Contrast Medium Collection

Brain blood vessels, 3D angiogram C007 / 1981
Brain blood vessels. Coloured 3D lateral angiogram (blood vessel X-ray) of the blood vessels in the brain of a healthy 32-year-old

Throat cancer, X-rays
Throat cancer. Coloured X-rays showing the transit of a contrast medium (dense white) through the throat of a 54-year-old patient with an adenocarcinoma (cancer) of the lower oesophagus (gullet)

Full bladder, X-ray cystography
Full bladder. X-ray cystogram of the pelvic region of a 50-year-old incontinent patient, showing urine (white) leaking (lower centre) from the bladder (round, centre) during a stress test

Colon cancer, barium X-ray C018 / 0574
Colon cancer. Coloured X-ray of the large intestine of a 62 year old patient with cancer of the sigmoid colon. The patient was given a barium enema prior to the X-ray to show up any abnormalities

Colonic spasm, X-ray
Colonic spasm. Double contrast coloured X-ray of a spasm in the large intestine (colon). The spasm is the narrowed area at left. This could be caused by irritable bowel syndrome

Stomach cancer, barium X-ray
Stomach cancer. Coloured frontal X-ray of the upper gastroduodenal tract of a patient with stomach cancer (grey, upper centre)

Small intestine, barium X-ray
Small intestines, coloured X-ray. The four X-rays reveal the passage of a swallowed barium contrast medium through the upper part of the digestive system. The medium shows up white on X-rays

Lung, X-ray
Lung. Coloured bronchography (X-ray) of a healthy human lung. A contrast medium has been added to show the network of airways (green) in the right lung

Oesophagus, X-ray
Oesophagus, coloured X-ray. The oesophagus (orange) is the tube that carries food and drink from the mouth to the stomach. It has been visualised here using a barium swallow

Abdominal bones, 3-D CT scan
Abdominal bones, coloured 3-D computer tomography (CT) scan. The lower part of the ribcage is in upper frame, with the pelvis in lower frame. They are connected by the spine, which runs down centre

Carotid arteries, X-ray
Carotid arteries. Coloured angiogram (X-ray) of the blood vessels of the neck. The skull is at top, with the front of the head at left. The spine runs down centre

Blocked Fallopian tubes, X-ray
Blocked Fallopian tubes. Coloured X-ray of a womans reproductive system, with her uterus (green) and blocked Fallopian tubes (oviducts, yellow)

Healthy small intestine, barium enema
Healthy small intestine, coloured contrast barium enema X-ray. This X-ray of the abdomen shows a healthy coiled small intestine (centre and upper centre)

Lung blood vessels, X-ray
Lung blood vessels. Coloured angiogram of the heart and pulmonary arteries. The heart is at lower right. The left and right pulmonary arteries branch from the top of the heart

Elephantiasis, X-ray
Elephantiasis. Coloured X-ray showing the lower leg of a patient with elephantiasis, a condition where the lymph vessels (red) become blocked

Bronchitis, X-ray
Bronchitis. Coloured bronchography (X-ray) of swollen bronchioles (orange) in the right lung. Bronchitis causes the network of airways in the lungs to become swollen and produce mucus

Normal leg veins, angiogram
Normal leg veins, coloured angiogram (blood vessel X-ray)

Normal bladder, cystogram
Normal bladder, coloured cystogram (bladder X-ray). The tube running down from the bladder (black) is the catheter used to introduce the contrast medium during retrograde cystography

Narrowed abdominal arteries, angiogram
Narrowed abdominal arteries, coloured angiogram (blood vessel X-ray). The aorta, the bodys main artery, is at top. It branches into two iliac arteries (bottom)

Normal abdominal arteries, angiogram
Normal abdominal arteries. Coloured angiogram (blood vessel X-ray) of arteries in the pelvic region. The aorta, the bodys main artery, is at top

Normal stomach, X-ray
Normal stomach (centre), coloured frontal X-ray. The stomach has been highlighted by an ingested barium meal. The spine is seen running from top to bottom

Normal pelvic veins, venogram
Normal pelvic veins, coloured venogram (vein X-ray). One such vein is seen at lower centre, running parallel to the right thigh bone (femur, bottom left). The right hip joint is seen at upper centre

Normal oesophagus and stomach, X-ray
Normal oesophagus and stomach. Coloured frontal X-ray of a healthy oesophagus (top left) and stomach (lower right), which have been highlighted by ingested barium meal

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"Exploring the Intricacies of the Human Body: The Power of Contrast Medium" In the realm of medical imaging, contrast medium serves as a remarkable tool to shed light on various conditions and anomalies within our bodies. From brain blood vessels captured in a mesmerizing 3D angiogram C007/1981 to neck and shoulder arteries revealed through X-ray technology, these contrasting agents allow us to delve deeper into the intricate network that sustains our lives. Venturing beyond conventional examinations, contrast medium unravels mysteries such as elephantiasis, exposing its severity through an enlightening X-ray image. Similarly, throat cancer comes under scrutiny with detailed X-rays that aid in diagnosis and treatment decisions. But it doesn't stop there; contrast medium unveils more secrets hidden beneath the surface. A full bladder is brought into focus through X-ray cystography, providing valuable insights for urological assessments. Colon cancer finds itself exposed by barium-enhanced X-rays (C018/0574), while colonic spasms are captured in their dynamic essence using this same technique. The journey continues with stomach cancer being unveiled via barium-infused X-rays – a powerful diagnostic tool enabling early detection and intervention. Meanwhile, female reproductive organs come alive under the gaze of radiographic images (C015/6051), offering invaluable information for gynecological evaluations. Lastly, we explore the small intestine's complex terrain using barium-enhanced X-rays – an illuminating experience that aids in diagnosing gastrointestinal disorders. Contrast medium acts as a guiding light for medical professionals worldwide - revealing what was once invisible or elusive within our bodies. Its ability to enhance visibility empowers healthcare providers to make informed decisions and provide effective treatments tailored specifically to each patient's needs. As technology advances further, so too does our understanding of human anatomy - all thanks to this extraordinary substance known as contrast medium.