A dynamically coherent pattern of rhythms that matches between distant species across the evolutionary scale.

J M Kembro, A G Flesia, P S Nieto, J M Caliva, D Lloyd, S Cortassa, M A Aon

April 2023 Sci Rep

Synopsis of Social media discussions

The discussions reflect a moderate enthusiasm, with users noting the fascinating idea of rhythms overlapping across distant species as seen in phrases like 'coherent pattern' and 'matching rhythms,' conveying curiosity and appreciation for the scientific insight. The tone and choice of words suggest a recognition of importance but not an overwhelming excitement, emphasizing the research's intriguing nature rather than its immediate revolutionary impact.

A
Agreement
 Moderate agreement

Most discussions recognize the significance of discovering shared rhythmic patterns across species, with some expressing enthusiasm, though the tone remains relatively neutral overall.

I
Interest
 Moderate level of interest

Participants seem moderately interested, as indicated by their recognition of the research's novelty but without strong emotional or speculative language.

E
Engagement
 Neutral engagement

Comments are mostly acknowledgments or brief retweets, suggesting surface-level engagement rather than deep analysis.

I
Impact
 Moderate level of impact

The discussions imply an acknowledgment of the research's importance, hinting at potential impact on understanding biological timing, but no claims of transformative change are made.

Social Mentions

YouTube

1 Videos

Twitter

5 Posts

Metrics

Video Views

3

Total Likes

7

Extended Reach

1,846

Social Features

6

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Universal Patterns of Rhythms Across Species Revealed by New Analysis Method

Universal Patterns of Rhythms Across Species Revealed by New Analysis Method

This study introduces a wavelet-based method to analyze biological data, revealing coherent rhythms from hours to minutes across various species, including yeast, mice, rats, and quails, highlighting shared features of circadian and ultradian rhythms.

Medicine RTCL TV

July 29, 2023

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Abstract Synopsis

  • The study introduces a new wavelet-based method to analyze high-resolution biological data, revealing a pattern of rhythms that span from hours to minutes across different species, including yeast, mice, rats, and quails.
  • The research finds that these rhythms are dynamically coherent and share common features, such as a branching pattern where periods split from longer cycles like 24 hours down to shorter ones below 4 hours.
  • The underlying fluctuations follow a scale-free pattern with long-range correlations, indicating that circadian and ultradian rhythms coexist and interact as part of an integrated biological timekeeping system.]