Students’ Viral Videos Educate about Vaccines

By Katya Hrichak

Biomedical and biological sciences doctoral candidate Rob Swanda immediately understood how mRNA COVID-19 vaccines work. His non-scientist parents, on the other hand, did not.

Swanda answered his parents’ questions, using everyday language to explain the vaccines’ complex mRNA technology. Impressed, they requested he record a video of his explanation to share with friends and other family members. Swanda recruited biochemistry, molecular and cell biology doctoral candidate Irma Fernandez as camera-person and recorded the video – neither of them knowing that it would go viral once posted to social media.

Millions of views and thousands of comments later, the pair realized they were onto something. Swanda began making additional explanatory videos, which tackled different COVID-19 vaccine questions, and Fernandez contributed to creating Spanish translations.

“Specific jargon and technical terms make the research uninviting and form a barrier to understanding the information,” Swanda said. “This video series focuses on distilling scientific information for everyone. Translating the videos into multiple languages further eliminates barriers that hinder the advancement of science education.”

Fernandez added, “When people do not understand the science, this leads to a general distrust and fear of scientists, of research, of doctors, and ultimately of the medication the public is receiving. This lack of understanding can also lead to misinformation and myths, which Rob began to debunk in his follow-up videos.”

As members of the Cornell Society for Advancement of Chicanos/Hispanics and Native Americans in Science (SACNAS), Swanda and Fernandez were interested in not only making the science accessible to the general public, but also using the videos to actively advocate for diversity and inclusion in STEM – one of SACNAS’s missions.

Both Swanda and Fernandez are first-generation college students and hope these videos encourage up-and-coming underrepresented minority (URM) students to follow similar paths.

“I hope these videos can inspire someone to pursue science and to understand how interesting the concepts can be,” said Swanda.

“These videos increase representation of what a URM scientist looks like,” Fernandez said. “Representation matters!”