SciTechDaily: Silk offers homemade solution for COVID-19

UC biologist Patrick Guerra found that silk prevents infection better than other fabrics

SciTechDaily highlighted a study by the University of Cincinnati that concluded that silk masks were better at preventing infection from COVID-19 than cotton or synthetic fibers.

UC assistant professor Patrick Guerra and postdoctoral researcher Adam Parlin found that in the absence of a single-use N95 respirator or a surgical mask, homemade masks made of silk were a good alternative. Silk face masks are comfortable, breathable and repel moisture, which is a desirable trait in fighting an airborne virus. 

Silkworms that eat mulberry leaves produce silk containing copper, which has natural virus-killing properties.

The study was published in the journal PLOS One.

“We’re trying to address this critical problem. Health care workers still don’t have enough personal protective equipment, namely N95 respirators or basic surgical masks,” Guerra said.

Read more about the research.

Featured image at top: UC tested face masks on styrofoam heads. Photo/Joseph Fuqua II/UC Creative + Brand

Patrick Guerra holds up a fabric travel carrier with monarch butterflies.

UC assistant professor of biology Patrick Guerra's work with moths and butterflies inspired his research into silk masks during the COVID-19 pandemic. Photo/Lisa Ventre/UC Creative + Brand

Related Stories

1

Upstream river flooding becoming more common

January 3, 2025

WVXU talks to UC Assistant Professor Dongmei Feng about her new study in Nature examining water flow in the world's rivers. She found that flooding is becoming more common in upstream sections of rivers.

2

UC partners with Cincinnati Public Schools on $3.75M initiative

January 3, 2025

A partnership between the University of Cincinnati, Cincinnati Public Schools (CPS), Central State University in Ohio (CSU) and local mental health agencies has been formed to address the growing mental health needs of K-12 students in the region. The program is federally funded by a $3.75M grant from the Department of Education.

Debug Query for this