Scientists found evidence that classical music can calm the heart rate of unborn babies and provide developmental benefits for nervous system.

Silent MI was defined as ECG evidence of MI in the absence of clinical MI. The primary outcome was recurrent stroke. Ischemic stroke and subtype were assessed as secondary outcomes. Multivariable Cox ...

Objective To analyze the rates and risk factors for AVM recurrence after obliteration in a single-center cohort of children with ruptured AVMs treated with multimodal approaches, and to carry out a ...

And, by employing nonlinear recurrence quantification analysis, they could identify changes in heart rate variability during and after the music was played. For the experiment, researchers chose ...

Conclusion Our results support the usefulness of quantification of circulating HBV RNA expressed from cccDNA as an indicator ... s t-test or non-parametric tests (Mann-Whitney or Kruskall-Wallis), as ...

Viral croup often presents similarly to an upper respiratory infection, with 12-72 h of low-grade fever and coryza. Narrowing of the larynx leads to stridor, increased respiratory rate, respiratory ...

By attaching external heart rate monitors, the researchers could measure the fetal heart rate response to both songs. And by employing nonlinear recurrence quantification analysis, they could identify ...

Playing music to unborn babies is a practice that spans cultures and generations. New research suggests that classical music can have a calming influence on fetal heart rates. This could offer ...

Scientists have found evidence that classical music can calm the heart rate of unborn babies, potentially providing developmental benefits.

And by employing nonlinear recurrence quantification analysis, they could identify changes in heart rate variability during and after the music was played. “Overall, we discovered that exposure ...

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