Share this:
To solve the challenges presented by COVID-19, it's important to look to the past. History shows that collaboration is the way forward when uncovering secrets of an emerging virus. It is vital for many reasons, a key one being safety. Only a few labs can safely handle a "live," meaning infectious, sample. No one knows that better than Hideki Ebihara, Ph.D., a Mayo Clinic virologist who leads Mayo's Emerging Virus Program.
As a researcher with worldwide connections and deep experience studying emerging diseases, Dr. Ebihara and his lab are vital to Mayo's COVID-19 research efforts. From the lab to clinical trials, and diagnostics to decontamination, Dr. Ebihara's lab is a lynchpin for SARS-CoV-2 research that improves care and fosters a safe working environment at Mayo Clinic. Having this facility to support Mayo's research, medical practice and education activities means good ideas can move into patient care for use when they’re needed.
"The impact of COVID-19 is unprecedented." - Dr. Ebihara
Before joining Mayo, Dr. Ebihara studied the family of viruses responsible for Ebola virus disease and Marburg virus disease which generally kill about 50% of those infected, respectively. He has developed and improved various animal models for Ebola, and been involved in Ebola vaccine research. At Mayo, Dr. Ebihara's lab focuses on tick- and mosquito-borne viral diseases. The Emerging Virus Program seeks to develop better ways to predict where, when and how viruses will jump from their original host into humans.
"A crucial step to identifying the Achilles' heel ― the weakest point ― of a new virus comes through better understanding of how the virus infects, replicates and spreads in hosts at the cell, tissue and whole-body levels by interacting with host immune systems," says Dr. Ebihara.
The lab tries to pinpoint the weakest link of a virus in a few ways. The team:
- Determines how a virus copies itself and how it interacts with the host.
- Looks at how the virus-host interaction leads to disease through investigations at the molecular level. This helps identify targets for antiviral drugs and therapeutics.
- Analyzes how viruses change and evolve. This helps develop better diagnosis and prediction algorithms for future emerging viruses.
- Helps develop treatments, including vaccines, antiviral drugs and therapeutics, by testing them against the live virus.
More than 70% of emerging infectious diseases are zoonotic, meaning that they originate in a nonhuman species and jump, or spill over, into human populations, according to Dr. Ebihara.
Read the rest of the article on Discovery's Edge.
____________________________________________
Other Mayo Clinic medical research websites:
- Research at Mayo Clinic
- Discovery’s Edge
- Advancing the Science
- Forefront
- Mayo Clinic Center for Individualized Medicine
- Center for Regenerative Medicine
- Center for the Science of Health Care Delivery
____________________________________________
Information in this post was accurate at the time of its posting. Due to the fluid nature of the COVID-19 pandemic, scientific understanding, along with guidelines and recommendations, may have changed since the original publication date.
For more information and all your COVID-19 coverage, go to the Mayo Clinic News Network and mayoclinic.org.
Learn more about: Tracking and trending COVID-19.
Share this:
Related articles
Dec. 4–10 is National Hand-Washing Awareness Week. It's a good reminder that frequent hand-washing remains one of the best defenses against getting sick with the [...]
Beginning Tuesday, Dec. 6, patients at Mayo Clinic in Rochester may request an unlimited number of visitors to be placed on their visitor list.
Mayo Clinic [...]
Three respiratory viruses — COVID-19, influenza and respiratory syncytial virus, or RSV — are currently circulating in the U.S., and experts worry that holiday travel [...]