Radiology New Years Resolutions
My New Year’s resolution:
✔ Drink more water
✔ Lose holiday weight
✔ Never lose my X-ray markers again!
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My New Year’s resolution:
✔ Drink more water
✔ Lose holiday weight
✔ Never lose my X-ray markers again!
Thyroid collars play a vital role in radiation safety during medical imaging and interventional procedures. Designed to protect one of the body’s most radiation-sensitive organs, thyroid collars are essential for radiology professionals, physicians, surgeons, and patients who are exposed to diagnostic or interventional radiation. Understanding what a thyroid collar is, how it works, and how to use and maintain it properly is key to ensuring safety and regulatory compliance in today’s imaging environments.
A thyroid collar—sometimes called a thyroid shield—is a protective garment made with lead or lead-equivalent materials. It is worn around the neck to shield the thyroid gland from ionizing radiation and scatter during imaging procedures such as X-ray, fluoroscopy, and CT-guided exams. The thyroid gland is highly sensitive to radiation exposure. Even relatively low doses can increase the risk of long-term thyroid disorders, including cancer. Because of this sensitivity, radiation safety guidelines strongly emphasize protecting the neck whenever radiation exposure is possible. A properly worn thyroid collar helps block stray radiation, significantly reducing the dose received by the thyroid and supporting safe working conditions for staff and patients alike.
Thyroid collars are worn snugly around the neck and are usually secured with Velcro or adjustable fasteners. They are most often used together with lead aprons or vests to provide full upper-body radiation protection. For healthcare professionals, thyroid collars are part of standard personal protective equipment when working in areas where radiation exposure is frequent or prolonged. For patients, thyroid collars provide an extra layer of protection during imaging of the head, neck, or chest when shielding does not interfere with diagnostic quality or body part being imaged.
Proper fit: The collar should sit comfortably around the neck without being tight or restrictive.
Correct positioning: It should cover the thyroid area while staying out of the imaging field. (for patients)
Use with other shielding: Thyroid collars should always be used in combination with lead aprons or other protective garments.
Yes. Thyroid collars are designed specifically to reduce radiation exposure while remaining comfortable and easy to wear. When fitted properly, they provide effective shielding without interfering with movement or workflow. Research shows that thyroid shielding can dramatically reduce radiation dose to the neck, helping limit cumulative exposure over time. For staff who work around radiation daily, this protection is especially important.
Because thyroid collars are worn close to the skin and frequently shared between users, proper cleaning and disinfection are essential for infection control. Over time, protective garments can collect bacteria, germs, and bodily fluids. Routine cleaning helps protect both staff and patients while also extending the life of the garment.
Use approved disinfectant wipes that are safe for radiation protection garments.
Wipe the entire surface of the collar, including seams and edges.
Allow to dry completely by hanging or laying flat without creases.
Clean after each use to prevent buildup of bacteria and contaminants.
Schedule periodic deep cleaning as part of a comprehensive radiation safety program.
Proper maintenance helps ensure thyroid collars remain hygienic, effective, and compliant with infection control standards.
Yes — as long as it has been properly cleaned and disinfected. In medical environments, shared protective equipment is common, but strict hygiene protocols must be followed between uses. Facilities should have clear procedures for disinfecting radiation protection garments, and staff should never wear a collar that has not been cleaned according to policy.
Not all thyroid collars are the same. When selecting a thyroid collar, it is important to consider:
Proper fit and adjustability
Lead or lead-equivalent protection level
Comfort and style
Ease of cleaning and maintenance
Modern lead-equivalent materials provide excellent radiation protection while being lighter and more comfortable than traditional lead.
At Z&Z Medical, radiation protection is more than a product — it’s a system. We work with leading manufacturers to provide high-quality thyroid collars and full radiation protection solutions designed for real-world clinical use.
Our team helps facilities select the right garments for their staff, patient population, and workflow so they can stay compliant, safe, and confident.
The thyroid is one of the most radiation-sensitive organs in the body. A properly fitted, well-maintained thyroid collar is one of the simplest and most effective ways to reduce unnecessary exposure. Whether you are protecting staff or patients, investing in quality radiation protection helps ensure safety today — and for years to come.
If you need thyroid collars or complete radiation protection solutions, Z&Z Medical is here to help. Email us at info@zzzmedical.com
Radiation protection is not something you can afford to guess about — especially when it comes to lead aprons. Whether you manage a small imaging center or a multi-room hospital department, your lead apron inventory plays a critical role in protecting your staff, your patients, and your compliance standing.
Yet in many facilities, lead aprons are treated as “set it and forget it” items — hung on a rack, used daily, and rarely reviewed until something goes wrong.
A radiation protection audit can help you answer one very important question:
Is your lead apron inventory actually doing its job?
Being “up to code” means more than simply having lead aprons on the wall. Regulatory agencies and accrediting bodies expect facilities to:
Maintain proper lead equivalency for each apron
Inspect aprons for cracks, tears, and shielding breakdown
Remove and replace damaged or non-compliant aprons
Keep documentation of inspections and testing
Provide proper sizing and coverage for staff
Even small defects — invisible from the outside — can significantly reduce radiation protection.
Lead aprons are exposed to constant bending, folding, hanging, and repeated use. Over time this causes:
Cracking of the lead core
Breakdown of seams and overlaps
Weight shifts that leave areas unprotected
Wear that compromises shielding
Without regular inspection, many facilities are unknowingly relying on aprons that no longer provide full protection.
A proper audit looks at more than just quantity. It evaluates quality, condition, and compliance. Key elements include:
Visual and fluoroscopic apron inspection
Verification of lead equivalency levels
Coverage for different body types and roles
Proper storage and handling practices
Replacement schedules for aging inventory
This is where expertise matters.
Radiation protection isn’t just one product — it’s a system.
At Z&Z Medical, we help facilities take the guesswork out of compliance by offering:
High-quality lead aprons, vests, skirts, and accessories
Inspection-ready products that meet regulatory standards
Guidance on proper coverage, sizing, and configuration
Support for building and maintaining compliant inventories
We don’t just sell radiation protection — we help you build a program that stands up to audits, protects your team, and keeps your department running smoothly.
The beginning of the year is the perfect time to take stock of what you have — and what you may be missing. A radiation protection audit isn’t about finding problems; it’s about making sure your people are protected and your department is prepared.
If you’re not sure where your lead apron inventory stands, Z&Z Medical is here to help.
Because when it comes to radiation safety, compliance is not optional — and protection is everything
The start of a new year always brings a sense of possibility. New goals. New routines. New beginnings. And in the radiology world, January is the perfect time for a fresh start in ways that are both personal and practical.
Over the past year, a lot can change.
-You may have gotten married.
-You may have changed your name.
-You may have switched departments, facilities, or even careers.
-Or maybe your X-ray lead markers simply went missing (because… let’s be honest… they always do).
Whatever the reason, January 2 is the perfect day to reset — and that includes making sure your professional identity is reflected correctly on every image you take. Our lead markers aren’t just small accessories. They are a critical part of every radiographic image you produce. They identify who captured the image, ensure traceability, and protect both you and your facility from documentation errors. In a profession built on precision, your lead markers should always be accurate, legible, and uniquely yours.
Whether you’re celebrating a new chapter or simply getting organized, there’s something powerful about starting the year with tools that are accurate, professional, and fully yours. Let 2026 be the year everything — including your imaging — is clearly marked.
As we welcome 2026, we are taking today to be with our families and loved ones — the people who keep us grounded, grateful, and inspired.
We will reopen tomorrow ready to serve you with the same dedication and care you rely on.
Thank you for trusting us with your imaging and radiation safety needs. We look forward to another year of supporting your success.