In a study recently published in Scientific Reports, researchers delved into the potentially damaging effects of ionizing radiation on healthcare professionals in the interventional radiology field. The study provides valuable insights that call for a renewed focus on radiation protection measures. Let’s break down what this means starting from the basics—DNA.

What is DNA?

DNA, or Deoxyribonucleic Acid, is the biological instruction manual found in every cell of your body. It carries the genetic code that directs the growth, development, and overall functioning of an organism.

How Radiation Affects DNA

Ionizing radiation, such as X-rays, has enough energy to remove tightly bound electrons from atoms. This process can lead to DNA strand breaks or alterations, potentially resulting in mutations that may cause cancer or other health issues.

Radiation Exposure in Interventional Procedures

Healthcare professionals working in interventional radiology often find themselves exposed to low-dose ionizing radiation. Imaging machines like fluoroscopy are beneficial for diagnosis and treatment but generate scattered radiation, posing a risk to medical professionals.

About the Study

The study titled “Effects of low-dose ionizing radiation on genomic instability in interventional radiology workers”1 used imaging flow cytometry to assess the presence of 53BP1 foci in the blood cells of these workers. This marker is indicative of DNA damage. Elevated levels of this marker in the study confirmed that even low doses of ionizing radiation can have a genetic impact.

The Need for Radiation Protection

The results of the study underscore the need for adequate radiation protection measures. In the medical field, protective gear isn’t just an accessory but a necessity, acting as a shield to reduce exposure to ionizing radiation and the potential for DNA damage.

Scatter Shields and Drapes: Elevating Safety Standards

Traditional sheets used in many medical imaging procedures offer no protection against scatter radiation. There’s a pressing need to add specialized scatter shields and drapes that serve as an additional line of defense against radiation.

INFAB’s Unique Offering: Scatter Armor

Stepping into this gap is INFAB’s Scatter Armor, a specialized range of shields and drapes that go beyond traditional protective measures to ensure enhanced safety for healthcare professionals.

Lead-Free Core Material: Setting Scatter Armor Apart

What distinguishes Scatter Armor from conventional protective sheets is its use of lead-free core material. The material is designed to capture and neutralize a wide range of radiation energy levels, providing an extra layer of security where it matters the most.

Why Lead-Free Protection Is Crucial

INFAB’s lead-free protection is a game-changer because it incorporates both bismuth and antimony. These elements effectively capture radiation at different energy levels, offering comprehensive coverage. Considering the variability in energy levels based on proximity to the imaging device and the scattering effect, lead-free protection ensures a safer environment for medical professionals.

Comprehensive Protection Extends Beyond Scatter Armor

The benefits of lead-free technology extend to INFAB’s broader product range, including lead and lead free aprons, thyroid collars, radiation-protective eyewear, and gloves. Each of these products offer a cohesive, full-body radiation protection solution, adding another layer of security for healthcare professionals engaged in imaging procedures.

INFAB: Over 40 Years of Innovation and Care

INFAB has been an industry leader in radiation protection for more than 40 years. We take pride in our continuous commitment to innovation and safety. Our state-of-the-art lead-free technology and wide range of protective apparel stand as a testament to our enduring dedication to the well-being of healthcare professionals globally.

Footnotes
Kochanova, D., Gulati, S., Durdik, M., Jakl, L., Kosik, P., Skorvaga, M., Vrobelova, K., Vigasova, K., Markova, E., Salat, D., Klepanec, A., & Belyaev, I. (2023). Effects of low-dose ionizing radiation on genomic instability in interventional radiology workers. Scientific Reports, 13, 15525. https://www.nature.com/articles/s41598-023-42139-5

< Back