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The overall sentiment reflects high enthusiasm for the article's findings, with posts citing terms like 'wonderful net' and 'amazing designs,' illustrating admiration and curiosity. The technical references and discussions about blood flow protection showcase deep engagement, though the perceived practical impact remains moderate, highlighted by mentions of the study’s significance in neuroscience understanding.
Most discussions strongly agree with the importance and function of retia mirabilia in protecting cetacean brains, evidenced by phrases like 'amazing blood vessels' and 'protect the brains of whales and dolphins.'
The posts display high curiosity about how these vascular adaptations function, emphasizing terms like 'wonderful net' and 'mysterious' that show fascination with marine biology and neuroscience.
Many discuss specific anatomical features, referencing scientific studies and models, indicating deep engagement and analytical interest in the research findings.
While the majority see this as significant biological adaptation, some comments suggest it could influence broader understanding of neurovascular protection, which denotes a moderate impact overall.
A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses of blood pressure generated as they swim beneath the waves, according to a new study in Science.
A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses of blood pressure generated as they swim beneath the waves, according to a new study in Science.
A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses of blood pressure generated as they swim beneath the waves, according to a new study in Science.
The extensive array of blood vessels, or retia mirabilia, found in cetacean brains may protect their brain from extreme pressure. #Science #neuroscience ⏯️The Purpose of Dolphins’ Mysterious #Brain Net May Finally Be Understood 1-https://t.co/ZwyQwZr2Y1 2-https://t.co/8Oq0TfzD8M https://t.co/ACmGGqvseG
Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
Why whales don't get #brain damage when they swim @ubcnews @sciencemagazine https://t.co/CB5BF9cbUD https://t.co/GpngzoK20d
Explore the incredible biology of sperm whales, focusing on their vascular adaptations like retia mirabilia that protect their brains from high blood pressure pulses during movement.
Cetaceans have complex vascular networks called retia mirabilia that potentially protect their brains from high blood pressure pulses generated during movement. Researchers suggest these systems reduce pulsatility in…
Cetaceans possess complex vascular networks called retia mirabilia that safeguard their brains from high blood pressure pulses during movement. The study models how these structures reduce pulsatility by up to 97%, an…
Sperm whales Physeter macrocephalus are the only giants capable of diving into the deepest ocean layers. This video explores their unique adaptations and fascinating facts, including their name origin and their…
Cetaceans have complex vascular networks called retia mirabilia that potentially protect their brains from high blood pressure pulses generated during movement. A computational model shows these structures can decrease…
RT @scipak: "Researchers in Canada have a theory as to how cetaceans—dolphins, whales and porpoises—manage to protect their brain from thes…
RT @tschwerte: Wie verhindern Wale einen #Hirnschlag beim Tauchen? https://t.co/ohGArFvz3C via @YouTube
Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/WKehqhMdkU
Adaptions in the vascular plexus supplying the brain of whales protect the cerebral microvasculature from pulsatile damage during the massive surges in flow that happen when moving their massive tails. #neuroscience #cetaceans @UVMHeartBrain https://t.co/0L92x0lw8u https://t.co/Y8zPLsL4tR
Wie verhindern Wale einen #Hirnschlag beim Tauchen? https://t.co/ohGArFvz3C via @YouTube
It means "wonderful net". These amazing blood vessels in cetacean brains (and other parts) stabilize blood pressure from the massive changes with diving and swimming. Via @ScienceMagazine, Lillie et al. @StephenRaverty https://t.co/cEPbGJcMCK
これはみとかないと、いけないきがした。 https://t.co/INcC1zAhkj
RT @ubclifesciences: LSI Paper of the Day☀️ Vascular plexuses ensure steady arterial pressure and cerebral blood flow as cetaceans undulat…
RT @ubclifesciences: LSI Paper of the Day☀️ Vascular plexuses ensure steady arterial pressure and cerebral blood flow as cetaceans undulat…
RT @ubclifesciences: LSI Paper of the Day☀️ Vascular plexuses ensure steady arterial pressure and cerebral blood flow as cetaceans undulat…
LSI Paper of the Day☀️ Vascular plexuses ensure steady arterial pressure and cerebral blood flow as cetaceans undulate through the water while holding their breath. New in findings in @ScienceMagazine from Drs. Robert Shadwick, A. Wayne Vogl et al. https://t.co/q33b0wXPOX https://t.co/OjCis6tyx3
377, September 23, 2022, p. 1452. doi: 10.1126/science.abn3315. #Painting #Ocean #Sea #Gift #Art #Beach #Waves #DecorHousing #TrendDecorCA #WallArt #Cool ➡https://t.co/XniLPdRcrT https://t.co/MOZFo30JG3
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/LQ3R64DCGS
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses of blood pressure generated as they swim beneath the waves, according to a new study in Science.
Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/aCIyMJGMKx 鯨が深海の水圧に耐える仕組みの解明
https://t.co/nXTn9WGh6P #Retia #mirabilia: Protecting the cetacean #brain from #locomotion-generated #blood #pressure #pulses
RT @physorg_com: Why whales don't get #brain damage when they swim @ubcnews @sciencemagazine https://t.co/CB5BF9cbUD https://t.co/GpngzoK20d
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @GIRCOR:
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses of blood pressure generated as they swim beneath the waves, according to a new study in Science.
RT @manuelacasasoli: The extensive array of blood vessels, or retia mirabilia, found in cetacean brains may protect their brain from extrem…
RT @manuelacasasoli: The extensive array of blood vessels, or retia mirabilia, found in cetacean brains may protect their brain from extrem…
RT @manuelacasasoli: The extensive array of blood vessels, or retia mirabilia, found in cetacean brains may protect their brain from extrem…
❓Did you know that locomotion can cause pressure spikes in the brain that can cause damage? Humans breath in and out to compensate, but whales have other means... [DOI: 10.1126/science.abn3315] #successinscience #bloodpressure #zoology #biophysics #sciencenews #funfacts #STEM
RT @manuelacasasoli: The extensive array of blood vessels, or retia mirabilia, found in cetacean brains may protect their brain from extrem…
The extensive array of blood vessels, or retia mirabilia, found in cetacean brains may protect their brain from extreme pressure. #Science #neuroscience ⏯️The Purpose of Dolphins’ Mysterious #Brain Net May Finally Be Understood 1-https://t.co/ZwyQwZr2Y1 2-https://t.co/8Oq0TfzD8M https://t.co/ACmGGqvseG
Why whales don’t get brain damage when they swim https://t.co/f0MdB62Y7a via https://t.co/XhmIZ1vnZG
Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses | Science https://t.co/iVfhghDDEw
RT @RTB_HRoss: Life Design: Study reveals yet more amazing designs that protect the brains of whales during deep dives while facilitating f…
“Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses” by Robert Shadwick et al. Science https://t.co/vQ2cUjKbrG https://t.co/MdwtMkj211
Life Design: Study reveals yet more amazing designs that protect the brains of whales during deep dives while facilitating fluking locomotion: https://t.co/l42QEHI4i9; https://t.co/Ls0rL3oK5S
RT @TomHoltzPaleo: Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
RT @TomHoltzPaleo: Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
#ScienceMag Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/hJZtQO6Bzu Modification of cerebral vasculature helps to cushion the brains of whales and dolphins against submergence injury https://t.co/zE0tTWt8id @Uhandrea https://t.co/Q4gRQHsQrH
RT @TomHoltzPaleo: Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
RT @TomHoltzPaleo: Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
RT @TomHoltzPaleo: Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
“Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses” by Robert Shadwick et al. Science https://t.co/T6HW0D9LeN
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
RT @ScienceMagazine: A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses…
A “wonderful net” of cerebral vasculature helps protect the brains of deep-diving whales and dolphins from the pulses of blood pressure generated as they swim beneath the waves, according to a new study in Science.
"Researchers in Canada have a theory as to how cetaceans—dolphins, whales and porpoises—manage to protect their brain from these swimming-induced blood pressure pulses." From @ScienceMagazine
New
Retia mirabilia: Protecting the cetacean brain from locomotion-generated blood pressure pulses https://t.co/o7kbkTm0R0
RT @physorg_com: Why whales don't get #brain damage when they swim @ubcnews @sciencemagazine https://t.co/CB5BF9cbUD https://t.co/GpngzoK20d
RT @physorg_com: Why whales don't get #brain damage when they swim @ubcnews @sciencemagazine https://t.co/CB5BF9cbUD https://t.co/GpngzoK20d
Why whales don't get #brain damage when they swim @ubcnews @sciencemagazine https://t.co/CB5BF9cbUD https://t.co/GpngzoK20d