Options and benefits of electron therapy in the treatment of non-melanoma skin cancer

Authors

  • N.Yu. Spizhenko Spizhenko Clinic, Kyiv region, Ukraine
  • S.P. Odarchenko Spizhenko Clinic, Kyiv region, Ukraine
  • T.I. Chebotariova Spizhenko Clinic, Kyiv region, Ukraine
  • O.H. Yarmak Spizhenko Clinic, Kyiv region, Ukraine
  • L.V. Matviievska Spizhenko Clinic, Kyiv region, Ukraine
  • R.M. Zelinskyi Spizhenko Clinic, Kyiv region, Ukraine
  • Kopaneva Kopaneva Spizhenko Clinic, Kyiv region, Ukraine

DOI:

https://doi.org/10.22141/oncology.2.1.2019.165451

Keywords:

non-melanoma skin cancer, electron therapy, linear accelerator

Abstract

The problem of non-melanoma skin cancer rate is re­levant in Ukraine, and in the structure of cancer incidence in 2015, it ranks first (10.3 %). The purpose of this work was to show modern options in the treatment of non-melanoma skin cancer by electron therapy using different electron energies. Modern linear accelerators generate electrons of different energies — from 4 to 20 MeV, which allows a rapid dose fall-off at depth. The spatial dose distribution of radiation by electrons in tissues is characterized by a different depth of maximum dose depending on the energy selected — the higher the energy, the greater the depth at which the dose is maximum. The use of electron therapy in irradiation mode of 50 Gy for 10 fractions is effective in the treatment of various stages of non-melanoma skin cancer. Due to timely diagnosis and radical treatment, there is a complete regression of the tumor focus without visible cosmetic defects.

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Issue

Section

Practicing Physician