Evidence links poliolike disease in children to a common type of virus

Evidence links poliolike disease in children to a common type of virus

4 years ago
Anonymous $JavybBYWR5

http://www.sciencemag.org/news/2019/10/evidence-links-poliolike-disease-children-common-type-virus

In 2016, Braden Scott (right) developed acute flaccid myelitis, a paralyzing condition researchers have linked to a relatively common viral infection.

Researchers seeking the cause of mysterious cases of childhood paralysis seem to be closing in on a culprit. Since 2014, more than 500 children in the United States have suddenly lost muscle control in their arms and legs, a condition called acute flaccid myelitis (AFM), which can cause permanent disability. But the leading explanation—that a normally mild viral infection occasionally results in AFM—has been hard to prove. A new analysis of young patients’ spinal fluid now offers evidence linking a group of common viruses known as enteroviruses to AFM. But questions remain about how such viruses damage nerves and why they seem to do so only rarely.

Evidence links poliolike disease in children to a common type of virus

Oct 21, 2019, 3:27pm UTC
http://www.sciencemag.org/news/2019/10/evidence-links-poliolike-disease-children-common-type-virus > In 2016, Braden Scott (right) developed acute flaccid myelitis, a paralyzing condition researchers have linked to a relatively common viral infection. > Researchers seeking the cause of mysterious cases of childhood paralysis seem to be closing in on a culprit. Since 2014, more than 500 children in the United States have suddenly lost muscle control in their arms and legs, a condition called acute flaccid myelitis (AFM), which can cause permanent disability. But the leading explanation—that a normally mild viral infection occasionally results in AFM—has been hard to prove. A new analysis of young patients’ spinal fluid now offers evidence linking a group of common viruses known as enteroviruses to AFM. But questions remain about how such viruses damage nerves and why they seem to do so only rarely.