Synopsis of Social media discussions

The discussions reflect a general interest in the topic, exemplified by posts sharing visuals and emphasizing the role of osteoderms in thermoregulation and stress response, such as mentions of how crocs use osteoderms to manage lactate. The tone varies from casual admiration to scientific curiosity, indicating a balanced appreciation for the research's relevance and implications.

A
Agreement
Moderate agreement

Most posts express appreciation or curiosity about the article's content, reflecting a moderate agreement with its significance.

I
Interest
Moderate level of interest

The discussions show mild enthusiasm, with some posts highlighting the connection to fascinating animal adaptations but not overwhelming fascination.

E
Engagement
High engagement

Several posts delve deeper by referencing specific visuals from the related videos and discussing physiological implications, demonstrating a high level of engagement.

I
Impact
Moderate level of impact

The posts suggest the article influences ongoing social discussions, especially highlighting the functional role of osteoderms, contributing to a modest yet meaningful impact.

Social Mentions

YouTube

1 Videos

Facebook

2 Posts

Twitter

10 Posts

Metrics

Video Views

328,832

Total Likes

9,987

Extended Reach

564,106

Social Features

13

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Animals with Osteoderms: Bone Skin Structures in Reptiles and Beyond

Animals with Osteoderms: Bone Skin Structures in Reptiles and Beyond

From extinct dinosaurs to modern animals, osteoderms are mineralized structures within the skin, often serving as armor. This video explores their diversity, development, and evolution, focusing on reptiles like lizards and their unique bone skin adaptations.

August 22, 2023

328,832 views


  • SciShow
    @SciShow (Twitter)

    RT @JakeLeyhr: Really cool to see one of my figures featured briefly in a great @SciShow video a few weeks ago! Certainly the most eyeballs…
    view full post

    October 10, 2023

    1

  • Jake Leyhr
    @JakeLeyhr (Twitter)

    Really cool to see one of my figures featured briefly in a great @SciShow video a few weeks ago! Certainly the most eyeballs I've ever had on some of my work! https://t.co/12uOcXNgVP From our recent paper: https://t.co/p8Rd1FBc1v https://t.co/xObekZ7unD
    view full post

    October 10, 2023

    11

    1

  • Ravick Bitencourt
    @Ravick_BlueLion (Twitter)

    5 Animals That Have Bone Skin https://t.co/UV9y1ymroW via @YouTube
    view full post

    October 7, 2023

  • Juan Paulo Romulo
    @mythplatypusp (Twitter)

    5 Animals That Have Bone Skin https://t.co/O8RWXm7knx via @YouTube
    view full post

    August 29, 2023

  • Cecile Braconnier
    @braco001 (Twitter)

    5 Animals That Have Bone Skin https://t.co/khPjVxg6zl via @YouTube
    view full post

    August 24, 2023

  • Zeke - Pyrefly Studio | Eminently Hireable
    @E_Z_Kiel (Twitter)

    @Timswildlife recent SciShow vid talks about how crocs can use their osteoderms to neutralize some of the lactate produced when they're stressed! I immediately thought of you and the crocs at the park :) https://t.co/yCSBCdObZd
    view full post

    August 24, 2023

  • Dai
    @Dai5tr0y3r (Twitter)

    RT @SciShow: Some animals have bones inside and out! Here are five outstanding osteoderms https://t.co/ZiqUSvdwND https://t.co/BysTxKlHt8
    view full post

    August 23, 2023

    1

  • SciShow
    @SciShow (Twitter)

    Some animals have bones inside and out! Here are five outstanding osteoderms https://t.co/ZiqUSvdwND https://t.co/BysTxKlHt8
    view full post

    August 23, 2023

    14

    1

  • Abraham Satinger
    @ASatinger (Twitter)

    5 Animals That Have Bone Skin https://t.co/IbYQjlbd63 via @YouTube
    view full post

    August 23, 2023

  • BravoKitty411
    @BravoKitty411 (Twitter)

    5 Animals That Have Bone Skin https://t.co/gSooHwYNig via @YouTube
    view full post

    August 22, 2023

Abstract Synopsis

  • The study provides quantitative evidence that the vascular networks in crocodylian osteoderms and their surface pits are denser than in nearby skin tissue, supporting the idea that they play a role in thermoregulation or buffering during low oxygen conditions.
  • The findings suggest that the dense vascularization in osteoderms may be an adaptation linked to ectothermy and aquatic ambush predation, which crocodylomorphs evolved after the Triassic period.
  • Regressions showing a correlation between vessel number and cavity size allow for estimating vascularization levels in fossilized osteoderms, helping to understand their evolutionary function in these reptiles.]