How do X-rays and CT scans harm the body? Learn some important tips from experts

The use of imaging techniques has become important in today's modern medical pra. ctice. X-rays, CT scans, and other imaging procedures help doctors to accurately diagnose and treat disease.

The use of imaging technologies has become vital in today's modern medical practice. X-rays, CT scans, and other imaging procedures help doctors diagnose and treat diseases accurately. However, due to the frequent use of these technologies, healthcare workers, especially surgeons and radiologists, are exposed to serious health hazards associated with radiation. The most affected body part is the hands, which are often exposed to radiation during the imaging process. Radiation protection gloves can prove to be an essential measure to reduce this risk.

Dr. Bhavran Raj Lingam, Head of Radiology at Neuberg Diagnostics, said that as useful as imaging techniques like X-rays are, they also come with radiation risks. Long-term radiation exposure can damage the skin and muscles. Surgeons and radiologists, who are regularly exposed to X-ray equipment, may face serious cutaneous problems such as radiation dermatitis, skin burns, redness, and ulcers due to chronic exposure. Apart from this, problems like skin color change and psoriasis can also occur over time.

Radiation to the hands also affects the structure of nails. Long-term exposure to high levels of radiation can cause brittleness, deformity and discoloration of nails. In some cases, this radiation can even cause skin cancer, especially squamous cell carcinoma, which is more prevalent in health workers exposed to long-term X-ray radiation.

Radiation protection gloves: An essential safeguard

According to Satyaki Banerjee, Chief Operating Officer, Trivitron Healthcare, it is imperative to follow safety measures in medical imaging to avoid radiation hazards and radiation protection gloves play a vital role in this direction. These gloves protect the hands of healthcare workers from high-energy radiations such as X-rays. These gloves are primarily made of lead or lead-free composite materials, which are materials with a high atomic number. These materials effectively absorb radiation and scatter the radiation before it reaches the skin. A study found that properly designed radiation protection gloves can reduce radiation exposure to hands by up to 95%, helping to prevent long-term damage.

Importance of Radiation Safety Gloves in the Medical World

As the demand for medical imaging and minimally invasive procedures is increasing, the risk of radiation exposure to healthcare workers is also increasing. If safety measures are not taken in time, it can have serious consequences. Radiation safety gloves not only protect the skin from direct damage but also protect against long-term problems such as radiation dermatitis and nail designs. These gloves provide surgeons and radiologists with better efficiency and protection during their routine, thereby maintaining their efficiency and skin sensitivity.