November 2015 PMID 25361444

How the pterosaur got its wings.

Masayoshi Tokita

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Mentions

Peak: 6 in Jun 2022

across 3 sources since Oct 2018

Extended reach

62,071

potential audience

Total likes

415

Video views

14,513

Mentions per month

Oct 2018 – Dec 2025

Where it's discussed

X / Twitter8 posts
News5 articles
YouTube2 videos

AI synopsis

What people are saying

Discussions highlight the remarkable nature of pterosaur flight and sizes, with phrases like 'they were able to fly in the first place and also reach incredible sizes,' indicating admiration and curiosity. The tone is exploratory and educational, with posts referencing research articles and the genetic basis of wing development, emphasizing the scientific interest and potential influence of the publication.

AgreementNeither agree nor disagree

The discussions show mixed reactions, with some acknowledging the fascinating findings about pterosaur flight and size, but not strongly agreeing or disagreeing with the publication's conclusions.

InterestHigh interest

Posts indicate high curiosity about pterosaur flight and evolution, demonstrated by references to additional articles and discussions about biological details.

EngagementModerate engagement

Many posts involve thoughtful comments or sharing links, suggesting moderate engagement with the topic, especially around the biological mechanisms involved.

ImpactModerate impact

The posts reflect an appreciation for understanding evolution and biomechanics, which could influence how people think about prehistoric life and evolutionary biology, though the direct impact remains modest.

Abstract in brief

Pterosaurs were the earliest vertebrates capable of powered flight, and understanding how their wings evolved is important for evolutionary biology because they included the largest flying animals in Earth's history.
The main features of pterosaur wings include an elongated fourth finger and a wing membrane called the brachiopatagium, which stretches from the arm and finger to the leg, and their development may involve specific genetic regulation, especially genes related to limb growth and signaling pathways.
The evolution of their flight apparatus likely involved changes in gene expression related to limb development and musculoskeletal structure, such as Hoxd, SHH, BMP, Fgf10, and Tbx3 genes, which could have promoted the elongation of wing bones and specialized muscle formations for flight.]

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