PubHawk
Mol Cell Endocrinol February 2012 PMID 21782887

Circadian regulation of pineal gland rhythmicity.

Jimo Borjigin, L Samantha Zhang, Anda-Alexandra Calinescu

Full text PDF Download social card

Mentions

10
Peak: 1 in Apr 2020
across 4 sources since Apr 2020

Extended reach

2,741
potential audience

Total likes

2

Video views

38

Mentions per month

Apr 2020 – Apr 2024

Where it's discussed

  • Facebook3 posts
  • News3 articles
  • X / Twitter2 posts
  • YouTube2 videos

AI synopsis

What people are saying

Several discussions highlight key aspects of the research, such as the influence of neural circuits and light exposure on melatonin rhythms, emphasizing terms like 'control,' 'influence,' and 'impact.' The tone is informative and speculative, reflecting curiosity and acknowledgment of ongoing scientific exploration, which supports the moderate scores across interest and engagement.

AgreementModerate agreement

Most discussions acknowledge the importance of understanding the mechanisms behind pineal gland rhythmicity, indicating general agreement on its relevance.

InterestHigh interest

Posts show high curiosity, with mentions of specific studies and the implication of light exposure and neural control on melatonin production.

EngagementModerate engagement

Users engage by referencing multiple studies and expressing the need for further research, demonstrating moderate deep engagement.

ImpactModerate impact

While some mention practical implications for health and circadian biology, the overall perceived impact is moderate, recognizing its scientific significance but not immediate widespread application.

Abstract in brief

  • The pineal gland is a brain organ that mainly produces melatonin, a hormone that regulates sleep and other bodily functions during night time.
  • The review discusses how melatonin production is controlled locally within the gland, influenced by neurotransmitters, neural circuit flexibility, and genetic clock genes, as well as how light exposure at night affects these rhythms.
  • It also explores the physiological roles of pineal rhythmicity, including how it maintains the body's internal timekeeping and responds to environmental light cues.
Read the full abstract

Top posts

Most liked on X and Bluesky
Guido Meijer
@guido_meijer · X

@MCHammer This is not really my area of expertise but check out this review on the topic: https://t.co/toUkYUm3ow

Jul 16, 2020 · 2,504 followers View post →
Paco Sánchez
@PacoSanchezGut1 · X

Circadian Regulation of Pineal Gland Rhythmicity (Chattoraj, Liu, Zhang, Huang, & Borjigin, 2009; Goldman, 2001; B. Malpaux, Migaud, Tricoire, & Chemineau, 2001) https://t.co/2dN61w45rB

Apr 2, 2020 · 200 followers View post →

All mentions

Guido Meijer
@guido_meijer · X

@MCHammer This is not really my area of expertise but check out this review on the topic: https://t.co/toUkYUm3ow

Jul 16, 2020 · 2,504 followers View post →
Paco Sánchez
@PacoSanchezGut1 · X

Circadian Regulation of Pineal Gland Rhythmicity (Chattoraj, Liu, Zhang, Huang, & Borjigin, 2009; Goldman, 2001; B. Malpaux, Migaud, Tricoire, & Chemineau, 2001) https://t.co/2dN61w45rB

Apr 2, 2020 · 200 followers View post →