Healthcare

Healthcare

Vecna tests Ebola technology, including VGo Robot in Monrovia

Courtesy of The Boston Globe

A Cambridge builder of health information systems is testing two pioneering medical technologies in West Africa that could help limit the transmission of Ebola from patients to doctors.

First Robot, Networked Tablets Head to West Africa to Fight Ebola

Courtesy of CIO.com and ComputerWorld

The first robot and networked tablets are making their way today to an Ebola treatment unit in Liberia, where they will give aid workers their first chance at sharing data about the deadly outbreak.

VGo will be on Dartmouth College football sidelines

Nashua-based VGo will provide a “telemedicine” robot on the sidelines of Dartmouth College’s home football games, as part of a remote concussion assessment pilot project. The program started at the first home game on Saturday, Sept. 20.

Pediatrics

Because of the versatility of VGo, it is being used in a variety of applications in pediatrics. With VGo, a clinician, patients and family members can communicate and interact as if they were in the same room. Imagine a patient visiting with a faraway loved one, a child attending class from their hospital bed, a clinician seeking the opinion of an expert, all with just a few clicks of the mouse or swipes on an iPad.

Here are some ways that VGo is being used today:

Doctors at Rady Children’s Hospital have introduced a fleet of VGo telemedicine robots, allowing physicians to evaluate patients quickly, from anywhere. Using a laptop or iPad, doctors are now able to interact and perform their jobs in ways not previously possible. “We’ve found the majority of patients treated with telemedicine have a favorable response,” said Dr. Anthony Magit, director of Rady Children’s telemedicine program. “Patients realize they are seeing specialists who might not be accessible to them in their own location, so they are getting cutting edge, high-technology care from top experts.”

 

Not every child is lucky enough to enjoy time with their friends during the school year or over summer vacation as they undergo treatment in the hospital or while they recover at home. With VGo, Kailee is able to stay current in her classes, while recovering from surgery at Barbara Bush Children's Hospital. The VGo not only allows kids to communicate face-to-face via cameras and monitors, but it also roams the halls and sits in class wherever the operator chooses to go. "It has worked out perfectly," stated Melanie Stevens, a teacher at Noble Middle School.

 

Children's Specialized Hospital is the first pediatric rehabilitation hospital in the country using VGo, a robot that allows physicians to interact with their patients at any hour of the day without physically being in the hospital. This new technology has endless opportunities to help children with special needs and complex medical conditions that are treated at CSH, the nation's leader in pediatric rehabilitation. "Telemedicine is transforming the way we provide health care, and we are fortunate Children's Specialized Hospital can offer this innovative tool to improve patient care and communication between health care providers and our patients and their family." said Christopher Haines, DO, FAAP, FACEP, chief medical officer. "It provides our physicians critical contact, at any time, to ensure continuity of care for children with complex conditions."

 

Kyle Weintraub, 12, is battling cancer from a children's hospital in Philadelphia, but he hasn't left his classes at his school in Florida. “Without the robot, I would not have access to my old life, my friends, or my studies. Life would be awful without the robot,” says Kyle. The VGo allows Kyle to signal the teacher for help or to ask a question by flashing bright lights. Kyle’s mother Robin says the VGo has been a real ‘game changer’ for her son. “I can honestly say that I truly think it’s the VGo saving Kyle’s life.”

 

At Children’s Hospital Boston, the VGo robot accompanies some children home to further monitor their health. “The kids became more engaged in their healthcare. They suddenly cared about what was going on with them; they suddenly cared about what surgery they had and why they had it, and they cared about what they should do in the future to keep themselves healthy,” Dr. Hiep T. Nguyen, an associate professor at Harvard Medical School and director of Children's Hospital's Robotic Surgery Research and Training Center remarked.

 

At age 13, Cookie Topp was diagnosed with Cutaneous T-cell Lymphoma, a rare form of blood cancer usually found in 50- and 60-year-old men – a cancer so rare in children that pediatric data doesn’t exist.  While undergoing numerous procedures, tests, chemotherapy, and a bone-marrow transplant, was completely isolated from school. But with VGo, a robotic video conferencing unit that allowed Cookie to attend school from her hospital bed, she was able to be a part of her school community again. “Keeping connected when you’re in isolation like that is so enormous – the impact of how that makes you feel day to day,” she said, “and (she) could almost like have lunch with the kids because she could be with them and communicating instantly.”

 

Weisman Children's is using VGo robots to improve patient care and cross language barriers. The VGo is used to connect patients, families, doctors, nurses and translators, and this technology is transforming health care. "The risk [with telemedicine] is the safety of health information," said Michael Rosiak, Weisman's chief operating officer. Because the VGo is encrypted and secure, it is 100% HIPAA-compliant. The robot's high-resolution camera allows the doctors to see a patient's pupil reaction and connect to the results of CT scans in the patient's electronic medical record. Besides allowing families to connect with each other, the hospital will also use the robot to access foreign-language translators off-site, especially important when patients' families speak less common languages.

 

After a complex seven-hour craniofacial surgery, little Dominic, just 8-months old - is being monitored by doctors at Children’s Hospital Boston from over a thousand miles away using VGo. Now that he is home in Wisconsin with his family again, Dr. John Meara watches over his patient using a VGo robot. Mary Gundrum, Dominic’s mother said, "At one point we had some bumps or pustules on his incision site that I wasn't sure of, and I wanted to ask him about it. So instead of us just trying to describe what things look like, he can actually see it himself; he can zoom in, take still photos -- he can do everything but touch Dominic."

VGo plays an important role in Pediatric health, where a clinician, patients and family members can communicate and interact.
Pediatrics