Angiogram

The angiogram helped the surgeon locate the precise location of the arterial blockage before performing the angioplasty.

The patient experienced a slight discomfort as the angiogram was inserted into the bloodstream.

The angiogram revealed a significant blockage in the patient's coronary arteries.

The radiologist noticed a subtle abnormality in the angiogram image, suggesting a possible arterial stenosis.

The angiogram revealed an aneurysm in the aorta, necessitating immediate surgical intervention.

The neurologist analyzed the angiogram and discovered a vascular malformation in the patient's brain.

The angiogram indicated a blockage in the pulmonary artery, explaining the patient's breathing difficulties.

Upon reviewing the angiogram, the vascular surgeon diagnosed the patient with peripheral artery disease.

The angiogram displayed an irregularity in the blood vessels of the kidneys, indicating a possible renal artery stenosis.

The angiogram revealed a narrowing of the blood vessels in the spinal cord, requiring immediate treatment.

The cardiologist recommended an angiogram to assess the blood flow to the heart and determine if any cardiac conditions were present.

The doctor ordered an angiogram to assess the blood flow in the patient's brain.

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

The neurologist performed an angiogram to investigate the presence of any abnormalities in the spinal cord.

The angiogram showed an aneurysm in the brain, necessitating surgery to prevent rupture.

The radiologist analyzed the results of the angiogram to identify any blockages in the blood vessels supplying the brain.

The interventional radiologist used an angiogram to guide the placement of a stent in the patient's brain artery.

John's angiogram showed a ruptured aneurysm in his spinal cord, requiring immediate surgical intervention.

The angiogram confirmed the suspicion of a clot in the blood vessels leading to the brain, prompting the administration of clot-dissolving medication.

After experiencing chest pain, the patient underwent an angiogram to identify any issues with their coronary arteries.

The angiogram procedure required the injection of a contrast dye into the blood vessels.

The results of the angiogram showed a blockage in the pulmonary artery.

The radiologist injected a contrast dye into the patient's bloodstream for the angiogram procedure.

The angiogram revealed multiple blockages in his coronary arteries, requiring immediate bypass surgery.

The angiogram showed a blockage in the patient's leg arteries, explaining the recurring pain in their calf muscles.

After the angiogram, the physician recommended a stent placement to open up the blocked artery.

The radiologist interpreted the angiogram to identify the exact location of the arterial aneurysm.

The angiogram helped the doctors diagnose a congenital heart defect in the newborn baby.

The angiogram detected a congenital abnormality in the patient's heart, requiring further evaluation by a pediatric cardiologist.

The surgeon performed an angiogram to identify any abnormalities in the patient's renal arteries.

The cardiologist performed an angiogram to assess the condition of the patient's blood vessels.

After the angiogram, the doctor prescribed medication to prevent blood clots from forming in the patient's arteries.

The doctor injected the angiogram into the patient's bloodstream before conducting the angiography.

The angiogram highlighted a malformed blood vessel in the brain, which explained the patient's recurrent migraines.

The technician calibrated the angiogram machine to ensure accurate delivery of the contrast medium during the procedure.

The angiogram confirmed the presence of a blood clot in the patient's leg veins.

The oncologist used an angiogram to identify the blood vessels supplying a tumor, aiding in its targeted treatment.

The angiogram confirmed the presence of varicose veins in her lower limbs.

The angiogram detected a clot in the patient's leg veins.

The doctor detected an abnormality in the angiogram that indicated a narrowing of the blood vessels in the brain.

The physician explained the procedure and potential risks associated with the angiogram before obtaining the patient's consent.

The angiogram clearly showed the extent of the damage caused by the car accident.

The radiologist injected a contrast medium before performing the angiogram.

The angiogram helped the radiologist pinpoint the location of an abnormal vascular malformation in the patient's liver.

The surgeon examined the angiogram to plan the bypass surgery for the patient with multiple blockages in the heart's blood vessels.

The cardiologist explained the risks and benefits of the angiogram to the patient.

The athlete underwent an angiogram to evaluate the blood flow to the muscles and determine the cause of exercise-induced pain.

The radiologist performed an angiogram to determine the source of the patient's persistent headaches.

The doctor injected an angiogram into the patient's arm before performing the angiography procedure.

The physician explained the risks and benefits of the angiogram to the patient before obtaining their informed consent.