138 patients (102 males, 36 females) aged 3-71 years old with 139 deficiencies of various causes in inferior limbs underwent a surgery of free flap transfer with 144 free flaps. Survived rate reached 134/144 flaps (93.05%), full necrosis in 10/144 flaps (6.95%). All cases were sucessfully operated exculding 5/10 cases of second time transfer. Near possible complications such as obstruction of the arterial connection of 4 flap-connect sites, obstruction of the venous connection of 6 flap sites, obstruction of venous-arterial connection of 2 sites, necrotic infection in 1 flap.
Surgical Flaps ; Lower Extremity/abnormalities ; Surgery ; Necrosis

Dysplasia epiphysealis hemimelica, also known as Trevor's disease, is a rare disorder characterized by osteochondral overgrowth of one or more epiphyses and usually affecting the lower limbs. It typically presents in childhood, with painless swelling or deformity around the involved joint. We report a case of recurrent dysplasia epiphysealis hemimelica which presented as a large popliteal mass four years after excision of the initial lesion.
Congenital Abnormalities ; Epiphyses ; Joints ; Lower Extremity ; Magnetic Resonance Imaging*

The incidence of malunion in the long bone with has been reduced because of the advancements in surgical technique. However, nonunion or malunion are still observed in mechanical axis deformation of the lower limb, resulting in the overload of cartilage and instability of the joint, requiring surgical correction. Preoperative planning for malunion is very important, and accurate evaluation of the deformity is essential. Herein, we describe the indications of corrective osteotomy, choice of patients, and various surgical methods for the treatment of malunion of the long bone.
Cartilage ; Congenital Abnormalities* ; Humans ; Incidence ; Joints ; Lower Extremity* ; Osteotomy

The incidence of malunion in the long bone with has been reduced because of the advancements in surgical technique. However, nonunion or malunion are still observed in mechanical axis deformation of the lower limb, resulting in the overload of cartilage and instability of the joint, requiring surgical correction. Preoperative planning for malunion is very important, and accurate evaluation of the deformity is essential. Herein, we describe the indications of corrective osteotomy, choice of patients, and various surgical methods for the treatment of malunion of the long bone.
Cartilage ; Congenital Abnormalities* ; Humans ; Incidence ; Joints ; Lower Extremity* ; Osteotomy

46 cases of the soft tissue, bone and bone tissue defect in the lower extremities due to the different injuries were received the reconstruction microsurgery with free transplant including 17 of back skin-muscle transplants, 17 of shoulder muscle-skin transplant, one of skin-deltoid muscle transplant... The successful rate is 95%. This is a unique solution for reservation of extremities in the most of patients
Microsurgery ; Surgical Flaps ; therapy ; Abnormalities ; Lower Extremity ; Wounds and Injuries

STUDY DESIGN: Literature review. OBJECTIVE: The aim of this article is to introduce the EOS imaging device, with a focus on spinal and pelvic alignment. SUMMARY OF LITERATURE REVIEW: The EOS imaging device can obtain images of spinal and pelvic alignment with almost no distortion, using a low radiation dose. MATERIALS AND METHODS: We searched for studies related to the use of EOS imaging device for spinal and pelvic alignment. RESULTS: The EOS is not only capable of simultaneously obtaining paired anteroposterior and lateral X-ray images with a low radiation dose, but also can reconstruct the image as if it was acquired in the patient's reference plane, limiting the distortion to the patient's thickness instead of the whole distance between the source and detector. The EOS device also has the advantage of accurately measuring the sagittal alignment of the spine and pelvis and the torsional deformity of the lower limbs, as the subject can be imaged while standing upright in a weight-bearing posture. CONCLUSIONS: EOS is a new diagnostic technique that can detect spinal and pelvic alignment and deformities of the lower limbs under weight-bearing conditions with a low radiation dose.
Congenital Abnormalities ; Lower Extremity ; Pelvis ; Posture ; Spine ; Weight-Bearing

We report a mild variant of hypomelia-hypotrichosis-facial hemangioma syndrome in a 3 month-old female. The patient showed major features of the previously reported cases including flexion deformities of both upper extremities, sparse light colored hair, mid-facial hemangioma and a characteristic facial appearance. Roentgenogram showed radio-humeral synostosis at both elbow joints by which shortening of upper limbs could be anticipated. However, intra- and extrauterine growth retardation were not remarkable and the lower limbs were not affected.
Congenital Abnormalities ; Elbow Joint ; Female ; Hair ; Hemangioma* ; Humans ; Hypotrichosis ; Lower Extremity ; Synostosis ; Upper Extremity

Malunions after fractures are classified as shortened, angulated, torsion, or rotational deformities that is outside the acceptable range, regardless of the location, whether upper or lower extremity. The distinct feature of a malunion in the upper extremity is that it is free from weight bearing; thus, some degree of shortening is allowed compared with the contralateral normal side in long bones, such as the humerus, radius, or ulna. However, malunions associated with functional impairment, especially angulated or rotational deformities, are more likely to develop instability, degenerative lesions, or rarely, compressive neuropathy. Hence, malunions with such association may occasionally require correction.
Congenital Abnormalities* ; Humerus ; Lower Extremity ; Radius ; Ulna ; Upper Extremity* ; Weight-Bearing

Malunions after fractures are classified as shortened, angulated, torsion, or rotational deformities that is outside the acceptable range, regardless of the location, whether upper or lower extremity. The distinct feature of a malunion in the upper extremity is that it is free from weight bearing; thus, some degree of shortening is allowed compared with the contralateral normal side in long bones, such as the humerus, radius, or ulna. However, malunions associated with functional impairment, especially angulated or rotational deformities, are more likely to develop instability, degenerative lesions, or rarely, compressive neuropathy. Hence, malunions with such association may occasionally require correction.
Congenital Abnormalities* ; Humerus ; Lower Extremity ; Radius ; Ulna ; Upper Extremity* ; Weight-Bearing

PURPOSE: We investigated a statistical difference of tibial-articular surface (TAS) angles between radiographs of standing ankle anteroposterior (AP) and whole lower extremity view, and evaluated whether the tibial axis obtained from the standing ankle AP view reflects the original mechanical axis of lower extremity. MATERIALS AND METHODS: Both the standing ankle AP and whole lower extremity view were taken from 60 legs of 30 healthy volunteers without a history of ankle surgery or deformity of lower limb. To determine the tibial axis, Takakura's and Hintermann's method were employed in the standing ankle AP view. To compare these results with the original TAS angle, ANOVA and multiple comparison test were used. RESULTS: The mean TAS angle was 88.3 degrees(from hip joint to ankle), 89.5 degrees (from knee joint to ankle), 88.5 degrees (Takakura's method), and 90.2 degrees(Hintermann's method). Although there was a statistical significance (p=0.000) between these results, Takakura's method had no significant difference, compared to the results of whole extremity view by the multiple comparison test. CONCLUSION: The tibial axis obtained by Takakura's method reflects the original mechanical axis of lower extremity. When a surgical procedure is planned, however, it is necessary to consider that the ankle radiographs do not provide any information on the proximal deformity without the whole lower extremity view.
Animals ; Ankle ; Axis, Cervical Vertebra ; Congenital Abnormalities ; Extremities ; Hip Joint ; Knee Joint ; Leg ; Lower Extremity