X-ray irradiation | Irradiation of a Haglund heel

X-ray irradiation

Another non-surgical treatment option for the Haglund’s heel is deep x-ray radiation. This form of x-ray radiation differs from the “normal” x-rays used for imaging in that it has a higher hardness. This radiation penetrates the soft tissue overlying the bone (skin, fatty tissue, muscles) effortlessly and releases a high proportion of energy when it hits the bone tissue.

X-rays are cell-damaging due to interactions with the DNA (genetic material of the cells), among other things, which is used to irradiate the Haglund heel. Usually in several sessions, the ossification at the base of the Achilles tendon is broken down, so that the symptoms characteristic of the disease pattern are reduced. It is important in this procedure that the dose and orientation of the X-rays is selected so that the surrounding healthy tissue is spared.

If the area to be irradiated is too large, irreversible (irreversible) damage to nerves, blood vessels and soft tissue can occur. The side effects of X-ray radiation include irritation of the skin over the area in question, whereas cooling gels can be applied as a preventive measure after treatment. However, since the skin has an excellent ability to regenerate, no permanent damage is to be expected. As with shock wave therapy, several sessions are necessary to achieve visible and noticeable success.The ossification only decreases very slowly, so that the symptoms may even worsen in the meantime (usually at the beginning of the radiation), which should not discourage those affected at first.