Inside Science
/
Article

BRIEF: Two Neurologists Walk into a Christmas Concert

DEC 20, 2017
Many of the boys in the choir had tics, leading the scientists to speculate that the repetitive movements may be related to motor learning.
BRIEF: Two Neurologists Walk into a Christmas Concert lead image

BRIEF: Two Neurologists Walk into a Christmas Concert lead image

Public domain

(Inside Science) -- Even the transcendental harmonies of Bach’s Christmas Oratorio were not enough to keep the minds of two neurologists from Germany off their work this holiday season. When the two doctors -- Sinem Tunc and Alexander Münchau -- went to a performance of the music by a famous boys’ choir, they noticed before the show that some of the singers had tics -- sudden or repetitive movements that are generally considered signs of an underlying disorder.

Like true scientists, they decided to take advantage of their second-row vantage point to make systematic observations of the whole choir throughout the two-hour concert. Their anecdotal study , published in Annals of Neurology, strengthens the view that tics may be closely related to motor learning, they write, rather than a stand-alone neurological disorder.

During the performance, the scientists observed at least 14 of the 40 choir boys exhibit some form of ticcing -- a 35 percent prevalence. That’s much higher than the prevalence in the general population of healthy school children, which ranges up to 20 percent.

Tunc and Münchau think the unusually high prevalence of tics found among the singers may be related to certain personality traits, such as obsession with perfection or musical ability, that are shared by boys from such a competitive performance group. Alternatively, there is a chance that the tics are driven by being in such a group, perhaps through experiences such as hours and hours of repetitive practices.

Overall, the scientists think this anecdotal observation strengthens the view that the perception of tics solely as tied to a disorder is probably insufficient. Future studies should look deeper into the relationship between tics and our motor system, especially for the developing brains of children, they write.

More Science News
/
Article
Despite being in the prototype phase, miniature medical robots could help reduce deaths from ailments like cardiovascular disease in the near future.
/
Article
In the past, a technique for monitoring the brain’s magnetic fields without inserting electrodes has been difficult to use on rats due to their small size.
/
Article
Model derived from the controlled growth process framework aims to help policymakers assess opinion of new laws by analyzing text from media outlets.
/
Article
Previous methods for studying fluid-structure interactions with deformable structures — both experimental and computational — were limited.
/
Article
Inspired by a spider that holds an air bubble when it swims, the material could one day be used to design ocean sensors.
/
Article
/
Article
A half century after the discovery of Hawking radiation, we are still dealing with the quantum puzzle it exposed.
/
Article
A major upgrade to the 15-year-old detector will aid in the study of neutrino oscillations.