15. Control
Quemadura de baja Intensidad
(Low-Burn)
MicroPulse
TCP
TCP
Tradicional
“En ojos de cadaveres
humanos, el tratamiento con
MP causo menos disrupcion
en el tejido de los cuerpos
ciliares comparado con la
TCP tradicional y de baja
intesidad (low burn).”
Noecker R, et al. Comparison of acute histopathological changes in human cadaver eyes
after MicroPulse and continuous wave transscleral cyclophotocoagulation. Presented at:
American Glaucoma Society 26th Annual Meeting; March 36, 2016; Fort Lauderdale, Fla.
Cambios Histopatologicos
posteriores a MicroPulse &
CW TSCPC - Dr. Robert
Noecker, Yale University
There is a gap in global glaucoma care. On one side there is non-compliance. Studies have shown that over 50% of patients become non-compliant within a year of their glaucoma medication regimen. On the other side there is invasive surgery that come with their own set of issues. Tube shunts have a 34% post-op complication rate. Do you know what it is for trabeculectomies? 57%!
What is the ideal solution? A solution that improves compliance; that is an efficient procedure; that provides reproducible results; that leaves future options open. That solution now has a name. It’s called….
…the Cyclo G6. What is the Cyclo G6? It is a glaucoma dedicated laser system that we believe will help bridge that gap.
Graphs will be split apart.
Graphs will be split apart.
Thank you very much for your kind attention.
In CW mode…does not matter if “on” time is 10ms or 100ms it is still CW.
MP breaks up the beam…5% duty cycle in a 200ms envelope each MicroPulse is on for .1 ms and off 1.9 ms = 2.0 ms or 2000 µs. Each pulse envelope delivers 100 MicroPulses to the targeted retina site.