No abstract available.
Colostomy ; Heel

No abstract available.
Angiomyoma* ; Heel*

No abstract available.
Child* ; Heel* ; Humans

In order to evaluate the radio-protective advantage of an enhanced dynamic wedge (EDW) over a physical wedge (PW), we measured peripheral doses scattered from both types of wedges using a 2D array of ion-chambers. A 2D array of ion-chambers was used for this purpose. In order to confirm the accuracy of the device, we first compared measured profiles of open fields with the profiles calculated by our commissioned treatment planning system. Then, we measured peripheral doses for the wedge angles of 15 degrees, 30 degrees, 45 degrees, and 60 degrees at source to surface distances (SSD) of 80 cm and 90 cm. The measured points were located at 0.5 cm depth from 1 cm to 5 cm outside of the field edge. In addition, the measurements were repeated by using thermoluminescence dosimeters (TLD). The peripheral doses of EDW were (1.4% to 11.9%) lower than those of PW (2.5% to 12.4%). At 15 MV energy, the average peripheral doses of both wedges were 2.9% higher than those at 6MV energy. At a small SSD (80 cm vs. 90 cm), peripheral dose differences were more recognizable. The average peripheral doses to the heel direction were 0.9% lower than those to the toe direction. The results from the TLD measurements confirmed these findings with similar tendency. Dynamic wedges can reduce unnecessary scattered doses to normal tissues outside of the field edge in many clinical situations. Such an advantage is more profound in the treatment of steeper wedge angles, and shorter SSD.
Heel ; Silver Sulfadiazine ; Toes

No abstract available.
Heel* ; Melanoma, Amelanotic* ; Ulcer*

No abstract available.
Calcinosis* ; Heel* ; Humans ; Infant*

Piezogenic pedal papules are small, occasionally painful, fat herniation, which become apparent when weight is placed on the heel. We present a case of painful piezogenic pedal papules occurring on both heels of 30-year-old female patient without family history. Clinical and histopathological features confirmed diagnosis. Foot-ankle stocking was effective therapy for painful piezogenic pedal papules.
Adult ; Diagnosis ; Female ; Heel ; Humans

Precalcaneal congenital fibrolipomatous hamartomas (PCFHs) are characterized clinically by the presence of unilateral or bilateral, asymptomatic nodules in the medial precalcaneal plantar region of the heel. They are skin colored and usually painless nodules. In most patients, the lesions appear within the first few months of life, but they may also be present at birth. Generally PCFHs are benign, but they can grow in proportion to the growth of the infants. Here, we report the case of a 4-month-old boy with a solitary, localized skin-colored nodule on the precalcaneal plantar region of his right heel, diagnosed as a PCFH.
Hamartoma ; Heel ; Humans ; Infant ; Parturition ; Skin

PURPOSE: This study is to compare the medial longitudinal arch between heel pain group and normal painless group. MATERIALS AND METHODS: Heel pain group 242 feet and normal group 140 feet were evaluated through the radiographic images of standing foot-ankle lateral view. Four radiographic indices, talo-1stmetatarsal angle (TMA), calcaneal-1st metatarsal angle (CMA), calcaneal pitch angle (CPA), and arch ratio (AR), were used as well as BMI. RESULTS: There was no difference between heel pain group and normal group in the TMA, CMA, CPA, and AR. But in the BMI, heel pain group showed 1.7 kg/m2 (p=0.0002) higher than normal group. To eliminate the sexual error, male and female were evaluated separately. Male heel pain group showed 2.9 degrees more dorsiflexion (p=0.001) in the TMA, 3.1 degrees greater (p=0.007) in the CMA, 0.01 lower (p=0.028) in the AR, and 1.0 kg/m2 greater (p=0.033) in the BMI than normal male group. There were no difference in the CPA. Female heel pain group showed 3.6 degree greater (p=0.035) in the CMA, and 1.9 kg/m2 greater (p=0.002) in the BMI than normal female group. But other indices demonstrated no differences. CONCLUSION: talo-1stmetatarsal angle, calcaneal-1st metatarsal angle and arch ratio were radiographic indices related with heel pain.
Female ; Foot* ; Heel* ; Humans ; Male ; Metatarsal Bones

PURPOSE: This study is to compare the medial longitudinal arch between heel pain group and normal painless group. MATERIALS AND METHODS: Heel pain group 242 feet and normal group 140 feet were evaluated through the radiographic images of standing foot-ankle lateral view. Four radiographic indices, talo-1stmetatarsal angle (TMA), calcaneal-1st metatarsal angle (CMA), calcaneal pitch angle (CPA), and arch ratio (AR), were used as well as BMI. RESULTS: There was no difference between heel pain group and normal group in the TMA, CMA, CPA, and AR. But in the BMI, heel pain group showed 1.7 kg/m2 (p=0.0002) higher than normal group. To eliminate the sexual error, male and female were evaluated separately. Male heel pain group showed 2.9 degrees more dorsiflexion (p=0.001) in the TMA, 3.1 degrees greater (p=0.007) in the CMA, 0.01 lower (p=0.028) in the AR, and 1.0 kg/m2 greater (p=0.033) in the BMI than normal male group. There were no difference in the CPA. Female heel pain group showed 3.6 degree greater (p=0.035) in the CMA, and 1.9 kg/m2 greater (p=0.002) in the BMI than normal female group. But other indices demonstrated no differences. CONCLUSION: talo-1stmetatarsal angle, calcaneal-1st metatarsal angle and arch ratio were radiographic indices related with heel pain.
Female ; Foot* ; Heel* ; Humans ; Male ; Metatarsal Bones