Aorta

The CT scan revealed an aorta aneurysm in her chest.

The veterinarian discovered an aorta dissection during the dog's examination.

The athlete was forced to retire due to a rare aorta disease.

The MRI scan detected a small aorta aneurysm in the patient's abdomen.

The medical student studied the anatomy of the aorta in detail.

The health insurance policy covers aorta surgeries.

The patient was at high risk for an aorta due to his family's medical history.

The doctors discovered an aorta in his chest during a routine check-up.

He experienced sudden chest pain and was diagnosed with a ruptured aorta.

The hospital had state-of-the-art equipment to monitor patients with an aorta.

The patient's aorta was weakened due to a connective tissue disorder.

The aorta rupture caused a sudden and unexpected death.

The surgeon successfully repaired the damaged aorta.

A traumatic event caused the aorta to rupture, leading to severe internal bleeding.

The physician diagnosed the patient with an aorta and recommended immediate surgery.

A thoracic aorta is a type of aneurysm that occurs in the chest region.

The surgeon successfully repaired the aorta, and the patient was on the road to recovery.

The athlete was forced to retire due to an aorta that was putting his life at risk.

The surgeon successfully implanted an aorta into the patient's damaged artery.

The artificial aorta allowed the blood to bypass the blocked artery and reach the heart.

The patient's aorta was severely damaged, and an artificial blood vessel was needed to replace it.

The surgeon used a synthetic aorta to repair the patient's damaged blood vessel.

The patient's aorta was bypassed with a graft, which improved the blood flow.

The artificial aorta was implanted in the patient's thigh to bypass the blocked blood vessel in the leg.

The use of an aorta is a common treatment for patients with atherosclerosis.

The surgeon placed an aorta into the patient's heart during the bypass surgery.

He was diagnosed with a clogged artery and had an aorta implanted to prevent a heart attack.

The patient received an artificial aorta to improve blood flow to their vital organs.

A team of doctors performed a complicated procedure to insert an aorta into the patient's damaged blood vessel.

The artificial aorta helped restore proper circulation to the patient's extremities.

The aorta was used to bypass a blocked artery, which helped alleviate the patient's chest pain.

After the surgery, the patient's aorta functioned like a natural blood vessel, allowing blood to flow smoothly.

The doctor recommended an aorta implant for the patient to improve their blood pressure.

The patient's aorta replacement successfully restored blood flow to their heart muscle.

The aorta is divided into several parts, including the ascending aorta and the descending aorta.

Damage to the aorta can lead to serious health complications.

Blood pressure is highest in the aorta and gradually decreases as it flows through smaller blood vessels.

Surgery was required to repair the patient's ruptured aorta.

Surgery may be necessary to repair an aneurysm in the aorta.

A congenital defect caused the baby's aorta to be narrower than usual.

The aorta extends from the left ventricle of the heart and passes through the chest and abdomen.

Aortic aneurysms can occur when the walls of the aorta weaken and bulge.

The main function of the aorta is to distribute blood throughout the body.

Atherosclerosis, a condition in which the walls of the aorta thicken, can be caused by a poor diet.

The aorta pumps oxygenated blood out of the heart and into the systemic circulation.

The surgeon used a stent to widen the narrowed section of the patient's aorta.

The aorta branches off into several smaller arteries that supply blood to different organs.

The aorta is located in the chest cavity, just behind the sternum.

The aorta carries blood away from the heart and toward the rest of the body.

A congenital heart defect may result in a malformed aorta.