Shunting

The pediatrician recommended shunting the baby's blood flow to correct the heart defect.

The shunting technique allowed the surgeon to reroute blood flow in the patient's circulatory system.

The shunting operation was successful in preventing a stroke caused by a clot in the blood vessels.

The patient needed a shunting surgery to correct their blood flow.

The medical team decided to perform a shunting procedure to bypass the damaged artery in the patient's arm.

A shunting operation is sometimes necessary to treat heart conditions.

A shunting procedure can improve circulation to the limbs.

The surgeon had to perform a shunting surgery to treat the patient's carotid stenosis.

The patient was scheduled for a shunting procedure to treat their vascular condition.

The doctor explained the benefits of a shunting operation for the patient's condition.

The shunting technique was used to redirect blood flow from the liver to the heart in a patient with liver cirrhosis.

The surgeon carefully performed the shunting procedure to bypass the blocked artery and improve blood circulation.

The patient was grateful to the surgeon for performing a shunting operation that saved her from a heart attack.

Shunting is a common procedure used to bypass blockages in blood vessels.

The doctor explained to the patient that shunting would be necessary to bypass the blocked artery in her leg.

The patient underwent a procedure to remove the shunting device that was no longer necessary.

The patient underwent surgery to implant a shunting mechanism to help drain the excess fluid from their lungs.

The patient required a shunting operation to drain excess fluid from their lungs.

The technician installed a shunting switch to control the flow of electricity within the circuit.

The shunting system was implanted to treat the patient's refractory glaucoma.

The surgeon used a shunting device to drain excess fluid from the patient's pleural cavity.

The shunting system was implanted to manage the patient's intracranial hypertension.

The engineer designed a shunting system to divert water away from the building's foundation.

The doctor recommended using a shunting device to alleviate the pressure in her brain.

The plumber installed a shunting valve to regulate the water pressure in the pipes.

The researcher studied the effectiveness of using a shunting mechanism to treat hydrocephalus.

The patient's shunting mechanism was replaced after it became infected.

The mechanic inspected the shunting valve to ensure that it was functioning correctly.

The shunting valve was inserted to regulate the patient's cerebral blood flow.

The patient underwent a shunting procedure to manage their ascites.

The surgeon used a shunting mechanism to divert fluid from the patient's cystic duct to the common bile duct.

The shunting device was utilized to improve blood flow in the patient's renal arteries.

The shunting device was used to divert bile flow from the patient's gallbladder to the small intestine.

The surgeon used a shunting tool to reroute the blood flow around the blocked artery.

The shunting valve was utilized to redirect the flow of blood in the patient's carotid artery.

The doctor recommended a shunting procedure to relieve the pressure in the patient's brain.

The surgeon used a shunting tool to bypass a blocked artery and improve blood flow.

A shunting mechanism was inserted to redirect blood flow around a blockage in the patient's heart.

The neurologist recommended a shunting procedure to treat the patient's hydrocephalus.

The patient's shunting valve malfunctioned and required replacement.

The shunting device was inserted to drain excess fluid from the patient's abdominal cavity.

The cardiologist recommended a shunting operation to redirect blood flow away from the patient's lungs.

The shunting system was designed to regulate the flow of cerebrospinal fluid in the patient's brain.

The operator used a shunting valve to redirect the flow of gas within the pipeline.

The electrician used a shunting mechanism to detect and isolate a short circuit in the system.

The shunting diode was used in the power supply circuit of the LED driver to prevent reverse current flow.

The shunting diode was used to protect the circuit from reverse voltage.

The shunting switch is commonly used in electrical circuits to prevent reverse current.

The shunting system was installed to limit the voltage in the surge protector.

The shunting switch allowed the current to flow in only one direction in the rectifier circuit.