Front Zool November 2019 PMID 31754367

Characterizing the composition, metabolism and physiological functions of the fatty liver in tadpoles.

Wei Zhu, Meihua Zhang, Liming Chang, Wenbo Zhu, Cheng Li, Feng Xie, Huan Zhang, Tian Zhao, Jianping Jiang

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Mentions

Peak: 3 in Dec 2021

across 2 sources since Nov 2019

Extended reach

16,722

potential audience

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Mentions per month

Nov 2019 – Apr 2022

Where it's discussed

X / Twitter5 posts
YouTube2 videos

AI synopsis

What people are saying

The group of discussions demonstrates a moderate level of enthusiasm and recognition for the research, such as references to the study’s focus on tadpole liver composition and metabolism, with phrases like 'characterizing the fatty liver' and tags to zoological research. The tone indicates acknowledgment of its importance but lacks extensive critique or detailed exploration, reflecting a balanced but not deeply engaged reaction.

AgreementModerate agreement

Many posts express support or acknowledgment of the study, indicating general agreement or recognition of its significance.

InterestModerate interest

The discussions show moderate curiosity, with mentions of the study's focus and relevance but limited detailed analysis.

EngagementModerate engagement

Comments involve referencing the study's title and key themes, showing a moderate level of engagement without deep critique.

ImpactModerate impact

The posts highlight the importance of understanding fatty liver functions in tadpoles, suggesting a recognition of its potential implications in developmental biology.

Abstract in brief

Tadpoles store their fat primarily in the liver, which is different from adult frogs that mainly store fat in white adipose tissue, showing a primitive trait similar to fish.
The liver of fed tadpoles contains a high amount of triglycerides and resembles white adipose tissue histologically, with unique metabolic features like dominance of certain sugars and fats, and it serves as the main fuel source during fasting and late metamorphosis.
Starvation can accelerate tadpole metamorphosis, especially in those with a high fat liver (high hepatosomatic index), indicating that the amount of hepatic fat plays a key role in development and energy regulation.]

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All mentions

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Harmful Algal Blooms contain toxins like microcystins that pose health risks to aquatic life, including the potential for toxins to move through the food chain. The study shows that brief exposure to HAB toxins causes…

Madison Mellott · Apr 11, 2022 29 views

Harmful Algal Bloom Toxicity Effects on Tadpole Health and Ecosystems

Harmful Algal Blooms contain toxins like microcystins that pose health risks to aquatic life. Brief exposure causes severe liver and intestinal damage in tadpoles, highlighting the need to assess broader ecosystem…

Madison Mellott · Apr 6, 2022 21 views

POPLINE

@POPLINE_org · X

RT @EurekaMag: Characterizing the composition, metabolism and physiological functions of the fatty liver in Rana omeimontis tadpoles https:…

Dec 26, 2021 · 2 shares · 5,186 followers View post →

Science Alerts

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RT @EurekaMag: Characterizing the composition, metabolism and physiological functions of the fatty liver in Rana omeimontis tadpoles https:…

Dec 26, 2021 · 2 shares · 1,214 followers View post →

EurekaMag

@EurekaMag · X

Characterizing the composition, metabolism and physiological functions of the fatty liver in Rana omeimontis tadpoles https://t.co/mQg9GbEWSU

Dec 26, 2021 · 2 shares · 6,572 followers View post →

Adipose Papers

@adipose_papers · X

Characterizing the composition, metabolism and physiological functions of the fatty liver in Rana omeimontis tadpoles. https://t.co/vAn8mlnC4p

Nov 23, 2019 · 2,488 followers View post →

Animal and Plant Sci

@animalplantsci · X

Characterizing the composition, metabolism and physiological functions of the fatty liver in tadpoles: https://t.co/BUhcySuoRW #frontiersinzoology https://t.co/wwXdS2vAy7

Nov 15, 2019 · 1,201 followers View post →