HOUSTON – (June 5, 2012) – Two students enrolled in the M.P.H. /M.D. dual-degree program at The University of Texas School of Public Health and Baylor College of Medicine (BCM) were awarded first prize in the Institute of Medicine and the National Academy of Engineering’s Go Viral to Improve Health collegiate challenge. The UT School of Public Health is part of The University of Texas Health Science Center at Houston (UTHealth).
The two students, Hashim Zaidi and Emma Corbett, and their team members designed VaxNation, a social network-connected system to track vaccinations. The winning project is a free immunization planner and tracker that integrates the Web, social media and mobile devices to make online records easily accessible to patients, parents and clinicians from anywhere with an Internet connection.
Team members are Zaidi and Corbett; Ronnie Ren, a medical student at BCM; and Peter Kamel and George Chen, who graduated from Rice University's George R. Brown School of Engineering in May.
The team will accept the $10,000 prize June 6 at the Health Data Initiative Forum III in Washington, D.C., where the students will unveil their winning app, one of 51 contest entries.
"Vaccinations are key to preventing a multitude of diseases and have led to significantly increasing life expectancy around the world," said Roberta B. Ness, dean of the UT School of Public Health and a member of the Institute of Medicine. "These students have combined public health, medicine and innovation in a way that is accessible to everyone in a product that can be used by everyone." Ness is also the vice president of innovation at UTHealth.
The Web-based VaxNation app ties vaccination data for individuals to a reminder system and information about the diseases each immunization addresses. It also incorporates the properties of social media that allow the program to go "viral," a key goal of the contest meant to inspire positive action at the community level.
Corbett, who heard about the contest in February and pitched it to her friends, said the team members' own experiences inspired VaxNation. "We had started at Baylor the year before and remembered trying to get our immunization records, as all freshmen have to do," she said. "They were fragmented, all over the place. I think everyone struggles trying to find them."
Corbett said the need to simplify became obvious while she was shadowing a pediatrician and "trying to keep track of which parents needed which vaccines for which kids. When you have multiple kids and they're all on different schedules, it gets kind of confusing."
Kamel noted that with available vaccination schedulers, "there's always some component lacking. There are apps for scheduling that don't integrate with Facebook and programs that don't link to your smartphone. Or they don't give you reminders," he said. "There's always something that falls short."
VaxNation allows patients and parents to open family accounts, link them to their Facebook pages and find information on vaccinations supplied by the Centers for Disease Control and Prevention (CDC). The program automatically calculates age-appropriate immunizations based on CDC guidelines. The team hopes to develop stand-alone smartphone apps and links to medical record-keeping programs.
"This program makes it easier for families to track vaccination data and learn critical information about vaccines," said Steven Abrams, a professor of pediatrics at BCM and a neonatologist at Texas Children’s Hospital, who served as the students' adviser. "The delivery through the Web, social media and mobile devices brings this information to families through effective communication outlets."
Contest organizers would like to see the program adopted and used by many people. By tying VaxNation to Facebook, Twitter, Google Plus and more, they hope parents will encourage their online acquaintances to take advantage of the program's easy record keeping, automatic alerts and access to information.
The social nature of VaxNation allows the program to track referrals and perhaps offer incentives for users to spread the word, Zaidi said. The location-aware site helps users find nearby clinics and schedule appointments.
The students also hope to allay fears about vaccinations. "There's a lot of misinformation out there about immunization rates falling and rumors that they cause autism, all false," Corbett said. "Having one program that is free and easy to use seemed like a good solution for many problems."
Zaidi said the rise in anti-vaccination movements has been propelled by myths and misinformation. “They result in unnecessary morbidity and mortality that, through our education component, we hope to alleviate,” he said.
To raise awareness of the program, the team is partnering with Scalable Health, an initiative to develop innovative medical devices and applications founded by Ashu Sabharwal, associate professor of electrical and computer engineering at Rice.
The awards ceremony will be archived at http://www.iom.edu/Global/Videos.aspx.
- Additional writing by Mike Williams, Rice University
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