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Researchers discover new strain of COVID-19 in Ohio patients



Researchers at Ohio State University Wexner Medical Center and the College of Medicine have discovered a new strain of COVID-19. The new variant has a mutation that is identical to the British strain, but it probably originated in a virus strain that already exists in the United States, researchers said in a release. The new strain was discovered in a patient from Ohio. Researchers said they do not yet know the existence of the tribe in the state. “This new Columbus strain has the same genetic backbone as previous cases we have studied, but these three mutations represent a significant development,” said study leader Dr. Dan Jones, Vice President of the Division of Molecular Pathology. “We know that this shift did not come from the British or South African branches of the virus.”

; Like the British strain, the mutations in the newly discovered Columbus strain are likely to make the virus more contagious, making it easier for the virus to pass from person to person. “The big question is whether these mutations will make vaccines and current therapeutic approaches less effective,” said Peter Mohler, co-author of the study and chief scientific officer at Ohio State Wexner Medical Center and vice dean of research at the College of Medicine. “At this time, we have no data to believe that these mutations will have any effect on the efficacy of vaccines currently in use.” Mohler said it is important not to overreact to new variants before presenting data. “We have to understand the impact. of mutations on the transmission of the virus, the prevalence of the strain in the population, and whether it has a more significant impact on human health. Furthermore, it is critical that we continue to monitor the development of the virus so that we can understand the impact of the mutant forms on the design of both diagnostics and therapy. It’s crucial that we make decisions based on the best science, “Mohler said.” Researchers said the discovery of the Columbus variant, COH.20G / 501Y, suggests that the same mutation may occur independently in several parts of the world in over the last few months. “Viruses mutate naturally and develop over time, but the changes seen in the last two months have been more prominent than in the first months of pandemics,” Jones said. His team has conducted Ohio State genetic sequencing of environmental and patient SARS-CoV2 samples, and he will continue to monitor for changes when vaccination occurs.

Researchers at Ohio State University Wexner Medical Center and the College of Medicine have discovered a new strain of COVID-19.

The new variant has a mutation that is identical to the British strain, but it probably originated in a virus strain that was already present in the United States, researchers said in a release.

The new strain was discovered in a patient from Ohio. Researchers said they do not yet know the existence of the tribe in the state.

“This new Columbus strain has the same genetic backbone as previous cases we have studied, but these three mutations represent a significant development,” said study leader Dr. Dan Jones, Vice President of the Division of Molecular Pathology. “We know this shift did not come from the British or South African branches of the virus.”

Like the British strain, the mutations in the newly discovered Columbus strain are likely to make the virus more contagious, making it easier for the virus to pass from person to person.

“The big question is whether these mutations will make vaccines and current therapeutic approaches less effective,” said Peter Mohler, a co-author of the study and Chief Scientific Officer at Ohio State Wexner Medical Center and vice dean of research at the College of Medicine. “At this time, we have no data to believe that these mutations will have any effect on the efficacy of vaccines currently in use.”

Mohler said it is important not to overreact to new variants before presenting data.

“We need to understand the impact of mutations on the transmission of the virus, the prevalence of the strain in the population, and whether it has a more significant impact on human health. Furthermore, it is crucial that we continue to monitor the development of “The virus so we can understand the impact of the mutant forms on the design of both diagnostics and therapy. It is crucial that we make decisions based on the best science,” Mohler said.

Researchers said the discovery of the Columbus variant, COH.20G / 501Y, suggests that the same mutation may occur independently in several parts of the world over the past few months.

“Viruses mutate naturally and develop over time, but the changes seen in the last two months have been more prominent than in the first months of the pandemic,” Jones said. His team has conducted Ohio State genetic sequencing of environmental and patient SARS-CoV2 samples, and he will continue to monitor for changes when vaccination occurs.


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