The following is taken from the Zika VR Website
As part of National Day of Civic Hacking 2016, we formed a team that created a virtual reality prototype to enable the public to better learn about the Zika virus–the nature of the pathogen, its health consequences, potential breeding grounds of Zika infected mosquitos, and effective Zika prevention techniques.
As has been profiled in the press during the past year, Zika is a mosquito borne virus that is implicated in very serious birth defects found in a percentage of infected pregnant women–including microcephally, which results in stunted brain development of the baby and an abnormally small head size. In addition, Zika infection is now believed to be associated with a percentage of Guillain-Barré syndrome cases, an autoimmune disease of the nervous system, occurring in both men and women.
The World Health Organization has estimated that by the end of 2016, at least 4 million people will become infected with Zika. The below map highlights current global areas of Zika infection.
There are currently no Zika cases in the US that were acquired domestically. US infections have so-far been found only among those who have traveled to Zika countries and then returned home. But these domestic numbers are not insig- nificant–with over 1,300 total. NY state alone currently has 339 cases, and Florida has 229. And since Zika can be spread by mosquitos biting an already infected person, as well as through sexual contact with an infected partner, the public health concern is real.
And since Zika already exists in Mexico, it is a given that the Aedes mosquito will eventually reach the US. Below is the CDC’s estimate of the likely domestic spread of the two Aedes mosquito species.
There is no current vaccine for Zika. Thus, the key preventive measures against infection lie in controlling the breeding and spread of the Zika-carrying mosquito, and in protecting against mosquito bites.
Mosquitos lay their eggs and breed in areas of standing water, such as:
Key protective measures for avoiding mosquito bites include:
The current excitement around Pokemon Go demonstrates the growing public familiarity with the technologies of Virtual Reality and Augmented Reality. And the $15 Google Cardboard viewer, teamed with popular iPhone/Android smartphones, has greatly eliminated previous economic barriers around experiencing VR.
The United Nations has recently employed VR filmmaking as a cutting-edge tool for public awareness and fundraising around such global concerns as Climate Change and the Syrian refugee crisis. Such VR offerings provide a compelling, immersive, and visceral experience that surpasses either textual tracts or film clips–placing the viewer there in a given setting, and providing a lasting and emotional learning experience. With VR, passive viewers become active participants.
We believe that the engaging and empathetic aspects of VR being employed by the UN around global crises can also be leveraged in terms of public health–not only with the current spread of the Zika virus, but with future infectious public health emergencies. Our Zika prototype places the participant in a familiar home and neighborhood setting, enabling them to experience first-hand the places that Aedes mosquitoes breed, and the protective measures that can guard against mosquito bites–providing a lasting “emotional-memory” that transcends traditional public health bullet points or infographics.
Once our application is live, we would like to partner with airports (travel hubs to and from Zika areas), libraries, schools, local public health departments, and public gathering places such as malls. The obvious coolness factor of VR is a clear draw in such settings. And since the upcoming 2016 Summer Olympics is taking place in Rio, the event could provide an ideal media vehicle to highlight our application. (There are currently over 26,000 reported cases of Zika in the state of Rio de Janeiro.)