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Robots and the Human Touch
Penn Leads the Way in New Surgical Technology
Robotic-assisted surgery is a technique
in which surgeons operate on patients by
manipulating ultra sensitive instruments
via remote controls. The highly effective
procedure is designed to be minimally
invasive. Instruments are inserted
through a tiny “keyhole” incision, along
with a camera that provides high quality,
three-dimensional images to a viewing
console monitored by a surgeon. The
surgeon maneuvers the robotic “arms”
using hand and foot controls.
Enhanced Control for Better Results
The advantages of robotic-assisted
surgery include a tremendous
enhancement in surgeons' control of
the instruments and the ability to
perform more intricate procedures.
The robotic arms even filter minute
tremors of the human hand to provide
a greater degree of steadiness. For
patients, the results of robotic-assisted
surgery include:
- shorter hospital stays
- faster recoveries
- lower risk of infection
- less pain and scarring
Because of its many benefits, robotic-assisted
surgery has gained increased
popularity among the medical community
in recent years. But technology is only
as good as the hands that control it. And just as high performance race cars
are meant to be driven by professional
drivers, surgery-assisting robotic
technology is meant to be operated by
skilled and experienced surgeons.
While more and more hospitals are
adopting robotic-assisted surgical
technology, the Penn Robotic-Assisted
Surgery program is already home to four
da Vinci® Robotic Surgical Systems and
staffed by surgeons who far exceed
the recommended level of experience
required for its use. And with the addition
of a fifth system, we have one of the
largest robotic-assisted surgical
programs in the country.
Technology in the Hands of Experts
Our expertise in robotic-assisted
surgery crosses a variety of disciplines
and has consistently yielded
dramatically improved results. Having
performed more than 1,000 robotic-assisted
prostatectomies, our surgeons
rank among the most experienced in the
country and are considered experts at
teaching the procedure.
Our robotic
prostate, heart valve and coronary bypass
procedures are widely regarded as the
state-of-the-art treatment and our
surgeons have used this technology to
perform less invasive bariatric surgery
for patients who may be at a higher risk.
Surgeries from kidney reconstruction to
gynecological procedures to coronary
artery bypass surgery are being
performed more effecively than ever.
We were the first medical center in the
world with an approved study to perform
transoral robotic surgery, a technique developed at Penn that allows surgeons
to access difficult to reach areas of the
throat, improving both cosmetic and
functional results among patients
suffering from cancer of the tongue,
tonsil and throat.

View of the operative field
and robotic instruments. The
surgeon's hands are at the console,
controlling the surgical instruments.
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As the medical community embraces
robotic-assisted surgery, our
researchers, nurses, and surgeons
remain at the forefront of this field
by relentlessly advancing the application
of this technology as well as educating
the next generation of surgeons who
will use it. The result is that Penn is
the first place surgeons turn to learn
the technology of tomorrow and the first
place you should turn for answers.
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