Operative Behandlungsmöglichkeiten bei fortgeschrittenem karpalen Kollaps (SNAC/SLAC wrist)

Longstanding and untreated scaphoid fractures and scapholunate dissociations lead to painful destruction of the wrist with carpal collapse. The severity of degenerative arthrosis is classified in three stages and can be treated adequate operatively. SNAC wrist (scaphoid nonunion advanced collapse) after failed fusion of the scaphoid and SLAC wrist (scapholunate advanced collapse) after scapholunate dissociation should be differentiated. The reconstruction of the scaphoid or scapholunate ligament in stage II and III is no reasonable option. Motion preserving procedures such as proximal row carpectomy or midcarpal arthrodesis are preferable in this situation. Thirty-one male patients (average 41 years) were treated for SNAC or SLAC wrist with midcarpal arthrodesis. All patients were reexamined, the mean follow-up was 15 months. Grip strength was measured with the Dexter-System, pain was evaluated by a visual analogue scale (VAS 0-100). Patients' daily activities and general quality of life were estimated with the DASH-questionnaire. Pain was reduced to 50% compared to the preoperative situation. Grip strength improved to 60% of the opposite side. Active range of motion reached 50% of the contralateral wrist. Total DASH-score reached 39.0. Nonunion at the fusion site necessitated additional surgery in four patients resulting in total wrist arthrodesis. 80% of the patients returned to their original occupation. Midcarpal fusion is a reliable procedure for treating the difficult condition of advanced carpal collapse if proper realignment of the carpus is performed. The DASH-score reflects the subjective impressions of the patients in daily life and justifies the choice of a salvage procedure preserving wrist mobility. Total wrist fusion represents the last line of defense.     

Attempted scapholunate arthrodesis for chronic scapholunate dissociation

We report a retrospective review of seven patients with chronic scapholunate dissociation treated with attempted scapholunate arthrodesis. All procedures were done between 1978 to 1983 by one surgeon. Seven patients with follow-up of nine months or greater were available for review. Follow-up for the four patients with successful operations averaged seventy-seven months. Average age was 34 years (range from 19 to 46). Only one patient demonstrated radiographic fusion. Of the remaining six patients, three had no further wrist pain. The other three operations were total failures requiring other procedures for pain relief. For all patients, flexion-extension are decreased an average of 4 degrees. Grip strength averaged 88% of the unaffected side. Lateral scapholunate angle improved from an average preoperative angle of 70 degrees to a postoperative angle of 59 degrees. We conclude that this procedure is not a predictable method to treat scapholunate dissociation.     

Treatment of scaphoid nonunion by radical curettage, trapezoidal iliac crest bone graft, and internal fixation with a Herbert screw

Ten adult male patients with scaphoid nonunions were treated by radical curettage, trapezoidal iliac crest bone grafting, and internal fixation with a Herbert screw. The mean patient age was 24.7 years, and the mean duration of the nonunion before surgery was 37.3 months. Mean follow-up time was 30.4 months. Nine of the ten nonunions healed, although one patient required a second bone-grafting procedure. The mean postoperative grip strength was 45.0 kg, and the mean postoperative pinch strength was 11.5 kg. The mean postoperative range of motion was volar flexion, 76.1 degrees; dorsiflexion, 74.2 degrees; radial deviation, 22.1 degrees; and ulnar deviation, 40.1 degrees. The scapholunate angle decreased from a mean of 72.8 degrees preoperatively to 60.6 degrees postoperatively (p less than 0.025). The mean carpal index was 0.57 postoperatively. Mean scaphoid length increased postoperatively and was within 0.2 mm of the opposite (normal) scaphoid in every patient except the single patient with a persistent nonunion (p less than 0.025). All patients returned to work (eight as laborers), and nine of ten wrists were subjectively rated as good or excellent. The results of the series suggests that treatment of displaced scaphoid nonunion by radical curettage, trapezoidal iliac crest bone grafting, and internal fixation with a Herbert screw is an effective method of treatment that reconstitutes scaphoid anatomy and promotes excellent wrist function.     

Capitolunate arthrodesis with scaphoid and triquetrum excision

A retrospective two-center outcome study was designed to evaluate the results of capitolunate arthrodesis with scaphoid and triquetrum excision mainly for scapholunate advanced collapse patterns of arthritis. Fourteen wrists in 14 patients were evaluated objectively by standard parameters and subjectively by the Short Musculoskeletal Functional Assessment at an average of 28 months after surgery (range, 14-51 months). All patients were men between the ages of 20 and 70 years (average, 49 years). Two patients had a painful nonunion and one had persistent pain despite conversion to a solid wrist arthrodesis. One patient had x-ray evidence of progressive radiolunate narrowing, but only occasional pain. Postoperative wrist flexion-extension arc was 53 degrees and radioulnar deviation arc was 18 degrees. Grip and pinch strengths were 71% and 75%, respectively, of the normal contralateral wrist. The results of our study indicate that capitolunate arthrodesis with scaphoid and triquetrum excision is comparable to other motion-preserving operative procedures for scapholunate advance collapse.     

Management of chronic rotary subluxation of the scaphoid by scapho-trapezio-trapezoid arthrodesis. Rationale for the technique, postoperative changes in biomechanics, and results

In cases of static or symptomatic dynamic scapholunate instability, reduction of the scaphoid proximal pole into the scaphoid fossa of the radius and stabilization of the relationship of the scaphoid and lunate by distal arthrodesis to the trapezium and trapezoid will significantly alter carpal mechanics; however, elimination of pain, preservation of a functional arc of motion, and restoration of the ability to pursue routine activities (including heavy labor) all suggest that the planes of radiocarpal and intercarpal motion following distal scaphoid arthrodesis are compatible with long-term physiologic function without late loss of reduction.     

Degenerative arthritis of the wrist: proximal row carpectomy versus scaphoid excision and four-corner arthrodesis

Two cohort populations of 19 patients from separate institutions performing exclusively either a scaphoid excision and 4-corner arthrodesis (lunate, capitate, hamate, and triquetrum) or proximal row carpectomy (PRC) for scapholunate advanced collapse arthritis were compared. There were no preoperative differences with respect to age, gender, dominance, stage of arthritis, or preoperative measures of pain and function. The length of the follow-up period averaged 28 months for the 4-corner arthrodesis group compared with 19 months for the PRC patients. At the follow-up examination wrist motion revealed no significant differences in the flexion-extension arc, averaging 81 degrees in the PRC patients and 80 degrees following 4-corner arthrodesis, which was 62% and 58%, respectively, of the opposite wrist. The 4-corner arthrodesis patients maintained greater radial deviation and total percent radial-ulnar deviation of the wrist. Grip strength averaged 71% for the PRC group compared with 79% for the 4-corner arthrodesis patients. Pain relief was similar using a variety of measures and patient satisfaction was equivalent. Function was similar except that the 4-corner arthrodesis patients scored significantly higher on the mental health component of the short form-36 health status survey. No differences were seen on the physical health component or an outcome scale specifically designed for the wrist. Both PRC and scaphoid excision and 4-corner arthrodesis are motion-preserving options for the treatment of scapholunate advanced collapse arthritis with minimal subjective or objective differences in short-term follow-up evaluations.     

Soft tissue stabilization in the management of chronic scapholunate instability without osteoarthritis. A 15-year series

Management of chronic scapholunate instability without osteoarthritis remains controversial. Some surgeons favor partial wrist arthrodesis; others, soft tissue stabilization. Many techniques for soft tissue repair have been described but with few or unpredictable results. We reviewed all our cases of scapholunate instability without osteoarthritis treated by soft tissue stabilization. Since 1979, 37 soft tissue stabilization procedures have been performed to correct dynamic (25) or static (12) scapholunate instability without osteoarthritis. The average time from injury to surgical treatment was 7.2 mos. (range 0.25 to 36 mos.). Three cases were treated within the first month of injury. The choice of repair was determined intraoperatively. The scaphoid shift must be easily reducible to make the case eligible for soft tissue repair. The scapholunate ligament was usually disrupted from palmar to dorsal, and the average amount of disruption was 74%. When scapholunate ligament remnants were of sufficient quality, secondary repair was performed; but if not, ligament reconstruction using tendon grafts or capsulodesis was performed. The procedures used were secondary ligamentous repair in 16 (by direct suture, reinsertion using anchor and/or transosseous reattachment), ligament reconstruction using tendon grafts in 6, capsulodesis in 7 and a combination of these procedures in 8. The mean follow-up was 27 mos. (range 2 to 62 mos.). Postoperatively, there was an 83% decrease in pain. The average wrist motion was 60 degrees extension, 47 degrees flexion, 18 degrees radial deviation and 28 degrees ulnar deviation (92%, 84%, 106% and 88% of preoperative values and 88%, 75%, 78% and 76% of the uninvolved wrists, respectively), and the grip strength was 28 kg (117% of preoperative value and 78% of the uninvolved wrists). On roentgenograms, the mean static scapholunate distance was 4.2 mm (a 26% loss of reduction compared to the early postoperative gap), but scapholunate and radiolunate angles were within normal values (58 degrees and 9 degrees, respectively). At follow-up, one patient presenting a small zone of chondromalacia on the scaphoid at the time of secondary ligamentous repair developed severe radioscaphoid arthritis 15 months postoperatively. The results were further assessed according to the form of instability, delay before surgery, severity of disruption and type of repair. Patients with static instability showed worse clinical and radiological findings than those with dynamic instability. Surgical delay did not influence the outcome. The more severe the ligament disruption was, the poorer were the results. All types of repair had a comparable outcome except those treated by ligament reconstruction using tendon grafts. The results in the latter group were unsatisfactory in terms of motion, grip strength and radiological findings. This technique has been abandoned by the group. In conclusion, soft tissue stabilization is part of the armamentarium in the management of reducible chronic scapholunate instability without osteoarthritis. Ligament reconstruction using tendon grafts gave, in our hands, unsatisfactory results. Otherwise, all types of repair achieved a relatively pain-free wrist, with acceptable motion, grip strength, scapholunate and radiolunate angles but with a wider than normal static scapholunate distance. A longer follow-up is needed to assess the effect of this abnormal gap. Factors that favorably affected the outcome were: dynamic type of instability and partial disruption of the ligament.     

Silicone replacement for non-union of the scaphoid: 7 cases followed for 9 (5-18) years

In the years 1971-1983, 7 patients underwent excision of the scaphoid with replacement by a silicone rubber implant because of painful nonunion of a scaphoid fracture. The patients were reviewed 9 (4.5-18) years postoperatively. Ail patients returned to work, 2 patients being completely pain-free, 4 having only occasional pain on heavy activity, and 1 having pain on normal activity. The range of motion, power and pinch grip were near-normal in all. Radiographic examination showed progressive dorsal intercalated segment instability with carpal collapse and arthrosis. There was no evidence of fragmentation of, or reaction to the prosthesis. 1 prosthesis was dislocated, and no patient required a revision operation.     

Resection of the distal pole of the scaphoid for scaphoid nonunion with radioscaphoid and intercarpal arthritis

PURPOSE: The treatment of scaphoid nonunion with degenerative arthritis poses a clinical problem that is particularly challenging in cases of associated dorsal intercalated segmental instability collapse, radiocarpal and intercarpal degenerative changes, and poor scaphoid bone quality. The purpose of this study was to report our clinical experience performing a distal scaphoid resection for symptomatic scaphoid nonunion in patients with either radioscaphoid or intercarpal arthritis who have had multiple surgeries. METHODS: Nine patients with recalcitrant scaphoid nonunion and associated degenerative arthritis treated by resection of the distal scaphoid fragment were evaluated both clinically and radiographically. Eight patients were male and one patient was female; the average follow-up period was 28.6 months (range, 12-52 mo). RESULTS: Seven patients reported pain with daily use and the remaining 2 patients reported mild pain with light work before surgery, whereas after surgery 4 of the 9 patients had no wrist pain and the remaining 5 patients had only mild pain with strenuous activity. The wrist range of motion improved from 70 degrees (51.4% of the opposite wrist) to 140 degrees (94% of the opposite wrist) and grip strength improved from 18 kg (40% of the opposite wrist) to 30 kg (77% of the opposite wrist). Clinical results were excellent in 6 patients and good in 3 patients based on a modified Mayo wrist-scoring chart. Radiographically neither additional degeneration nor progress of degenerative changes was noted after surgery in 8 patients. Newly developed degenerative arthritis occurred at the proximal scapholunate capitate articulation in the remaining patient who has a type II lunate, which had a facet (medial facet) articulation with the hamate. CONCLUSIONS: The results of this study showed that distal scaphoid resection produces a satisfactory clinical outcome, requires only a short period of immobilization, and should be considered one of the surgical options for long-standing scaphoid nonunion with either radioscaphoid or intercarpal degenerative arthritis. Nevertheless care must be taken in performing this procedure on patients whose preoperative radiograph show a type II lunate.     

Surgical outcome of scaphoid nonunions in heavy manual workers

The management of scaphoid nonunion in heavy manual workers is challenging. Symptoms appear earlier and manual labor-related stress at the operated nonunion site may worsen the postoperative outcome. This study involved 16 heavy manual workers with scaphoid nonunion (11 cases involving the dominant hand) treated by internal fixation and autologous bone grafting. The nonunion was in 12 patients in the waist, in 3 patients in the proximal, and in 1 patient in the distal pole of the scaphoid. Clinical and radiographic evaluation of union was done according to the criteria of Bynum et al. and Fernandez and Eggli. Pain, wrist motion, and grip strength were evaluated and compared to the contralateral side. At a mean follow-up of 24 months (range, 10 months to 6 years), the mean range of motion and the grip strength compared to the contralateral hand were 95% and 91%, respectively. Overall hand function was excellent in 13 patients, good in 2 patients, and fair in 1 patient. All except one patient were pain free and returned to their work without or with minimal complaints at an average of 3.4 months (range, 2-6 months), postoperatively. In 15 patients, scaphoid nonunions healed at a mean time of 64 days. One patient had a reoperation, and union was observed at 90 days after the second operation. In all patients, the radiolunate angle was restored to normal. One patient developed complex regional pain syndrome that resolved completely after 2 months with adequate intensive physical therapy. Clinical symptoms of scaphoid nonunions are more severe and appear earlier in heavy manual workers; in this group of patients, surgical treatment is necessary. The double-threaded screw provides adequate stabilization for union. Autologous cancellous bone graft, because of its plasticity and malleability to exactly fill the scaphoid defect, is recommended.     

Intraligamentous suture of a scapholunar ligament lesion in a 9-year-old child

Scapholunate dissociation is a well-known injury in adult patients. In pediatric patients, repair of this injury in the skeletally immature carpus has been previously reported. However, in none of these case studies is single ligamentous suture performed.We report a case of scapholunate dissociation in a 9-year-old boy after an initial Salter I injury of the distal radius. After 6 weeks of wrist immobilization, arthroscopy was performed due to persisting pain over the scapholunate gap, a positive Watson sign, and limited range of motion. This arthroscopy revealed intraligamentous rupture of the scapholunate ligament. Suture repair of the scapholunate ligament was performed. The suture was protected by a temporary K-wire arthrodesis for 8 weeks. One year after removal of the K-wire, the patient is completely free of symptoms and resumes all sport activities.     

Case Report The arthroscopic treatment of avascular necrosis of the proximal pole following scaphoid nonunion

The authors describe a technique of treating scaphoid nonunions with associated avascular necrosis consisting of arthroscopic resection of the distal pole of the scaphoid combined with radial styloidectomy. The results at 2-year follow-up showed all three patients to have complete relief of their mechanical pain and improvement in their range of motion as well as high satisfaction with the procedure. Modified Mayo Wrist Scores were a mean preoperatively of 60 and postoperatively of 88. Postoperative radiographs showed no increase in the scapholunate gap. However, the capitolunate angle increased from a mean of 3 degrees to 13 degrees . There was no progression of degenerative changes noted. The advantages of this technique include (1) minimal morbidity, (2) relief of mechanical pain, and (3) improved range of motion with no early degenerative changes. The rate and severity of degenerative change following this procedure remain unknown.Arthroscopy 1998 Oct;14(7):747-52     

Results of four-corner arthrodesis using dorsal circular plate fixation

PURPOSE: Four-corner arthrodesis with scaphoid excision has been used to reduce pain and preserve functional range of motion for patients with radioscaphoid arthritis. Early results of 4-corner arthrodesis with scaphoid excision using dorsal circular plate fixation are compared with reported results in the literature. METHODS: We reviewed retrospectively the first 18 four-corner arthrodeses performed with this system by 4 hand surgeons. Two patients had revision surgery for nonunions before the study that were considered failures. Eight patients returned for final radiographs, objective examination, and functional questionnaire. The average follow-up period was 20 months (range, 13-33 mo). These results were compared with reported results in the literature using alternate fixation methods. RESULTS: Radiographic union was achieved in only 3 wrists. Range of motion was 46% that of the opposite normal wrist and grip strength compared with the opposite wrist was 56%. Five patients would have the procedure again and 6 of 8 have returned to their original employment. CONCLUSIONS: Four-corner arthrodesis with scaphoid excision using a circular internal fixation plate produced a high number of nonunions. Grip strength and range of motion results also were inferior to those reported in the literature.     

Long-term results of midcarpal arthrodesis in the treatment of scaphoid nonunion advanced collapse (SNAC-Wrist) and scapholunate advanced collapse (SLAC-Wrist)

SUMMARY: Outcome evaluation of midcarpal arthrodesis in the treatment of scaphoid nonunion advanced collapse (SNAC-wrist) and scapholunate advanced collapse (SLAC-wrist). PURPOSE: Scaphoid nonunion or scapholunate ligament instability results in carpal collapse and subsequent arthrosis. These conditions, termed SLAC-wrist and SNAC-wrist, are the most common patterns of arthrosis in the wrist. The purpose of this retrospective study was the evaluation of functional outcomes following midcarpal arthrodesis and of patients' satisfaction with these outcomes. METHODS: Forty-nine patients were reexamined at a mean follow-up time of 47 months. Active range of motion (AROM) was verified with a goniometer; grip strength was measured with a JAMAR-Dynamometer II. Pain was evaluated by a visual analogue scale from zero to 100 (VAS 0-100) for stress and under resting conditions. Patients' upper-extremity functioning was captured with the Disabilities of the Arm, Shoulder and Hand (DASH) questionnaire. Radiographic evaluation of bony consolidation was verified by conventional x-ray. RESULTS: Postoperative AROM was 56% and grip strength was 76% compared with the contralateral side. The DASH score was 29 points. Pain relief was 34% at rest and 31% after stress. Forty-five patients demonstrated bony consolidation in x-ray control. Six patients (12%) further required a total arthrodesis of the wrist because of pain or absence of bony consolidation. CONCLUSION: Our data demonstrate that midcarpal arthrodesis is a reliable procedure for treating SLAC- and SNAC-wrists in stages II and III and, furthermore, one which preserves some range of motion. Total wrist fusion should only be used in exceptional circumstances.     

Fascial implant arthroplasty for treatment of radioscaphoid degenerative disease

Twenty patients were evaluated up to 9 years (average, 3.8 years) after a hemiscaphoid fascial arthroplasty. All were men. Twelve had a chronic scaphoid nonunion, six had radioscaphoid arthritis from chronic scapholunate advanced collapse deformity, and two had irreducible transscaphoid perilunate dislocations. The degenerated or impinging portion of the scaphoid was replaced by a slightly oversized fascial implant; 4 being constructed of autograft and 16 of allograft fascia. Postoperative motion included a 30 degree or 73% gain in extension and a 19 degree or 38% gain in flexion, producing an overall 140 degree average arc motion. Grip strength increased 17% after operation. Pain was completely or dramatically relieved in all but one patient. All other patients returned to their preoperative occupations.     

A cause of painful clicking wrist: a case report

In a patient with symptomatic unilateral clicking of the wrist, a partial tear of the scapholunate ligament with subsequent scarring of the proximal third of the dorsal portion of the ligament had occurred. At operation the dorsomedial edge of the proximal pole of the scaphoid had snapped over the dorsal edge of the lunate as the palmar-flexed wrist was being returned to a neutral position. Release of the scarred portion of the scapholunate ligament was associated with widening of the scapholunate joint space to normal dimensions and cessation of the clicking phenomenon. Fourteen months after operation there was complete relief of symptoms, a full range of wrist motion and no radiographic evidence of widening of the scapholunate space, ligamentous instability, or rotatory subluxation of the scaphoid.     

经皮腕背入路DTJ空心螺钉内固定治疗舟骨骨折

目的 总结经皮腕背人路DTJ空心螺钉内固定治疗舟骨骨折的经验.方法 利用经皮腕背人路DTJ空心螺钉内固定治疗舟骨骨折患者12例,男10例,女2例;年龄16~39岁,平均25岁.根据改良Herbert舟骨骨折分型:A2型3例,82型5例,83型2例,D1型2例.10例新鲜骨折患者自受伤至就诊时间为1~12d,平均3.5d;2例纤维愈合患者自受伤至就诊时间分别为76d和68d.结果 骨愈合时间为术后6.5~9.5周,平均8.5周.除1例患者行体力劳动后自觉有轻度腕痛外,其余11例患者术后疼痛均消失.患者均获得随访,随访时间6~26个月,平均14个月.12例患者术后患手握力恢复至健侧的平均86.4%(82%~93%),患侧腕关节屈伸活动度恢复至健侧的平均87.5%(83%~100%).除1例患者体力劳动后自觉有轻度腕痛改变原工作外,6例患者于术后平均5.5周(4.5~8周)返回原工作岗位,5例学生患者于术后平均4.5个月(3~6个月)恢复体育运动.所有患者腕背小切口均一期愈合,无感染等并发症发生.结论 经皮腕背入路DTJ空心螺钉内固定是一种微创、骨折愈合率高、并发症相对较少的舟骨骨折的有效治疗方法.     

Dorsal intercarpal ligament capsulodesis for chronic,static scapholunate dissociation: clinical results

The purpose of this study was to review and report the results of using a new procedure, the dorsal intercarpal ligament capsulodesis (DILC), to treat a group of patients with chronic flexible scapholunate dissociation. This was a prospective study of 21 patients (22 wrists), ranging in age from 16 to 62 years followed up for 1 to 4 years. For this study all patients returned to complete a questionnaire and have a physical examination performed by physicians and therapists independent of the treating surgeons and to obtain standardized radiographs of the wrists. Patient demographics, mechanism of injury, range of motion, and grip strength were recorded. Patients completed the Mayo wrist, Short-Form (SF)-12, and Disabilities of Arm, Shoulder and Hand (DASH) questionnaires. Results showed there were significant improvements in scapholunate angle and scapholunate gap at final follow-up examination, with minor loss of range of motion and grip strength. Patients were satisfied with the outcomes, showing an average score of 17 on the DASH and 83 on the SF-12. The DILC procedure is a reasonable option for treating chronic scapholunate dissociation. The procedure has conceptual advantages to recommend it: it avoids a tether between radius and scaphoid and keeps the proximal carpal row linked as a functional unit. It reduces the scapholunate angle and gap. Overall the results to date are quite encouraging.     

Total volar extrusion of the lunate and scaphoid proximal pole with concurrent scapholunate dissociation

This article describes a case of a 24-year-old man with a total volar extrusion of the lunate and scaphoid proximal pole with concurrent scapholunate dissociation. The viability of the lunate and the proximal pole of the scaphoid are at high risk in this type of injury. Scaphoid nonunion, avascular necrosis of the lunate and proximal pole of the scaphoid, and carpal instability are inevitable unless the blood supply is restored. Thus, proximal row carpectomy at injury may be an acceptable option to avoid these complications and late sequelae, including chronic wrist pain and dysfunction. However, the authors attempted accurate reduction of the extruded bones and internal fixation.Final radiographs and magnetic resonance imaging 12 years postoperatively showed healing without avascular necrosis. Carpal indices involving the scapholunate angle, radiolunate angle, and carpal height ratio were similar in both wrists without evidence of carpal instability or collapse. Range of motion and grip power were 75% and 76%, respectively, compared with those of the uninjured wrist. Clinical scores showed good results, and the patient reported no pain during activities of daily living and was satisfied with his surgical results. Open reduction and internal fixation can be a viable option in this rare pattern of injury.     

Acutrak无头加压空心螺钉治疗舟骨骨折不愈合

目的：探讨Acutrak无头加压空心螺钉治疗舟骨骨折不愈合的早期疗效。方法：自2008年1月至2011年7月共收治21例舟骨骨折不愈合患者,男18例,女3例,平均年龄（23.6±4.6）岁。右侧12例,左侧9例。根据Herbert-Fisher分型：D1型10例,D2型7例,D3型3例,D4型1例。受伤至手术时间（12.4±2.7）个月。所有患者采用Acutrak无头加压空心螺钉固定,其中6例行2枚螺钉固定,15例行1枚螺钉固定;7例固定同时行Matti-Russe植骨。测量手术前后腕骨高度、舟骨指数及舟月角变化。记录腕关节活动范围及握力,并采用PRWE评分评定手术效果。结果：21例平均随访（21.3±3.6）个月。骨折均影像学愈合,平均愈合时间（13.3±2.4）周。无明显围手术期并发症发生。术后舟骨指数及舟月角分别为0.69±0.10和（44.3±8.2）°,较术前的0.61±0.13和（59.4±6.8）°明显改善（P<0.05）.握力显着提高,疼痛明显缓解。术后PRWE评分高于术前（76.1±5.2 vs 45.2±4.7,P<0.05）.21例术后均返回原工作岗位,平均时间（6.0±1.1）个月。结论：对于舟骨骨折不愈合,Acutrak无头加压空心螺钉固定能达到舟骨解剖复位,术后愈合率高,腕关节功能恢复较好,早期疗效满意。