patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple...

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Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of a fibrin sheat fibrin sheath hemodialysis catheter has been removed left IJ

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Page 1: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Patient has a tunneled hemodialysis catheter in her

left internal jugular veinand has had multiple episodes

of catheter dysfunction due to formation of a fibrin sheath

fibrin sheath

hemodialysis catheterhas been removed

left IJ

Page 2: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Fibrin sheath andleft brachiocephalic vein

have been dilated several times

Page 3: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Due to the long-termpresence of the tunneled

hemodialysis catheterthere is a persistent

stenosis in theleft brachiocephalic vein

This central venous stenosis.in combination with her

new left upper arm fistula,is the etiology of herpersistent left upperextremity swelling

Page 4: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

A good management plan would be to remove thetunneled hemodialysis catheter from the left internal jugular vein

and then to dilate (PTA) and stent the stenosis in the left brachiocephalic vein to alleviate the left arm edema.

To do so requires moving the hemodialysis catheter to a new location. Ultrasound demonstrated that the right internal jugular

vein is occluded. The right subclavian vein may be an optionif the right upper extremity veins are not useable for future

vascular access procedures.

A right upper extremity venogram was performed.

Page 5: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Right elbow region

basilic vein

cephalic vein

Page 6: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Right upper arm veins

basilic vein

cephalic vein

Page 7: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Right shoulder region

basilic vein

cephalic vein

subclavian vein

Page 8: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

Moderate stenosis of mid-subclavian veindue to extrinsic compression of vein

between 1st rib and right clavicle

Page 9: Patient has a tunneled hemodialysis catheter in her left internal jugular vein and has had multiple episodes of catheter dysfunction due to formation of

The right basilic vein is in decent shape and could beused for a future fistula or graft. Therefore, we would not want to jeopardize the right subclavian by using

it for a new tunneled hemodialysis catheter.

The next option would be to remove the currentleft-sided tunneled hemodialysis catheter and place a

new tunneled hemodialysis catheter into a femoral vein.This option should be discussed with the patient.