Anim Genet December 2018 PMID 30125951

The myostatin gene: an overview of mechanisms of action and its relevance to livestock animals.

D Aiello, K Patel, E Lasagna

Mentions

6
Peak: 1 in Jan 2018
across 4 sources since Jan 2018

Extended reach

4,718
potential audience

Total likes

111

Video views

3,998

Mentions per month

Jan 2018 – Jun 2025

Where it's discussed

  • YouTube2 videos
  • Facebook2 posts
  • X / Twitter1 posts
  • Bluesky1 posts

AI synopsis

What people are saying

Discussions highlight specific examples like Belgian Blue and Parthenais breeds with myostatin mutations, showing interest in breed-specific effects, and mention of dietary adaptations in mice, illustrating curiosity about broader applications. The tone is exploratory, using terms like 'hypothesize' and referencing data sources, which reflect moderate engagement driven by scientific inquiry.

AgreementNeither agree nor disagree

The discussion shows curiosity and some scientific speculation, but no strong consensus or disagreement with the article's content.

InterestModerate interest

Participants display moderate interest, referencing specific breeds and genetic variability, indicating engagement with the topic.

EngagementModerate engagement

The mention of breed differences and hypotheses reflects a thoughtful level of interaction, though limited in depth.

ImpactNeutral impact

The discussion is exploratory and does not suggest a high immediate impact on practice or policy.

Abstract in brief

  • Myostatin, also known as growth differentiation factor 8, is a gene that negatively regulates muscle growth, meaning it limits how much muscle an animal develops, especially during key stages before and after birth.
  • Mutations in the myostatin gene can lead to a "double muscled" phenotype, observed in animals like cattle, sheep, dogs, and humans, indicating increased muscle mass due to decreased myostatin activity.
  • Understanding the molecular pathways of myostatin and its genetic variations is important for livestock breeding, as manipulating this gene could improve meat production by promoting muscle growth in animals like cattle, pigs, and chickens.

Top posts

Most liked on X and Bluesky
Hushton Block
@HushtonBlock · X

@v12farmcat @angoffinet Both Belgian Blue and Parthenais have myostatin mutations. Mutations can differ between breeds/species. I would hypothesize (do not know) that each has a different level of impact on myostatin activity/expression. Table below is from https://t.co/ZVzwFVoYCZ. Others exist. https://t.co/4Ypp2kccw0

Apr 21, 2023 · 1 like · 721 followers View post →
Marcus Böhme
@boehmemarcus.bsky.social · Bluesky

Plasticity of lifelong calorie-restricted C57BL/6J mice in adapting to a medium-fat diet intervention at old age @nutrigenomics https://onlinelibrary.wiley.com/doi/abs/10.1111/acel.12696

May 21, 2018 · 1 like View post →

All mentions

Hushton Block
@HushtonBlock · X

@v12farmcat @angoffinet Both Belgian Blue and Parthenais have myostatin mutations. Mutations can differ between breeds/species. I would hypothesize (do not know) that each has a different level of impact on myostatin activity/expression. Table below is from https://t.co/ZVzwFVoYCZ. Others exist. https://t.co/4Ypp2kccw0

Apr 21, 2023 · 1 like · 721 followers View post →
Marcus Böhme
@boehmemarcus.bsky.social · Bluesky

Plasticity of lifelong calorie-restricted C57BL/6J mice in adapting to a medium-fat diet intervention at old age @nutrigenomics https://onlinelibrary.wiley.com/doi/abs/10.1111/acel.12696

May 21, 2018 · 1 like View post →