Mary Washington Healthcare is one of the first health systems in the state
of Virginia, and among the first in the world, to utilize the da Vinci
5, one of the most advanced robotic surgical systems available. The da
Vinci 5 is offered at both Mary Washington and Stafford Hospitals and
is the latest addition to our da Vinci portfolio, which includes the da
Vinci Xi robot surgery system.
Da Vinci 5 is designed to transform surgery to enable better outcomes,
efficiency, and insights. It boasts improved precision, the most realistic
3D imaging system, and the highest resolution available.
Our suite of da Vinci robot surgery systems enables our surgeons to perform
a wide range of surgical procedures with maximum efficiency and minimal
invasiveness across various specialties.
This incredible technology enables surgeons from different fields to do
surgeries with smaller incisions. Our suite of da Vinci robot systems
is used for general surgery, urologic surgery, gynecologic surgery, and
thoracic surgery.
Benefits of Robotic Surgery
Shorter hospital stay
Less pain
Less risk of infection
Less blood loss
Less scarring
Faster recovery
Quicker return to activities
Acute Care Surgery/Trauma Surgery
The da Vinci 5 Robot is currently being used to support surgeons in the
treatment of:
Hernia
Appendix
Gallbladder
Colon cancer
Sigmoid diverticulitis
Small intestine cancer and resections
Repair of gastric/duodenal perforations from ulcer
Diaphragmatic Injury and repair (secondary to trauma)
Repair of gastric perforation from trauma (stab wound/GSW)
Placement of feeding gastrostomy and jejunostomy tubes
Gynecology
The da Vinci 5 Robot is currently being used to support gynecologic surgeons
in the treatment of:
Sacrocolpopexy - repair of a dropped bladder, vagina, or womb
Hysterectomy - removal of the uterus
Urology
The da Vinci 5 Robot is currently being used to treat the following urologic
disorders:
Prostate cancer
Bladder cancer
Kidney abnormalities
Kidney cancer
Thoracic Surgery
The da Vinci 5 Robot is currently being used to treat the following pleural
space disease processes:
Diaphragm paralysis
Achalasia
Mediastinal masses
Esophageal cancer
Lung cancer
Interstitial lung disease
For more information
For da Vinci robotics procedures at Mary Washington Hospital, contact our team at
540.741.2198.
For da Vinci robotics procedures at Stafford Hospital, contact our team at
540.741.0964.
Ion Robotic System
The Ion Robotic System is designed to shift the stage at which patients
are diagnosed with lung cancer, increasing their chances of survival.
Traditionally, a significant number of stage one lung cancers are found
in the outer third of the lung, making them difficult to reach with conventional
scopes. This often leads to repeat scans or invasive biopsies. However,
the Ion Robotic Bronchoscopy provides a solution to this challenge. Equipped
with a thin and stable 100 cm scope, the Ion can accurately biopsy peripheral
lung nodules, ensuring early detection and diagnosis.
Patients undergoing an Ion Robotic Bronchoscopy experience numerous benefits.
The system allows for minimal risk of complications during the biopsy,
while providing a high diagnostic yield. Additionally, patients can be
staged in the same procedure, eliminating the need for follow-up appointments,
and reducing time-to-treatment.
ROSA Knee Robotic Technology
ROSA® Knee robotic technology, which stands for Robotic Surgical Assistant,
is designed to help your specially trained surgeon tailor the placement
of your knee implant just for you.
Getting a precise knee implant fit is important to your comfort and overall
experience following knee replacement surgery. ROSA Knee uses data collected
before and during surgery to inform your surgeon of many details related
to your unique anatomy that may affect your implant fit. By using this
data to make more informed decisions, your surgeon is able to plan for
and carry out a personalized surgery based upon your individual needs.
Before surgery
Your preoperative experience will be like that of most total knee patients.
But, unlike traditional knee replacement methods, with ROSA Knee, a series
of x-rays may be used to create a three-dimensional (3D) model of your
knee anatomy. This 3D model will enable the surgeon to plan many specifics
of your knee replacement prior to your surgery.
During surgery
The surgical procedure using ROSA Knee is similar to traditional total
knee replacement, but with a robotic assistant. Your surgeon has been
specially trained to use ROSA Knee in order to personalize the surgical
approach for your unique anatomy. It’s important to understand that
the robot does not operate on its own. That means it does not move unless
your surgeon prompts it to. Your surgeon is still in the operating room
the entire time and is making all of the decisions throughout your surgery.
During your procedure, ROSA Knee utilizes a camera and optical trackers
attached to your leg to know exactly where your knee is in space. Think
of it like a very detailed global positioning system (GPS) that you might
use in your car. If your leg moves even a fraction of an inch, the robot
can tell and adjusts accordingly. This helps ensure that the plan your
surgeon put into place is executed as intended. Throughout your surgery,
ROSA Knee provides your surgeon with data about your knee. This information,
combined with your surgeon’s skill, helps them know how to position
your implant based on your unique anatomy.
After surgery
Following surgery, you will be hospitalized based upon the recovery plan
your surgeon decides is best for you. This hospitalization may range from
one to three days. Recovery time varies, but most people should be able
to drive after two weeks, garden after three to four weeks, and golf after
six to eight weeks. Your surgeon will tell you when and what activities
you can return to, and what activities to avoid.
Complications
While uncommon, complications can occur during and after surgery. Some
complications include, but are not limited to, infection, blood clots,
implant breakage, malalignment and premature wear, any of which can require
additional surgery. Although implant surgery is extremely successful in
most cases, some patients still experience stiffness and pain. No implant
will last forever, and factors such as your post-surgery activities and
weight can affect longevity. Be sure to discuss these and other risks
with your surgeon.
There are many things that your surgeon may do to minimize the potential
for complications. Your surgeon may have you see a medical physician before
surgery to obtain tests. You may also need to have your dental work up-to-date
and may be shown how to prepare your home to avoid falls.
Summary
The decision to have surgery is sometimes difficult. We hope that this
information has helped you understand the ROSA Knee System so that you
can make the best decision for yourself. This information is not intended
to replace the experience and counsel of your orthopedic surgeon. If you
have any further questions, please speak with your orthopedic surgeon.
Important Note: This is intended to provide an overview of knee replacement
surgery and should be reviewed with your doctor. It does not include all
of the information needed to determine eligibility for knee replacement
or for the proper use and care of artificial knee replacements. Please
consult your surgeon for more information. Information may also be obtained
by calling the toll-free number or visiting the website. The toll-free
number can also be used to obtain complete product contraindications,
warnings, precautions, and possible adverse effects. Individual results
may vary. Your results will depend on your personal circumstances. How
long a knee replacement will last varies from patient to patient. It depends
on many factors, such as the patient’s physical condition, activity
level and body weight, and the surgical technique. Replacement joints
are not as strong or durable as a natural, healthy joint, and there is
no guarantee that an artificial joint will last the rest of a patient’s
life. All knee replacements may need to be replaced at some point.
This device is available only on the order of a physician.
The VELYS™ Robotic-Assisted Solution assists your surgeon in optimizing
surgical outcomes. It does this by using intra-operative data that’s
unique to you. Your surgeon utilizes the technology during your procedure
to enhance the accuracy and precision of your knee replacement to help
you start moving again.
How does the VELYS Robotic-Assisted Solution work?
The VELYS Robotic-Assisted Solution uses a variety of advanced technologies
to ensure the surgeon has the information and tools they need to perform
a highly accurate and precise knee replacement2 . This solution is designed to:
Aid your surgeon by accessing state-of-the-art technology to provide insights
for real-time decision making
Help your surgeon remove the damaged bone with accuracy. This robotic-assisted
device does not move or operate on its own.
Use an infrared camera and optical trackers to help your surgeon gather
the necessary data about your anatomy to achieve a high level of precision
The VELYS Robotic-Assisted Solution works exclusively with the ATTUNE®
Knee System. The ATTUNE Knee System has been provided to over 1 million
patients worldwide and is designed to deliver a greater range of motion
and faster recovery, so you can get back to living the life you want to live.
While uncommon, complications can occur during and after surgery. Some
complications include, but are not limited to, infection, blood clots,
implant breakage, malalignment and premature wear, any of which can require
additional surgery. Although implant surgery is extremely successful in
most cases, some patients still experience stiffness and pain. No implant
will last forever, and factors such as your post-surgery activities and
weight can affect longevity. Be sure to discuss these and other risks
with your surgeon.
The VELYS™ Robotic-Assisted Solution assists your surgeon in optimizing
surgical outcomes. It does this by using intra-operative data that’s
unique to you. Your surgeon utilizes the technology during your procedure
to enhance the accuracy and precision of your knee replacement to help
you start moving again.
