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This collection of discussions reflects a high level of interest in the genetic and evolutionary aspects of flight, with users referencing specific studies and mechanisms, such as positive selection on skeletal genes and convergent evolution in flight capabilities, demonstrating both engagement and an appreciation for the research's significance.
The discussions indicate general support for the findings, with references to evolutionary mechanisms and how genetic pressures support the study's conclusions.
Posts actively explore the subject, discussing gene evolution, flight, and structural constraints, showing high curiosity and engagement with the research.
Multiple comments delve into specific examples, such as positive selection on bone-related genes and comparisons between birds, bats, and penguins, demonstrating meaningful interaction.
While the discussions delve into scientific details, they mainly influence academic curiosity rather than broader societal change, leading to a moderate score.
Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cases, there were strong constraints & positive selection on genes related to body size & skeletal structure (Machado et al. 2016). #2023MMM https://t.co/ghy5TXS4zG https://t.co/FOodfdwlbH
You would also really struggle to understand many features and molecular mechanisms underpinning penguin wings (3) https://t.co/U84pzJ3wXg https://t.co/KRSbsdazr8
Referencias de interés: https://t.co/vopw9EcDSE https://t.co/b8P6e4RaF7 https://t.co/7oQxT1HzJF https://t.co/XpSGjqzZLf https://t.co/8BKM8PIfu7
RT @EvolEmpiricist: Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cas…
RT @KamounLab: You would also really struggle to understand many features and molecular mechanisms underpinning penguin wings (3) https://t…
RT @EvolEmpiricist: Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cas…
Birds possess hollow bones to reduce weight for flight, a fascinating adaptation shaped by evolutionary pressures. This video explores the unique characteristics of avian skeletal structures and their ecological…
Hybrids are prevalent in media. This video explores their potential power and ranking based on scientific evidence, including bite strength and physiological characteristics of various species, alongside insights into…
https://t.co/I5JQ0AU1vT and many of my friends who study bone cells may be interested in how evo/eco and selection pressure theories underlie current evidence and what data is in line with theories rested upon and used to justify experiments that the STEM economy relies on (to a
Referencias de interés: https://t.co/vopw9EcDSE https://t.co/b8P6e4RaF7 https://t.co/7oQxT1HzJF https://t.co/XpSGjqzZLf https://t.co/8BKM8PIfu7
RT @EvolEmpiricist: Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cas…
RT @EvolEmpiricist: Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cas…
RT @EvolEmpiricist: Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cas…
Powered flight evolved independently in birds & bats but followed similar evolutionary paths. For instance, in both cases, there were strong constraints & positive selection on genes related to body size & skeletal structure (Machado et al. 2016). #2023MMM https://t.co/ghy5TXS4zG https://t.co/FOodfdwlbH
RT @KamounLab: You would also really struggle to understand many features and molecular mechanisms underpinning penguin wings (3) https://t…
You would also really struggle to understand many features and molecular mechanisms underpinning penguin wings (3) https://t.co/U84pzJ3wXg https://t.co/KRSbsdazr8
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https://doi.org/10.1186/s12864-017-3864-6. Goussias C, Boussac A, Rutherford ... https://doi.org/10. 1007/s00122-016-2681-7. Zhou X, Huang X (2019) ...
http://dx.doi.org/10.1186/s12864-016-2681-7 PMID: 27193938 [50] Gillman, L.N.; McCowan, L.S.C.; Wright, S.D. The tempo of ge- [34] Altshuler, D.L.; Bahlman ...
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0145168 https://bmcgenomics.biomedcentral. com/articles/10.1186/s12864-016-2681-7 https://onlinelibrary.wiley.com/doi/10.1002/jmor. 10190 ...
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https://link.springer. com/article/10.1186/s12864-016-2681- 7 22) Speer, B., 2015. Current therapy in avian medicine and surgery. Elsevier ...
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