mL/min. The electron energy at -70 eV for electron impact ( EI ) ionization, ion source temp.: 250 ℃, transfer line temp.:280 ℃, the voltage of electron multiplier at 0. 95 kV. The spectra were recorded in the range of m/z 33-200 for full scan. The established HS-GC/MS method could be applied to analyze VGAs in the feces from human and rat appropriately. There are nine VFAs identified in the feces from human, and eight VFAs detected in the feces from rat by retrieving the NIST library, comparing with the standards and analyzing the MS data. Furthermore, the relative percentage contents of acetic acid, propionic acid and butyric acid accounted for roughly 85% of all VFAs by area normalization. The method is simple and sensitive, and it can be used to rapidly detect VFAs in the feces from human and rat.

Objective To evaluate a method of the finger reconstruction with second toe in primary operation. Methods Six patients with Ⅲ-Ⅳ° defect of fingers received the reconstructive transplantationusing the second toe. A triangular flap plastic surgery was also performed at the "pulp" and "neck" of the second toe for the reconstruction. Results Finger reconstruction and local triangle skin all survived. Five patients were followed from 8 months to 15 months, the shape of the reconstructed finger got a good looking. Pulp sensory recovery was good, 2-PD reached 8-10 mm. The patients were satisfied. Conclusion local triangle skin flap transfer and finger reconstruction in primary operation is a good method to improve the shape of reconstructed finger, which avoid the shape defect in enlargement pulp and narrow hand palm. The clinical outcomes are satisfying.

ObjectiveTo report the methods and clinical efficacy of bridging severed thumbs and fingers with foot joint compound flaps.Methods Ten patients with completely amputated thumbs and fingers with extensive defects in the proximal phalanx had bridged and repaired by using composite-free flap with joints from foot. Three of 4 cases of thumb amputation were repaired by using composite flaps of the second metatarsophalangeal and proximal interphalangeal joints in foot,and the other was used composite flap of the second metatarsophalangeal joints in foot.Donor sites underwent the second metatarsals distal osteotomy associated with free skin graft. And 6 cases with absent fingers by using composite-free flaps of the proximal interphalangeal joint to repair. The donor site in foot underwent metatarsophalangeal and toe joints osteotomy.ResultsAll flaps and replanted thumbs and fingers survived. Hand wounds recovered by primary repair.Donor site in foot all healed by primary repair except for 1 case,which healed after several dressing changes.All 10 cases were followed-up from 6 to 28 months,averaged of 9 months.The metacarpophalangeal joint of 4 replanted thumbs extension between -10° and 0°,and flexion between 20° and 50°.The function of fullfield digital mammography recovered well in 3 replanted thumbs, as well as the function of thumb-middle in the other. Three of them could completely 2-5 fingers tapping,one case could complete middle finger tapping,four cases could complete radial abduction.The proximal interphalangeal joints of 6 replanted fingers extension between -10° and 0°,and flexion between 30° and 90°,averaged of 50°.Sensory recovery of 1 case reached S4,two cases reached S3+,five cases reached S3,and 2 cases of S2.All replanted bones and joints healed after transplantations(bone healing time was 6 to 16 weeks), with no occurrence of re-fracture nor nonunion. Walking function was not significantly affected. According to the evaluation criteria of replanted severed fingers by Chinese Medical Association,one was excellent,eight were good,and 1 was poor.The excellent and good rate was 90％. Conclusion Repairing amputated thumbs and fingers with foot joint compound flaps could not only maximize the recovery of replanted fingers shape,but also get some function,which to meet everyday needs of patients.

Objective To explore the surgical methods and clinical application effects of repairing hand soft tissue defect with free vascularized flaps based on the distal perforator of ulnar artery.Methods From March, 2001 to December, 2012 in our hospital, 90 patients with hand soft tissue defects were repaired by free vascularized flaps based on the distal perforator of ulnar artery, including 74 patients cases were repaired by Phase Ⅰ emergency surgery, 16 patients cases with scar contracture were repaired by Phase Ⅱ surgery.There were 34 cases were rebuild the sensory by repaired the continuity between the dorsal branch of the ulnar nerve and dorsal digital nerve or palmar digital nerve.The free vascularized flaps that used the emerging point of perforator of the ulnar artery as center of the flap was designed, which based on the distal perforator to repairing the hand soft tissue defect.Results All 89 patients postoperative flaps were survived.Necrosis was seen in 1 flap which was repaired by skin grafting.Follow-up ranged from 3 to 36 months with an average of 12 months.The appearance of flap was not clumsy, the quality was good.The sensation was S3-S3+ in 34 cases after nerve reconstruction surgery.The active and passive activity of 16 cases with scar contracture were improved significantly.The incision in 72 cases for direct suture were healed without scar contracture, 18 cases of skin grafts were all survived without contracture.Conclusion The free vascularized flaps based on the distal perforator of ulnar artery has constant perforating point, which can carry sensory nerves and leads to little donor site damage without major vascular injury.The flap serves as a simple approach to repair hand defects, and get satisfied skin flap appearance and texture, the fingers feel and function recovered well.

Objective To investigate clinical effects of evaluating the reoeonstructiun of wounds in the thumb-nail donor site using tibial of the second toe in reducing and preventing complications related to this are. Methods Surface of the thumb-nail flap donor site was pestoperatively recovered using tibial flaps of the second toe for 8 patients; conjunct full-thickness dermotaplasthy was performed for the sites which could not be completely covered by flaps. Full-thickness flaps were used to repair the second-toe doner sites. Results All flaps in the thumb-nail donor sites of the 8 patients survived; partial necrosis of base in the second toe was seen in one case, and the wonds healed with change of dreeings. A follow-up study beyon d4 to 14 months revealed favorable texture, normal shape of flaps and complete healing of the graft area without formation of ulcer. Foot-walking functions were not exposed to significant impact. Conclusion It is a safely and reliably effective method to repair the thumb-nail donor sites using tibiai flaps of the second toe such that complications in the donor sites are minimized.

Objective:To investigate the acceptance of advance care planning and its influencing factors in heart failure patients.Methods:A total of 208 patients with heart failure were surveyed by general data questionnaires and advance care planning acceptance questionnaires.Results:The total score of advance care planning acceptance of heart failure patients was (44.26 ± 11.73), the score of feeling dimension was (13.67 ± 5.72), the score of attitude dimension was (30.59 ± 6.33). 53.4%(111/208) of patients were willing to accept the talking about advance care planning. Regression analysis results showed that education level, New York Heart Association (NYHA) classification, communication status with medical staff and whether they had received life-sustaining treatment were important factors influencing of the acceptance of advance care planning in patients with heart failure.Conclusion:Patients with heart failure had higher acceptance of advance care planning. In clinical work, it is necessary to strengthen the scientific popularization of advance care planning in patients with low education level, low NYHA grade and no exposure to life-sustaining treatment. And strengthen the daily communication with patients to prepare for the follow-up advance care planning related communication.

Objective To evaluate the repair of perforated fingers using complex tissue transplantation of articulated second toe.Methods From July 2001 to January 2008, complex tissue grafts of articulated second-toe with blood supply were used to repair 14 cases of perforated finger defects, 11 males and 3 females.Their average age wag 25.4 years old.Using the proximal interphalangeal joint of the second toe, total joint transplantation was conducted in 5 cases and half joint transplantation in 3 cases.Using the metatarsophalangeal joint of the second toe, total joint transplantation was performed in 2 cases and half joint transplantation in 4 cases.Results Primary healing of the grafted complex tissues was achieved in 13 cases, though partial necrosis of skin flap was observed in 1 patient with a defect at the metacarpophalangeal joint of the little finger, whose wound healed after change of dressings.In the other cases, followed up for 6 to 15(average, 11)months, the grafts had satisfying appearance and fine healing of joints.No nonunion, bone deformity or degeneration of joints was present.Finger functions were favorably recovered, and finger to finger activity was achieved.According to the criteria for hand functions by Chinese Medical Association, 4 cases were excellent, 6 fine, and 4 fair.Conclusion Repair of perforated fingers using composite tissue grafts of the second toe is a one-off repair of defects of bone, joint, tendon, skin and other tissues, providing fine rehabilitation for each subtle defect and maximizing functional recovery of injured fingers.

Objective To evaluate the clinical effects of free dorsalis pedis flap on the repair of two skin and soft tissue defects in hand. Methods From February 2003 to February 2009, free dorsalis pedis flap was used to repair two skin and soft tissue defects in 11 patients. Six cases were males and 5 females.Two was used the hand skin and soft tissue defects in 4 cases; back of the hand skin and soft tissue defect with the middle finger proximal palmar skin and soft tissue defect in 1 case, the hand ripped through injury to the back of the hand of the hand ripped through skin and soft tissue defects in 3 cases, were cut flap:proximal flap 3 cm× 3 cm-8 cm × 7 cm, distal flap 4 cm × 2 cm-6 cm × 5 cm. Foot for the area will adopt the lower abdominal full-thickness skin grafting. Results Uniform flap survival period of the wound healing class, foot skin graft donor sites were successfully survived. Ten patients were followed up from 6 to 19 months, with an average follow-up of 9 months. Follow-up flap fine texture, appearance of natural, nonbloated, feeling to restore S2-S3, hand function recovered satisfactorily, for the district of foot healed well without ulceration and ulcer formation,had no effect on walking function. Conclusion The dorsalis pedis flap for hand two series of skin and soft tissue defects, with design flexibility, excellent texture flaps, etc., is to repair the hand skin and soft tissue defects of the two better way.