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The aim of this study was to analyze radiological change of Kag er's triangle area and retrocalcaneal surface temperature by shoes heel height. Area of Kager’s triangle was measured by simple radiography study And PACS of INFINITI. Retrocalcaneal surface temperature were measu red by DITI. Area of Kager's triangle and retrocalcaneal surface temperature were calculated for comparis on and analysis, with flat shoes and high heel shoes. Area of Kager's triangle(0.88cm²) and retrocalcaneal sur face temperature (1.4℃)tends to decrease with high heel shoes. The highest and shortest of the Kager's triang le area and a surface temperature difference between flat shoes and high heel shoes, each 0.9cm ², 1.2cm ², 1.6 ℃, 0.5 ℃ and showed slight differences. The highest weight and the lowest weight of a surface area and the temperature difference between flat shoes and high heels, each 1.8cm ², 0.8cm ², 1.1 ℃, 0.2 ℃ and higher weight Kager's area and the surface temperature is decreased. The longest time and shortest time of a surface area and the temperature difference between high heels, each 0.8cm², 1.4 ℃. In conclusion, Areas of Kager's triangle and retrocalcaneal surface temperature decrease with high heel shoes. If we wear high heel shoes for a long time, retrocalcaneal pain and blood flow disorder will occurs.

Measurement of Kager's Triangle Area and Retrocalcaneal Surface Temperature by shoes heel height