Background: Placement of ventricular catheter (VC) in an optimal position is the most important
factor in determining the outcome of shunt surgery. VC obstruction due to shunt tube
placement in brain parenchyma, across the septa, tangled in the choroid plexuses and
clogging of VC due to brain matter or other debris are common reasons resulting in
shunt complete or partial dysfunction. To resolve these hurdles, many technical advancements
have been made including navigation, stereotaxy, sonography, and ventriculoscope-guided
VC placement. Objective: To report early experience, technique, and result of placing VC with shuntscope.
Methods: We are publishing our experience of shuntscope-guided ventriculoperitoneal shunt
in 9 cases done from June 2015 to April 2016. Shuntscope is a 1 mm outer diameter
semi-rigid scope from Karl Storz with 10000 pixel of magnification. It has a fiber
optic lens system with camera and light source attachment away from the scope to make
it light weight and easily maneuverable. Results: In all cases, VC was placed in the ipsilateral frontal horn away from choroid plexuses,
septae, or membranes. Septum pellucidum perforation and placement to opposite side
of ventricle was identified with shunt scope assistance and corrected. Conclusion: Although our initial results are encouraging, larger case series would be helpful.
Complications and cost due to shunt dysfunction can thus be reduced to a great extent
with shuntscope.
Key-words:
Endoluminal - shuntscope - ventricular catheter
