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PubMed1997

[Mobile flatfoot as a sequela of dislocation injury of the Lisfranc joint. A retrospective analysis of 13 patients].

In this retrospective study, 13 patients with subtle Lisfranc joint injuries were examined after a mean period of 23 months using clinical assessment, radiography and dynamic pedographic gait analysis. The aims were to identify the factors leading to a mobile flatfoot deformity, evaluate the functional and clinical outcome of these injuries, and draw practical conclusions for initial management and subsequent intervention. All patients showed a mobile flatfoot deformity, increased motion in the subtalar joint, increased load on the hindfoot, decreased load on the forefoot, and a prolonged contact phase during the stance phase. Radiographs revealed progressive osteoarthrosis in the joint and a residual displacement of the medial Lisfranc joint. An unstable medial Lisfranc joint results in the development of a mobile flatfoot. Initial treatment of a subtly displaced Lisfranc joint should consist of exact anatomical reduction and additional maintenance of the longitudinal arch of the foot. After failed initial treatment, early arthrodesis of the midfoot is recommended as a salvage procedure for the foot.

Adult↗
PubMedDate not supplied

Subcapital talar osteotomy to correct transverse plane structural flatfoot deformities.

Subcapital talar neck adductory wedge osteotomies have significant benefits in the correction of angular deformities of the talar head in the pediatric flatfoot. Reconstruction of a severe flatfoot may include an Evans opening calcaneal osteotomy, a modified Young's tenosuspension with a posterior tibial and spring ligament advancement and a tendo Achillies lengthening. Talar neck osteotomies should also be considered in the presurgical evaluation of the pediatric and adolescent flatfoot with severe transverse plane deformity.

Achilles Tendon↗
PubMed2001

Biomechanics of procedures used in adult flatfoot deformity.

A flatfoot deformity can occur secondary to fairly obvious causes, or more subtle and less definable entities. Complicating the situation further, it is likely that the cause of an acquired flatfoot deformity in an adult is multifactorial. This likelihood makes the definition, diagnosis, and appropriate treatment of this condition a daunting task. More research is needed to define further the biomechanics of the foot and to understand the significance of the forces that combine to create flatfoot deformity.

Adult↗
PubMed2005

Isolated medial column stabilization improves alignment in adult-acquired flatfoot.

UNLABELLED: In some patients with painful flatfoot, realignment and arthrodesis of the medial naviculocuneiform and first tarsometatarsal joints can be done to correct alignment and relieve symptoms. The primary purpose of this radiographic study was to assess the ability of isolated medial column arthrodesis to improve hindfoot alignment. We also assessed the ability of the procedure to correct radiographic parameters of overall foot structure in acquired flatfoot. Preoperative and postoperative radiographs of 19 patients who had naviculocuneiform and/or tarsometatarsal realignment and arthrodesis for adult-acquired flatfoot were examined by two reviewers. All parameters improved, with the lateral talometatarsal angle approaching normal. A decrease in talonavicular subluxation in the axial plane suggests passive improvement in hindfoot position without direct manipulation of any hindfoot bones or joints. These observations provide evidence for a link between stability of the midfoot and alignment of the hindfoot. In carefully selected patients, medial column realignment may restore normal anatomy without fusing essential joints. Modern clinical outcome studies are the next step in the objective evaluation of this procedure. LEVEL OF EVIDENCE: Therapeutic study, Level IV (case series-no, or historical, control group) See the Guidelines for Authors for a complete description of levels of evidence.

Adult↗
PubMed2001

Experimental flatfoot model: the contribution of dynamic loading.

The goal of this study was to determine if the application of muscle forces (simulating the dynamic phase of the midstance part of gait) had an effect on flatfoot deformity. We created a flatfoot model in each of seven cadaver foot specimens by grasping the Achilles, peroneus longus, peroneus brevis, flexor digitorum longus, and flexor hallucis longus tendons with soft-tissue vice clamps connected via wire cables to pneumatic cylinders. The experiment included four stages: 1) initial static axial loading; 2) axial loading after 3,000 load cycles (average, 735 N; range, 70 to 1400 N); 3) axial loading after releasing the spring ligament and plantar fascia; and 4) axial loading after an additional 3,000 load cycles. At each stage, both static (with axial loading only) and dynamic (axial loading with tensioning of the tendons to simulate the muscle forces at midstance) conditions were evaluated radiographically. No change was observed between the static and dynamic conditions in the first two phases of the experiment. After the third phase, changes in the talar-first metatarsal angle and the height of the medial cuneiform were noted, particularly in the dynamic condition. These and additional radiographic changes were magnified in the fourth phase, but only in the dynamic condition. We concluded that, to create an effective flatfoot model, the medial structures, including the spring ligament and possibly the plantar fascia, must be severed. Cyclic loading of the foot further increased the arch flattening, and this effect was magnified by dynamic loading.

Aged↗
PubMed2003

Surgical treatment of acquired flatfoot deformity: what is the state of practice among academic foot and ankle surgeons in 2002?

PURPOSE: This study was performed to review the present approach to the surgical treatment of acquired flatfoot deformity among a cross section of academic foot and ankle surgeons in the United States. METHODS: A typical case of stage II posterior tibial tendon dysfunction was developed. The hypothetical patient was a healthy 62-year-old male with a symptomatic acquired flatfoot deformity with posterior tibial tendon dysfunction. Nonoperative management had failed. A series of academic foot ankle surgeons were surveyed to identify their proposed operative treatment. Each surgeon surveyed was affiliated with an orthopaedic residency program and was directly responsible for teaching orthopaedic residents. Each surgeon had foot and ankle patients as the major component of their practice. The overall response rate was 81% (104/128). RESULTS: Ninety-seven percent (101/104) of respondents reported that they would employ some type of bony procedure in their surgical treatment. Eighty-eight percent (89/104) described techniques that would preserve the subtalar and talonavicular joints. These included a medializing calcaneal osteotomy in 73% (76/104), a lateral column lengthening in 41% (43/104), and a medial column stabilization (first tarsometatarsal and/or navicular cuneiform arthrodesis) in 15% (16/104). Twelve percent (12/104) reported that they would perform an arthrodesis of one or more of the hindfoot joints. Ninety-eight percent (102/104) of respondents reported that they would employ some type of soft-tissue procedure. Ninety-four percent (98/104) would augment the posterior tibial tendon, 53% (55/104) would formally repair the spring ligament, and 70% (73/104) would address a presumed equinus contracture. CONCLUSIONS: There is a wide variation in the approach to surgical treatment of stage II acquired adult flatfoot deformity among academic foot and ankle surgeons. Most surgeons employed a combination of bony and soft-tissue procedures that preserved the subtalar and talonavicular joints.

Adult↗
PubMed2005

Radiographic assessment of adult flatfoot.

BACKGROUND: The accurate measurement of flatfoot on standing radiographs allows correct diagnosis of the condition and evaluation of reconstructive procedures. METHOD: The standing radiographic measurements of patients with symptomatic, adult flatfoot were compared to controls using blinded observers. RESULTS: On the lateral radiograph, the talar-to-first metatarsal angle, the calcaneal pitch angle, and the medial cuneiform-fifth metatarsal height differed significantly between the patient group and the controls. The difference in the talar-to-first metatarsal angles on lateral radiographs was the most statistically significant (patient group 21.1 +/- 10.8 degrees and control 7.1 +/- 10.7 degrees, p < 0.0001) with good correlation between readings (intraobserver 0.75, interobserver 0.83). On the anteroposterior (AP) radiograph, the talar head uncoverage distance was the most significantly different measurement between these groups. CONCLUSIONS: These findings support the hypothesis that the talar-first metatarsal angle is an accurate radiographic identifier of patients with symptomatic, adult flatfoot.

Adult↗
PubMed1980

Correction of hypermobile flatfoot in children by molded insert.

One hundred feet in 50 children between the ages of 3 and 9 years with a diagnosis of idiopathic hypermobile flatfoot had a custom-molded insert ordered. A specific method of casting, correcting the various components of the deformity was utilized. An 1/8-inch polypropolene insert was fabricated from the positive cast. The insert was worn in leather shoes with a long counter, steel shank, and Thomas heel. The flatfoot was evaluated and classified by measurement of the talometatarsal angle on a standing lateral X-ray. The insert was fabricated so that the standing lateral talometatarsal angle was corrected to neutral with the insert on the foot and the foot in the shoe. The preliminary reports indicate that a correction can be obtained at the rate of 0.41 degrees per month or approximately 5 degrees per year. There was no significant loss of motion of the foot or the ankle. Perhaps this regimen may be utilized in those children with a hypermobile flatfoot for whom treatment is advised.

Child↗
PubMed1998

Two reconstructive techniques for flatfoot deformity comparing contact characteristics of the hindfoot joints.

The effect of two different methods of reconstruction of flatfoot deformity and the role of the posterior tibial tendon on the contact characteristics of the hindfoot joints were quantified using pressure-sensitive film. Each of 10 cadaver feet was loaded quasi-statically by an axial compressive force to simulate varying loads. First, a specimen was tested intact, then it was tested after sectioning the spring ligament and loading the specimen cyclically to create one type of flatfoot deformity. It was then tested again after reconstructing the deformity. Reconstructions used were the Dillwyn-Evans procedure (bone graft in osteotomy of the calcaneus) or the calcaneocuboid distraction arthrodesis (CCDA). We found that surgically produced flatfoot deformity altered mainly the talonavicular joint, by decreasing its contact area. The Dillwyn-Evans method had less effect on the talonavicular joint (altering 2 of 6 measured parameters) than the CCDA (3 of 6) and more effect on the anteriomedial facet (altering 3 of 6 parameters) than the CCDA (1 of 6). The Dillwyn-Evans method had more effect on the posterior facet (altering 2 of 6 measured parameters) than the CCDA (1 of 6). Function of the posterior tibial tendon had no effect on contact characteristics of the hindfoot joints after either type of reconstruction. These findings are based on measurements using a quasi-statically-loaded foot model at three selected positions, and results may be different with dynamic loading.

Aged↗
PubMed2000

An algorithmic approach to evaluation of the flatfoot. Avoidance of pitfalls.

The authors have attempted to lead the reader through a comprehensive and systematic diagnosis of the patient with the flatfoot. The authors followed the familiar SOAP format. Within each of the major steps (subjective findings, objective findings, assessment, and plan) a systematic algorithm is proposed. These are designed with the objective of comprehensively evaluating the patient. This should dissuade the reader from myopically approaching the flatfoot, and potentially missing comorbid or etiologic systemic disease. A brief introduction to a systematic treatment philosophy is also presented. Unfortunately exhaustive discussion of each of the steps would require a separate article. The authors hope that the controversies highlighted will stimulate further research into this subject. It is also hoped that anyone approaching the patient with flexible flatfoot would avoid some of the dogmatic philosophies that have plagued this subject. Until well-developed scientific research answering the basic questions is done, all currently available approaches are based on opinion and personal bias.

Algorithms↗
PubMed1989

Corrective shoes and inserts as treatment for flexible flatfoot in infants and children.

We performed a prospective study to determine whether flexible flatfoot in children can be influenced by treatment. One hundred and twenty-nine children who had been referred by pediatricians, and for whom the radiographic findings met the criteria for flatfoot, were randomly assigned to one of four groups: Group I, controls; Group II, treatment with corrective orthopaedic shoes; Group III, treatment with a Helfet heel-cup; or Group IV, treatment with a custom-molded plastic insert. All of the patients in Groups II, III, and IV had a minimum of three years of treatment, and ninety-eight patients whose compliance with the protocol was documented completed the study. Analysis of radiographs before treatment and at the most recent follow-up demonstrated a significant improvement in all groups (p less than 0.01), including the controls, and no significant difference between the controls and the treated patients (p greater than 0.4). We concluded that wearing corrective shoes or inserts for three years does not influence the course of flexible flatfoot in children.

Child↗
PubMed1989

Flatfoot overview.

The pathologic condition pes planus has been noted in orthopedic and podiatric literature for a number of years. The many scientific and technical terms assigned to the condition have become synonymous, emerging in the vernacular as the common term "flatfoot." In the broadest sense, flatfoot refers to the weight-bearing or nonweight-bearing foot that exhibits collapse of the medial column. A discussion of the history and attitudes toward flatfoot is presented.

Flatfoot↗
PubMed1987

Talar neck osteotomy for the treatment of severe structural flatfoot deformities.

A new surgical procedure for the treatment of severe structural flatfoot with forefoot varus is presented. The talar osteotomy for flatfoot deformity and the pathology in the talus with medial column forefoot varus is described. The flatfoot considerations, adjunctive deformities, and the surgical reduction are presented. The talar osteotomy has been performed on 47 feet with a follow-up that is intermediate in length from 1 to 7 years. The results indicate that the procedure is specific and allows for good reduction when indicated in the majority of the cases.

Adolescent↗
PubMed1999

[Flatfoot].

Many parents are anxious because of the insufficient arch of the feet of their children. A true congenital deformity (congenital vertical talus) is extremely rare. In children the arch is physiologically flattened with a hypervalgus of the hindfoot. Those feet do not need treatment. If there is no medial recess in the footprint in a child over 3 years of age, then we are talking about a flexible flatfoot. When the load of the foot is more pronounced at the medial rather than at the lateral side, operative treatment can be indicated, such as a lengthening osteotomy of the calcaneum. If the flatfoot is rigid, the reason for it is usually a tarsal coalition. Operative transection of the osseous bridge with fat interposition can solve the problem. Flatfeet may also occur in neuromuscular diseases. Depending on the severity of the deformity, splints can be effective, or--in the more severe cases--operative treatment such as a triple arthodesis can be indicated.

Adolescent↗
PubMedDate not supplied

Posterior calcaneal displacement osteotomy for adult acquired flatfoot.

The authors retrospectively reviewed 24 patients who underwent posterior calcaneal displacement osteotomy (PCDO) for posterior tibial tendon dysfunction and adult acquired flatfoot deformity from 1991 to 1996. The average follow-up was 27 months. Analysis consisted of preoperative and postoperative evaluation of radiographs, as well as postoperative subjective results. Ancillary procedures included flexor digitorum longus tendon transfer (n = 19), tendo Achilles lengthening (n = 21), tibialis anterior tendon transfer (n = 5), naviculocuneiform joint arthrodesis (n = 4), and first metatarsocunieform joint arthrodesis (n = 1). The talo-first metatarsal angle on the lateral view decreased from a preoperative average of 22.13 degrees to a postoperative average of 8.50 degrees. The talo-first metatarsal angle on the anteroposterior view decreased from an average preoperative value of 22.96 degrees to a postoperative average of 11.04 degrees. In all cases, talar head coverage at the talonavicular joint improved. Subjective results were categorized as good (n = 17), satisfactory (n = 5), and poor (n = 2). Complications included sural neuritis (n = 6), Achilles tendon rupture (n = 2), difficulty with fixation (n = 2), and undercorrection of deformity (n = 2). Patients who had higher preoperative and postoperative talo-first metatarsal angles on either the anteroposterior or lateral radiographs had significantly poorer outcomes (p = .0403, p = .002, p = .009, p = .001, respectively). In addition, those patients who had medial column fusions had statistically significant poorer subjective results (p = .015). Patients who had flexor digitorum longus (FDL) tendon transfers did significantly better than those patients who did not have FDL transfer (p = .004). The authors conclude that the posterior calcaneal displacement osteotomy is a reasonable option for management of posterior tibial tendon dysfunction in the adult acquired flatfoot.

Adult↗
PubMedDate not supplied

Symptomatic juvenile flatfoot condition: surgical treatment.

This article presents the clinical findings of a particular form of flatfoot described as the "symptomatic flexible juvenile pes planovalgus" condition. A review and postoperative follow-up of the results from surgical treatment of symptomatic juvenile flatfoot condition is presented for 32 children (59 feet), ranging from 7 to 15 years of age. The author describes the indications and justifications of the procedures involved and reviews the long-term results obtained with this combined surgical approach.

Achilles Tendon↗
PubMedDate not supplied

Combined anterior tibial tendon rupture and posterior tibial tendon dysfunction in advanced flatfoot.

The combination of spontaneous anterior tibial tendon rupture and posterior tibial tendon dysfunction has rarely been reported in the literature. This is a case report of a 78-year-old patient presenting with a history of longstanding, progressive flatfoot deformity, clinically grade III posterior tibial tendon dysfunction, and dropfoot gait. Radiographic films revealed severe flatfoot, and the clinical examination was consistent with a complete rupture of the anterior tibial tendon and severe posterior tibial tendon degeneration as well as rupture of the spring and deltoid ligaments. Treatment by triple arthrodesis and repair of the anterior tibial tendon affected pain relief and clinical as well as radiographic correction at the 4-month postoperative assessment.

Aged↗
PubMedDate not supplied

[The acquired flatfoot: mid-term results of the medial displacement calcaneal-osteotomy with flexor digitorum longus transfer].

AIM: The present retrospective study investigates the mid-term results after medial displacement calcaneal osteotomy combined with flexor digitorum longus transfer for the treatment of acquired flatfoot deformity due to posterior tibial tendon insufficiency at stage II (Johnson and Strom Classification). METHOD: 30 feet in 29 patients (6 male, 23 female) with an average age of 58 years (from 43 to 68 years) had surgery between 1995 and 2001. All feet were examined at an average follow-up of 58.5 months (range 35-97 months) and were evaluated with the American-Orthopaedic-Foot and Ankle Society (AOFAS) Hindfoot-Score. RESULTS: The average AOFAS-Score was 88.8+/-10.7 points (range 48 to 100) at final follow-up. The AOFAS-pain-subscale score was 34+/-6.2 points. At the latest follow-up were 14 feet (47%) painfree, 14 feet (47%) noted mild pain and 2 feet (6%) had daily pain. One foot (3%) had pain due to subluxation of the musculus flexor digitorum longus tendon, in another one pain was caused by a contract Chopart joint (3%). Further complications were painful prominent hardware (17%) and neuralgia of the sural nerve (7%). CONCLUSION: The authors conclude that the combination of the medial calcaneal displacement osteotomy with flexor digitorum longus transfer may provide optimal results in patients with adult acquired flatfoot deformity and posterior tibialis tendon dysfunction.

Adult↗