|
|
|
Robotic Surgery : Surgical procedures today are commonly divided into three categories based on the technology used and their underlying efficiency.
Over the past few decades the second generation of surgery, Minimally
Invasive Surgery (MIS) has reduced the trauma to the patients by
allowing some surgeries to be performed through small ports rather than
large incisions, resulting in shorter recovery time, fewer complications
and reduced hospitalization costs. MIS surgery has been widely adapted
for certain surgical procedures. However in case of complex surgical
procedures tissue manipulations such as dissecting and structuring
require precise operations, which is difficult to perform using MIS
surgery.
Robotic surgery is the third generation surgery and overcomes many of
the shortfalls of both open surgery and MIS surgery. Robotic Surgery
allows surgeons to operate while being seated comfortably at a console
viewing a bright and sharp 3-D image of the surgical field. This
immersive visualization results in surgeons no longer feeling
disconnected from the surgical field and the instruments, as they do
while performing an MIS surgery.
In India the prevalence of Robotic Surgery is limited to only a few
cases. The Robotic surgery system is
expensive and these
procedures are expensive and their availability is restricted to two
centers in New Delhi.
CARE Foundation has undertaken development of indigenous technology for robotic surgery
systems. It is envisaged that such systems would be required at large
number of hospitals when minimum invasive surgeries will replace the
current procedures in the next one decade.
The Foundation has imported and installed state-of-the-art robotic surgery equipment "da
Vinci" with financial assistance from ICICI-TI Program A collaborative
program with Indian Institute of
Information Technology (IIIT), Hyderabad is on to develop prototype sub
systems. |
Copyright © 2004, C A R E Foundation - All rights reserved. |