New Study Uncovers How Gut Microbiota Impact Sleep Disorders via the
- Bias Rating
- Reliability
10% ReliableLimited
- Policy Leaning
-16% Somewhat Left
- Politician Portrayal
N/A
Continue For Free
Create your free account to see the in-depth bias analytics and more.
By creating an account, you agree to our Terms and Privacy Policy, and subscribe to email updates.
Bias Score Analysis
The A.I. bias rating includes policy and politician portrayal leanings based on the author’s tone found in the article using machine learning. Bias scores are on a scale of -100% to 100% with higher negative scores being more liberal and higher positive scores being more conservative, and 0% being neutral.
Sentiments
7% Positive
- Liberal
| Sentence | Sentiment | Bias |
|---|---|---|
Unlock this feature by upgrading to the Pro plan. | ||
Reliability Score Analysis
Policy Leaning Analysis
Politician Portrayal Analysis
Bias Meter
Extremely
Liberal
Very
Liberal
Moderately
Liberal
Somewhat Liberal
Center
Somewhat Conservative
Moderately
Conservative
Very
Conservative
Extremely
Conservative
-100%
Liberal
100%
Conservative
Contributing sentiments towards policy:
56% : The convergence of microbiome science with sleep physiology heralds a transformative era whereby digestive ecosystems are recognized as active contributors to sleep regulation rather than passive participants.52% : Subject of Research: People Article Title: Brain-gut-microbiota interactions in sleep disorders News Publication Date: 4 November 2025 Web References: https://doi.org/10.61373/bm025i.0128 References: The review article published in Brain Medicine supported by STI2030-Major Projects and the National Natural Science Foundation of China Image Credits: Lin Lu Keywords: microbiota-gut-brain axis, sleep disorders, gut microbiome, chronic insomnia, obstructive sleep apnea, circadian rhythm, short-chain fatty acids, bile acids, neurotransmitters, probiotics, fecal microbiota transplantation, sleep regulation
*Our bias meter rating uses data science including sentiment analysis, machine learning and our proprietary algorithm for determining biases in news articles. Bias scores are on a scale of -100% to 100% with higher negative scores being more liberal and higher positive scores being more conservative, and 0% being neutral. The rating is an independent analysis and is not affiliated nor sponsored by the news source or any other organization.
