guidewire

During two consecutive attempts, passage of a guidewire was impossible.

Catheters are inserted using a guidewire and moved towards the heart.

Once in position above the aortic valve the guidewire is then removed.

A tiny magnet, attached to a guidewire, was inside the catheter.

Later in the process, the guidewire and dilator are removed from the vein together.

After passing a sheath or tube, the guidewire is withdrawn.

While the guidewire is in place, it now acts as the pathway to the stenosis.

Access to the organ in question is acquired by means of a guidewire and catheter(s).

The guidewire was removed and the catheter taped to the patient's thigh.

Guidewire develops the Gosu programming language, which it released as open source in 2010.

Finally, the central line itself is then passed over the guidewire, which is then removed.

A access sheath and guidewire are then introduced into the femoral artery.

A dilating device may be passed over the guidewire to slightly enlarge the tract.

Gosu is a community available programming language developed by Guidewire Software for use in its products.

Loss of the guidewire into the cavity or blood vessel is a significant and generally preventable complication.

This procedure was undertaken by passing a guidewire down the drainage catheter under radiological control.

It was used to configure business logic in Guidewire's applications and was more of a simple rule definition language.

Next, a long thin tube called a catheter, with a deflated balloon on one end, is passed along the guidewire to the obstruction.

The wire serves as both the angioplasty guidewire and provides protection from distal embolization.

Alternatively, drainage tubes are passed over the guidewire (as in chest drains or nephrostomies).

Bougie over guidewire dilators are used at the time of gastroscopy or fluoroscopy.

The guidewire is threaded through the cannula into the subclavian vein keeping the compression on.

The guidewire is removed gently and re-threaded maintaining the pressure in the supraclavicular fossa.

The drain was then removed and the cholecystoscope passed over the guidewire into the lumen of the gall bladder.

When the guidewire and dilator are removed, there is the potential for the clinician to be splashed with pathogen-containing blood.