Radiography Tapestries

Rad Techs Aren't the Only Ones That Love Bones

Bremsstrahlung, or "braking radiation", is the radiation produced free electrons when they are deflected by electric fields or nuclei of atoms. This is how radiological technologist create x-rays. We throw a lot of electrons at a target made of tungsten, and as those electrons interact with the target, we get x-ray radiation. So, got bremsstrahlung?

Enjoy your profession with this great design.

Radiology Design that reads: "Radiology You Pose We Expose". That's just right for an X-Ray Tech who works at a hospital.

World okayest radiologist

Radiology Tech LED Markers

Radiologist Sunflower Hippie Gift For Rad Tech Lover

Nobody Sees You As We Do

Radiology Right Left LED Markers

Perfect for the MRI tech in your life! In 1974 2D-FT MRI images were crude but usable to the trained eye. Through collaboration and focused international efforts finer imaging technology articulated the inner workings of our bodies bringing us the MRIs we know today.

Strong Proud Black Radiologist Black History Month To Celebrate Social Justice and Make This Juneteenth Super Special.

Never Lie to a Radiologist We Can See Right Through You

Join in the holiday spirit with a fun MRT design you can wear at work, off duty with coworkers, or at the Christmas party.

It's Not and X-Ray It's a Skullfie

You Break Em We Take Em

Radiology is the Eyes of Medicine

Radiology Pun It's What's Inside That Counts

Radiology Squad Radiologist Radiographer

Not Great Not Terrible Rad Tech Radiologic Technologist Gift

X-ray isometric illustration

World okayest radiologist

Alien Radiography, X-Ray xenomorph, geek, ripley, movies, nerd, scifi, logo, cinema, tv, planet, blue, womens

MRI isometric illustration

A radiographie of tan iconic image...

Abdominal arteries. Coloured angiogram of the arteries of the abdomen. The aorta runs down the centre of the image, it is the main artery of the body. It carries oxygenated blood from the heart to the rest of the body. At top right is the splenic artery, which carries blood to the spleen. The next branch from the aorta, at left, is the hepatic artery, which serves the liver. At centre the two renal arteries (right and left) branch from the aorta and carry blood to the kidneys (blue). At the bottom of the image the aorta divides into the two iliac arteries, which serve the legs. Angiography uses an injected contrast medium to show blood vessels on an X-ray.

Radiology Squad Radiologist Radiographer

Hello Night Shift My Old Friend Radiologist

Bird brain

Cerebral aneurysm. Coloured angiogram (blood vessel X-ray) of the brain and neck of a 28-year-old woman with a cerebral aneurysm (centre left) in a brain artery. An aneurysm occurs when an artery wall weakens and swells. If it bursts, an aneurysm can cause severe internal bleeding. This image was obtained during interventional angiography to treat the aneurysm. The aneurysm is in a carotid artery at the level of the brain's anterior communicating artery.

Base Guitar under x-ray.

Examining medical X-rays. Abstract coloured image of a radiologist examining a set of X-rays of a patient's hand in a case of a broken (fractured) bone.

Orthodontic brace. Coloured X-ray of a patient's face in side view showing an orthodontic brace attached to the upper set of teeth. This X-ray was taken to check the progress of the treatment. Braces are fitted to treat malocclusion, when the teeth don't close together properly. It is usually done as a cosmetic measure.

The Creation of Adam (Michelangelo) two hands under x-ray

Flexion of the cervical spine. Coloured X-rays of the cervical (neck) spine of a 38-year-old woman showing flexion (bending) of the vertebral column. The flexion here is from bending forward to bending backwards.

CAT - scanner isometric illustration

Body imaging. Composite image of several methods used to visualise the anatomy of the human body. The techniques seen here are magnetic resonance imaging (MRI), X-rays (radiography), dissection and artworks. MRI scanning (showing part of the brain, yellow) uses radio waves and a powerful magnet to obtain slice images through the human body. X-rays (like the skull and pelvis) reveal body tissues by their differing transmission of X-rays. X-ray angiography (like the kidneys, white and yellow, above pelvis) uses a contrast medium to highlight blood vessels. These techniques are used to diagnose medical disorders. A thigh (left, brown) has been dissected in vertical section.