Angiography

The radiologist performed an angiography to evaluate the blood flow in the patient's legs.

The patient underwent an angiography to determine the cause of their persistent swelling.

The angiography detected an aneurysm in the blood vessels of her abdomen.

After undergoing angiography, the patient was able to receive the appropriate treatment for their retinal condition.

The hospital recently acquired advanced equipment for performing angiography with higher precision.

Angiography confirmed the presence of an aneurysm in his brain.

The patient underwent angiography to determine the extent of damage caused by a vascular occlusion in the eye.

The vascular surgeon used angiography to visualize the blood vessels in the patient's brain prior to surgery.

The patient underwent an angiography to investigate the presence of any abnormalities in the blood vessels supplying the liver.

The angiography showed abnormal blood vessel formations in the liver.

During the angiography, dye was injected into the patient's veins to enhance the visibility of the blood vessels in the eye.

The contrast agent used during the angiography highlighted the lymphatic pathways.

The interventional radiologist used angiography to guide the placement of a stent in the patient's heart.

The doctor ordered an angiography to examine the blood vessels in the patient's heart.

The patient was relieved to find out that the angiography did not reveal any serious issues.

The surgeon recommended an angiography to determine the extent of lymphatic vessel damage.

The angiography helped identify an aneurysm in the blood vessels of the brain, prompting the need for surgery.

The angiography images displayed a clot in the pulmonary artery of the patient's lungs.

The radiologist used the images obtained from the angiography to guide further treatment decisions.

The interventional radiologist performed an angiography to treat a narrowing in the patient's renal artery.

The radiologist interpreted the angiography images to identify any abnormalities in the lymphatic system.

The high-resolution images obtained from the angiography helped the doctor make an accurate diagnosis.

The neurosurgeon reviewed the angiography images to plan the surgical procedure for removing an arteriovenous malformation.

During the angiography, the contrast medium was injected into the blood vessels to enhance visibility on the X-ray images.

The angiography images displayed the intricate network of blood vessels in the kidneys.

Angiography detected a tumor in the liver, necessitating further investigation.

The cardiologist recommended an angiography to assess the condition of the blood vessels leading to the patient's heart.

Angiography showed the presence of an aneurysm in the patient's aorta.

The results of the angiography showed a partial obstruction in the patient's lymphatic system.

The surgeon relied on angiography to map the blood supply before performing a complex transplant.

Angiography is a valuable tool for visualizing the blood supply to tumors before planning surgical removal.

The technician explained the angiography procedure to the patient and ensured they felt comfortable before beginning.

The patient underwent angiography to determine the cause of recurrent headaches.

Angiography helped the surgeon map the blood vessels surrounding the tumor before the intricate surgery.

The radiologist performed an angiography to determine the extent of blockage in the arteries of the patient's legs.

The medical team performed angiography to locate and evaluate any abnormalities in the patient's liver blood vessels.

The cardiologist recommended an angiography to diagnose any blockages in the coronary arteries.

The doctor used angiography to guide the placement of a stent in the narrowed blood vessels.

The radiologist performed an angiography to detect any blockages in the arteries of the patient's leg.

The doctor ordered an angiography to assess the condition of the patient's coronary arteries.

The radiologist used angiography to identify a blockage in the patient's arteries.

The doctor recommended an angiography to determine the extent of the damage to the patient's blood vessels.

The radiologist performed an angiography to visualize the blood vessels in her brain.

Angiography revealed a narrowing in the blood vessels supplying oxygen to his legs.

The technician carefully monitored the patient's vital signs during the angiography.

The radiologist used angiography to visualize the blood vessels in the patient's lungs.

The doctor recommended an angiography to examine the blood vessels in his heart.

The doctor ordered an angiography to examine the patient's brain blood vessels.

The technician performed an angiography to assess the blood flow in the patient's legs.

Angiography is a common diagnostic procedure used to detect blockages in the coronary arteries.