OBJECTIVE: To investigate the effectiveness of spring ligament repair combined with subtalar arthroereisis (STA) and the Kidner procedure for treating children's flexible flatfoot with painful accessory navicular. METHODS: A retrospective analysis was conducted on clinical data from 45 children (45 feet) aged 7-14 years with flexible flatfoot and painful accessory navicular who met the selection criteria and were treated between February 2018 and May 2022. Among them, 23 cases (23 feet) were treated with spring ligament repair combined with STA and Kidner procedure (observation group), while 22 cases (22 feet) received STA with Kidner procedure alone (control group). Comparison of baseline data between the two groups including gender, age, affected side, preoperative visual analogue scale (VAS) score, American Orthopaedic Foot & Ankle Society (AOFAS) score, talonavicular coverage angle (TCA), talus-first metatarsal angle (T1MT), talus-second metatarsal angle (T2MT), talus first plantar angle (Meary angle), calcaneal inclination angle (Pitch angle) showed no significant differences ( P>0.05). The following parameters were recorded and compared between the two groups: operation time, intraoperative blood loss, incision length, hospital stay, time to full weight-bearing, and complication rates. Foot pain and functional recovery were assessed using the VAS score and AOFAS score preoperatively and at last follow-up. Radiographic measurements including TCA, T1MT, T2MT, Meary angle, and Pitch angle were analyzed by comparing preoperative to last follow-up values. RESULTS: Both groups of patients successfully completed the surgery without any procedure-related complications such as vascular, neural, or tendon injury. The operation time in the observation group was significantly longer than that in the control group ( P<0.05). There was no significant difference between the two groups in terms of intraoperative blood loss, incision length, hospital stay, or time to full weight-bearing ( P>0.05). All patients were followed up 23-47 months (mean, 33.7 months). In the control group, 1 patient experienced discomfort during walking, attributed to screw irritation in the sinus tarsi, which resolved after 2-3 months of rehabilitation. None of the remaining patients developed complications such as sinus tarsi screw loosening, peroneal tendon contracture, or wound infection. At last follow-up, the observation group showed significantly better improvements in radiographic parameters (TCA, T1MT, T2MT, Meary angle, Pitch angle) and greater reductions in VAS and AOFAS scores compared to the control group ( P<0.05). CONCLUSION The combined procedure of spring ligament repair, STA, and Kidner procedure for children's flexible flatfoot with painful accessory navicular demonstrates significant improvements in foot appearance, arch collapse correction, and pain relief. This technique offers technical simplicity, minimal intraoperative complications, and satisfactory clinical outcomes.
Humans ; Flatfoot/surgery* ; Child ; Retrospective Studies ; Adolescent ; Male ; Female ; Treatment Outcome ; Tarsal Bones/abnormalities* ; Subtalar Joint/surgery* ; Ligaments, Articular/surgery* ; Orthopedic Procedures/methods* ; Foot Diseases

A 33 years old female patient presented with posttraumatic pain in the right foot for which radiographs of the right foot was advised. No fracture was detected on radiographs and patient was managed conservatively on medications and posterior splint immobilization. We found coincidentally a short fourth metatarsal and an accessory navicular bone in the right foot radiographs. After 3 weeks of immobilization, she underwent mobilization of the right foot, weight bearing and intensive physio- therapy for 6 weeks. After two months of injury she was still complaining of pain on the plantar aspect of right foot which was diagnosed as metatarsalgia and operated on by excision of the neuroma present in the 3rd web space of the right foot. After surgery she was completely relieved of pain and could do activities well related to the right foot.
Adult ; Female ; Foot Diseases ; therapy ; Humans ; Metatarsal Bones ; abnormalities ; Tarsal Bones ; abnormalities

Fractures of the tarsal bone, such as the navicular, cuboid, and cuneiform, are very rare. These injuries can lead to serious walking difficulties due to pain and deformity of the foot with delayed diagnosis of tarsal bone fractures during an injury to multiple lower extremities. The diagnosis can be done on simple radiographs. Sometime weight bearing radiographs or stress radiographs may be needed for further evaluation. Computed tomography is the most widely available diagnostic tool. Navicular and cuneiform account for the medial column of the foot, whereas cuboid for the lateral column. The treatment of tarsal bone fractures is primarily conservative management, but operative treatment is recommended for intra-articular displacement, dislocation, or shortening of the medial or lateral column of the foot. The operative treatments include screw fixation, plate fixation, or external fixation. Complications include malunion, nonunion, posttraumatic arthritis, avascular necrosis, and deformity of the foot. Tarsal bone fracture has to be evaluated carefully to prevent serious complications.
Arthritis ; Congenital Abnormalities ; Delayed Diagnosis ; Diagnosis ; Dislocations ; Foot ; Lower Extremity ; Necrosis ; Tarsal Bones* ; Walking ; Weight-Bearing

Accessory navicular source flatfoot is one of the foot deformity of clinical common disease,its treatment method is more controversial, differences in clinical efficacy of different surgical methods, according to accessory navicular source flatfoot symptoms of surgical treatment,there is no uniform standard, around a pair of accessory navicular excision how to reconstruct the arch produced a series of operation methods, the clinical curative effect of different operative methods produce also different, how to develop the operation strategy, choose operation method, and after acessory navicular excision whether to rebuild posterior tibial tendon, how to rebuild, the problems such as how to rebuild is the research hotspot and difficulty, looking forward to further research.
Flatfoot ; diagnosis ; surgery ; Foot Diseases ; surgery ; Humans ; Reconstructive Surgical Procedures ; methods ; Tarsal Bones ; abnormalities ; surgery

OBJECTIVETo evaluate the clinical outcome of accessory navicular fusion for treatment of the painful accessory navicular bone of type II in adults.

METHODSFrom June 2006 to June 2012, a total of 38 feet (in 35 adult patients) with painful accessory navicular with type I underwent an fusion operation of the primary and accessory navicular bones,including 26 males and 9 females with a mean age of (32.4±7.3) years old ranging from 18 to 44 years old. The course of disease ranged from 3 to 10 months. The perioperative complications and radiological outcomes were observed and recorded. The foot function before and after operation were assessed by the American Orthopedic Foot and Ankle Society (AOFAS) midfoot score, and the easement of the pain was evaluated by visual analog score (VAS).

RESULTSTwo patients had transient superficial inflammation of the incision, no obvious perioperative complications occurred. All patients were follow-up for (53.5±14.7) months (12 to 84 months). Bone union was confirmed on plain radiography in 32 cases (35 feet). The mean time from the operation to union was (13.7±2.3) weeks (9 to 18 weeks). Postoperative pain VAS score was improved obviosly than preoperative (V=12.14,P< 0.01). The talar-to-first metatarsal angle [(9.4±3.5)° vs (8.3±2.7)°, t=0.736, P>0.05)], calcaneal tilt angle [(17.7±2.2)° vs (18.9±3.4)°, t=0.794, P>0.05],talonavicular uncoverage angle [(14.3±3.4)° vs(12.5?4.6)°,t=0.947, P>0.05) ],and height of the first tarsometatarsal joint [(14.8±3.1) mm vs (15.9±2.8) mm,t=0.814,P>0.05)] before and after operations had no statistic difference. The AOFAS midfoot score was improced from preoperative 45.6±5.3 to postoperative 82.5±7.4 (t=3.214,P< 0.01).

CONCLUSIONFor the painful accessory navicular bone of type II in adults, if the patient has a large navicular bone and not complicated with rigid flatfoot, once the conservative treatment fails, fusion of the primary and accessory naviculars may be a successful intervention. Overall, the procedure provides reliable pain relief, definite foot function improvement, and good patient satisfaction.

Adolescent ; Adult ; Female ; Follow-Up Studies ; Foot Diseases ; physiopathology ; surgery ; Humans ; Male ; Tarsal Bones ; abnormalities ; physiopathology ; surgery ; Treatment Outcome ; Young Adult

We performed tendon transfer with a microvascular free flap for recovery of handicapped function and reconstruction for the skin and soft tissue loss. We review the clinical data of 11 children who underwent these operation due to injured foot by pedestrian car accident from January, 1986 to June, l994. The mean age of patients was 5.6 years old (3-8). Five cases underwent tendon transfer and microvascular free flap simultaneously. Another 6 cases underwent operations separately. The time interval between tendon trasnfer and microvascular free flap was average 5.8 months (2-15 months). The duration between initial trauma and tendon transfer was average 9.6 months (2-21 months). The anterior tibial tendon was used in 6 cases. Among these, the technique of splitting the anterior tibial tendon was used in 5 cases. The posterior tibial tendon was used in 3 cases and the extensor digitorum longus tendon of the foot in 2 cases. Insertion sites of tendon transfer were the cuboid bone in 3 cases, the 3rd cuneiform bone in 3 cases, the 2nd cuneiform bone in I case, the base of 4th metatarsal bone in I case, and the remnant of the extensor hallucis longus in 3 cases. The duration of follow-up was average 29.9 months (12-102 months). The clinical results were analyzed by Srinivasan criteria. Nine cases were excellent and 2 cases were good. The postoperative complications were loosening of the tranferred tendon in 2 cases, plantar flexion contracture in l case, mild flat foot deformity in I case and hypertrophic scar in 2 cases. So we recommend the tendon transfer with a microvascular free flap in the case of injured foot of children combined with nerve injury and extensive loss of skin, soft tissue and tendon.
Child* ; Cicatrix, Hypertrophic ; Congenital Abnormalities ; Contracture ; Disabled Persons ; Flatfoot ; Follow-Up Studies ; Foot* ; Free Tissue Flaps* ; Humans ; Metatarsal Bones ; Postoperative Complications ; Skin ; Tarsal Bones ; Tendon Transfer* ; Tendons*

Clubfoot or talipes equinovarus is the most common congenital anomaly of the foot observed in children as well as in adults. This deformity should be treated immediately after birth, and so the cases of old neglected clubfeet are quite rare now. Moreover, in the cases of old neglected clubfoot, it is very difficult to get satisfactory results because there will be secondary adaptive changes in the tarsal bones and surrounding soft tissues. Therefore, clubfeet are considered to be one of many things requiring on or more of the many different types of treatment. The authors have experienced to treat nine cases of old neglected clubfoot from May, 1978 to April, 1988 at the Department of Orthopedic Surgery, St. Mary's Hospital, and reported herewith. 1. Their average age was 14.8 years old (3 to 25 yesrs old). There were one bilateral clubfeet, left foot in 5 cases and right foot in 4 cases. 2. According to the age of the patients and severity of deformities, two patients from three to ten years old were treated with soft-tissue release and serial casting, and seven patients after ten years old were treated by soft-tissue release, various osteotomies and triple arthrodesis. Postoperative management consisted of long leg cast for first four weeks and short leg walking cast for another four to eight weeks. 3. The results were estimated by the talo-calcaneal index according to Beatson et al(3)radiologically and their external appearance of corrected foot subjectively. The talo-calcaneal index was improved from 17.8° to 37° after operation and all of patients satisfied with the results of their operation.
Adult ; Arthrodesis ; Child ; Clubfoot ; Congenital Abnormalities ; Foot ; Humans ; Leg ; Orthopedics ; Osteotomy ; Parturition ; Tarsal Bones ; Walking

This is an analysis of 137 feet of triple arthrodesis over a period of 23 years.1964–1987. The average period of follow-up was 4 years and 2 months. The results are as follows. 1. The ratio of male to female was 64 to 68 cases, and right to left was 75 to 62 feet. 97 feet(70. 8%) were operated on between late 1960 and early 1970. 89 cases(67.4%) came for their initial examination when they were aged between 9–20 years. Age at the surgery was between 55/12–50 years, and among them 134 feet(97.8%) were operated after age of 8 years. 2. 128(93.4%) out of 132 cases were residual poliomyelitis, and 97(70.8%) out of 137 feet were equinovarus. 3. 100 out of 132 cases receiving triple arthrodesis also received a total of 179 additional procedures simultaneously to achieve better correction. The major additional procedure was. Achilles tendon lengthening in 81 cases followed by plantar fasciotomy in 49 cases. 4. Surgical approach was by Ollier's method, and arthrodesis by Lambrinudi's method. 5. 134 out of 137 feet required triple arthrodesis in order to correct the deformity. On this operative procedure it was utmost important to dissect the tarsal bones and surrounding soft tissues thoroughly to loosen and rearrange the joints. In this way even severe deformity was corrected satisfactorily. 6. At the time of Achilles tendon lengthening by Z-plasty deviding it longitudinally, on the tibial side the tendon was cut at the calcaneal attatchment, and on the fibular side at the proximal end. We think that this produced more efficient and satisfactory results especially in the correction of equinovarus. 7. Internal fixation was done by one staple on 110 feet and two staples on 7 feet. On one staple use, it was inserted connecting the talus and the cuboid. More firm contact between two bones as it progressing into bone was achieved by placing with slightly spread legged staple. 8. We could not find any pseudoarthrosis or delayed union. It is assumed the reason for this was good dissection of bone and joint, firm internal and external immobilization, and good postoperative management. 9. Talar and navicular necrosis occurred in 6 feet(4.4%), but did not affect the final fusion of the arthrodesis. In relatively severe necrosis, we found flattening of the talus and complaint of considerable pain but nevertheless, no special additional procedure was done. 10. We found some cases of postoperative degenerative hypertrophic osteoarthritis in tibio-talar and navicular-cuneiform joint. We feel this phenomenon is due to compensatory stress emanating from the fusion of three joint, and new contact of articular surfaces with changed biomechanical force. 11. When doing triple arthrodesis, the optimal age for surgery is 10-12 years, i.e., before the completion of bone growth, the reason is during the remaining period of bone growth, there is opportunity for the bone and other tissues to adjust to the newly formed stresses of weightbearing and joint motion. 12. Of a total of 137 feet receiving triple arthrodesis, excellent results were seen in 31(23%), good in 82(60%), fair 20(14%) and failed in 4(3%).
Achilles Tendon ; Arthrodesis ; Bone Development ; Clubfoot ; Congenital Abnormalities ; Female ; Follow-Up Studies ; Foot ; Humans ; Immobilization ; Joints ; Leg ; Male ; Methods ; Necrosis ; Osteoarthritis ; Poliomyelitis ; Pseudarthrosis ; Surgical Procedures, Operative ; Talus ; Tarsal Bones ; Tendons ; Weight-Bearing

Authors reviewed and clinically analysed 34 cases of trasometatarsal joint injury treated at the Orthopedic department of Pusan National University Hospital during the period from January 1975 to December 1979, and following results were obtained. 1. The incidence was higher in male and the active age group of 20-40. 2. Among the causes, traffic accidents were 22 cases (64.7%) and crushing injuries in the industrial field were 6 cases (17.6%). 3. Fracure-dislocations were higher than simple dislocation. 4. According to the Wilsons Classifications, the injuries were classified as follows. First stage of supination (51), 11 cases (32.4%): First stage of pronation (P1), 8 cases (23.5%): Plantar-flexion alone (PF), 4 cases (11.8%): Second stage of supination (S2), 3 cases (8.8%): Second stage of pronation (P2), 2 casese (5.9%): And finally direct crushing injuries,were 6 cases (17.6%): 5. Associated injuries were fracture of the metatarsal bone in 15 cases (44.1%), fractures of the tarsal bone in 7 cases (20.6%) and severe soft tissue injuries in 6 cases (17.6%), 6. The operative treatments with early anatomical reduction were obtained better results than conservative treatment. 7. As complications, pain in 31 cases (91.2%), bony deformity in 26 cases (76.5%), motion limitation in 32 cases (94.1%), skin necrosis in 3 cases (8.8%) and traumatic arthritis in 23 cases (67.6%) were observed.
Accidents, Traffic ; Arthritis ; Busan ; Classification ; Clinical Study ; Congenital Abnormalities ; Dislocations ; Humans ; Incidence ; Joints ; Male ; Metatarsal Bones ; Necrosis ; Orthopedics ; Pronation ; Skin ; Soft Tissue Injuries ; Supination ; Tarsal Bones