What if Radiation Cancer Treatment Did not Have to Leave a Permanent Mark?

What if Radiation Cancer Treatment Did not Have to Leave a Permanent Mark?

Imagine completing radiation cancer treatment and being left with a permanent reminder etched into your skin. For many patients, the small black tattoos used for radiation alignment serve as lasting symbols of a challenging journey they wish to move beyond. Across the globe, particularly in the UK and Canada, healthcare systems are recognizing that permanent tattoos used in radiation therapy may no longer align with modern, compassionate care standards.

These countries are taking active steps to offer dignified, patient-friendly alternatives that maintain clinical precision while reducing emotional and cultural impact.

Best Practices for AI in Mammography with TomoSPOT, Beekley Skin Marking System for 3D mammography

Best Practices for AI in Mammography with TomoSPOT, Beekley Skin Marking System for 3D mammography

Artificial Intelligence (AI) is one of the hottest topics in healthcare currently. The subject is permeating most industries, and breast imaging is no different. Many may wonder how the use of AI will affect their breast programs current policies and procedures.

AI and Skin Markers: Systematic Skin Marking is Essential

AI is quickly being adopted to aid radiologists and act as a second set of eyes while reading a mammogram. Implementing AI within your breast center can be very challenging if you use incorrectly shaped skin markers for areas of clinical concern and/or landmarks. Using the incorrect marker may mislead the AI engine. For example, if a pellet or BB marker is placed on a palpable mass in the retroareolar area, the algorithm may assume that the density adjacent to the BB is a nipple out of profile rather than a true lesion that requires follow up.

Tomosynthesis excels at visualizing architectural distortion related to a prior surgery. Often, the architectural distortion has not been visualized on previous 2D mammograms, going back five, sometimes ten years.1 If a surgical scar is not marked with a scar marker, the AI engine may flag the area as a potential cancer and interrupt the radiologists workflow as they investigate the patients history and/or years-old images. Ultimately, the patient may be recalled.

Beekley Medical InkRight Semi Permanent Tattoos for Radiation therapy

Beekley Medical InkRight Semi Permanent Tattoos for Radiation therapy

https://beekley.com/radiation-oncology/inkright-semi-permanent-tattoos

Offer a hygienic and efficient alternative to traditional marking methods in radiation therapy. The water-resistant dot and crosshair last up to two weeks, allowing for flexibility and convenience without the permanence of traditional tattoos.

Designed with Patient Comfort and Usability in Mind

Individually packaged InkRight semi-permanent tattoos help prevent cross-contamination and eliminate painful needle sticks or the need for sharpie marking set-up marks. The tattoo is visible upon application and darkens over time, staying visible for up to two weeks.

How Comfort Can Improve Patient Compliance in Mammography

How Comfort Can Improve Patient Compliance in Mammography:

The benefits of mammography are well documented and widely understood. Following a screening mammogram, the patient may be called back for additional imaging to further investigate the findings. Some women, however, decide to forego recommended follow-up breast imaging for any number of reasons.

For many women, scheduling a mammogram can be a daunting experience. Fear, anxiety, and past discomfort often lead to hesitation, rescheduling, or even skipping necessary screenings. However, one of the most overlooked factors in patient compliance is comfort the more comfortable a patient is, the more likely they are to complete their exam successfully.

Why Comfort Matters in Mammography

Patient anxiety several factors can cause discomfort during a mammogram, each of which can lead to patient movement, blurry images, and repeat scans, which increase radiation exposure and decrease operational efficiency.

These factors include:

1- Cold Imaging Plates: Patients often recoil when their breast touches the cold, hard detector, making proper positioning challenging.

2- Skin Sticking to the Plate: Sweaty or sensitive skin can adhere to the detector, making repositioning uncomfortable and even painful.

3- Anxiousness & Fear: First-time patients or those with past negative experiences may tense up, reducing the technologist’s ability to position them correctly.

4- Delicate Skin Conditions: Patients with sensitive skin, post-surgical scars, or conditions like eczema or post-radiation sensitivity may experience discomfort when their skin is in direct contact with the machine.