#biology — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #biology, aggregated by home.social.
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⚪ NON-CORPORAL ENTITIES ⚪
What are talking about here? Ghosts? 👻 ... Inter-dimensional ET? 👽 ... Angels 👼 ... demons? 👹
No ... CORPORATIONS 💵 ... all the rights of a human but no body (corpus) and some say no soul.🌀 Just like ... AI? 🤖
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⚪ NON-CORPORAL ENTITIES ⚪
What are talking about here? Ghosts? 👻 ... Inter-dimensional ET? 👽 ... Angels 👼 ... demons? 👹
No ... CORPORATIONS 💵 ... all the rights of a human but no body (corpus) and some say no soul.🌀 Just like ... AI? 🤖
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⚪ NON-CORPORAL ENTITIES ⚪
What are talking about here? Ghosts? 👻 ... Inter-dimensional ET? 👽 ... Angels 👼 ... demons? 👹
No ... CORPORATIONS 💵 ... all the rights of a human but no body (corpus) and some say no soul.🌀 Just like ... AI? 🤖
-
⚪ NON-CORPORAL ENTITIES ⚪
What are talking about here? Ghosts? 👻 ... Inter-dimensional ET? 👽 ... Angels 👼 ... demons? 👹
No ... CORPORATIONS 💵 ... all the rights of a human but no body (corpus) and some say no soul.🌀 Just like ... AI? 🤖
-
⚪ NON-CORPORAL ENTITIES ⚪
What are talking about here? Ghosts? 👻 ... Inter-dimensional ET? 👽 ... Angels 👼 ... demons? 👹
No ... CORPORATIONS 💵 ... all the rights of a human but no body (corpus) and some say no soul.🌀 Just like ... AI? 🤖
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🐘 NEW: In #Kenya’s #MountElgon region, researchers interviewed scouts and elders living alongside salt-mining #elephants.
The accounts describe elephants choosing particular #plants when unwell, and mothers mixing chewed plant material into #milk for their #calves. The team identified 35 plant species the #animals use, 25 with known local medicinal value.
#elephants #wildlife #animals #science #conservation #medicinalplants #biology #nature #research #ecology #africa
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🐘 NEW: In #Kenya’s #MountElgon region, researchers interviewed scouts and elders living alongside salt-mining #elephants.
The accounts describe elephants choosing particular #plants when unwell, and mothers mixing chewed plant material into #milk for their #calves. The team identified 35 plant species the #animals use, 25 with known local medicinal value.
#elephants #wildlife #animals #science #conservation #medicinalplants #biology #nature #research #ecology #africa
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🐘 NEW: In #Kenya’s #MountElgon region, researchers interviewed scouts and elders living alongside salt-mining #elephants.
The accounts describe elephants choosing particular #plants when unwell, and mothers mixing chewed plant material into #milk for their #calves. The team identified 35 plant species the #animals use, 25 with known local medicinal value.
#elephants #wildlife #animals #science #conservation #medicinalplants #biology #nature #research #ecology #africa
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🐘 NEW: In #Kenya’s #MountElgon region, researchers interviewed scouts and elders living alongside salt-mining #elephants.
The accounts describe elephants choosing particular #plants when unwell, and mothers mixing chewed plant material into #milk for their #calves. The team identified 35 plant species the #animals use, 25 with known local medicinal value.
#elephants #wildlife #animals #science #conservation #medicinalplants #biology #nature #research #ecology #africa
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🐘 NEW: In #Kenya’s #MountElgon region, researchers interviewed scouts and elders living alongside salt-mining #elephants.
The accounts describe elephants choosing particular #plants when unwell, and mothers mixing chewed plant material into #milk for their #calves. The team identified 35 plant species the #animals use, 25 with known local medicinal value.
#elephants #wildlife #animals #science #conservation #medicinalplants #biology #nature #research #ecology #africa
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This most likely is Lycoperdon perlatum, the Common Puffball. These fungi are about an inch or so in diameter. Another common name that I particularly like is Devil's Snuff-box.
They were releasing spores, which looks like smoke arising from the hole at the top, but I was not agile enough to poke them to release spores and take the picture at the same time.
#mushrooms #forest #fungus #fungi #saprophytes #ecology #biology #biodiversity #nature #naturephotography #forests
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This most likely is Lycoperdon perlatum, the Common Puffball. These fungi are about an inch or so in diameter. Another common name that I particularly like is Devil's Snuff-box.
They were releasing spores, which looks like smoke arising from the hole at the top, but I was not agile enough to poke them to release spores and take the picture at the same time.
#mushrooms #forest #fungus #fungi #saprophytes #ecology #biology #biodiversity #nature #naturephotography #forests
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This most likely is Lycoperdon perlatum, the Common Puffball. These fungi are about an inch or so in diameter. Another common name that I particularly like is Devil's Snuff-box.
They were releasing spores, which looks like smoke arising from the hole at the top, but I was not agile enough to poke them to release spores and take the picture at the same time.
#mushrooms #forest #fungus #fungi #saprophytes #ecology #biology #biodiversity #nature #naturephotography #forests
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This most likely is Lycoperdon perlatum, the Common Puffball. These fungi are about an inch or so in diameter. Another common name that I particularly like is Devil's Snuff-box.
They were releasing spores, which looks like smoke arising from the hole at the top, but I was not agile enough to poke them to release spores and take the picture at the same time.
#mushrooms #forest #fungus #fungi #saprophytes #ecology #biology #biodiversity #nature #naturephotography #forests
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This most likely is Lycoperdon perlatum, the Common Puffball. These fungi are about an inch or so in diameter. Another common name that I particularly like is Devil's Snuff-box.
They were releasing spores, which looks like smoke arising from the hole at the top, but I was not agile enough to poke them to release spores and take the picture at the same time.
#mushrooms #forest #fungus #fungi #saprophytes #ecology #biology #biodiversity #nature #naturephotography #forests
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Temperate Rainforest Ecosystem featuring bryophytes (mosses) colonizing a mature vascular host tree (conifer) and its exposed root flares.The moss-covered root system provides a complex habitat (microniche) for soil microfauna, invertebrates, tardigrades, and beneficial mycorrhizal. #ecology #science #biology #nature #moss
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Temperate Rainforest Ecosystem featuring bryophytes (mosses) colonizing a mature vascular host tree (conifer) and its exposed root flares.The moss-covered root system provides a complex habitat (microniche) for soil microfauna, invertebrates, tardigrades, and beneficial mycorrhizal. #ecology #science #biology #nature #moss
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Temperate Rainforest Ecosystem featuring bryophytes (mosses) colonizing a mature vascular host tree (conifer) and its exposed root flares.The moss-covered root system provides a complex habitat (microniche) for soil microfauna, invertebrates, tardigrades, and beneficial mycorrhizal. #ecology #science #biology #nature #moss
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Temperate Rainforest Ecosystem featuring bryophytes (mosses) colonizing a mature vascular host tree (conifer) and its exposed root flares.The moss-covered root system provides a complex habitat (microniche) for soil microfauna, invertebrates, tardigrades, and beneficial mycorrhizal. #ecology #science #biology #nature #moss
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Temperate Rainforest Ecosystem featuring bryophytes (mosses) colonizing a mature vascular host tree (conifer) and its exposed root flares.The moss-covered root system provides a complex habitat (microniche) for soil microfauna, invertebrates, tardigrades, and beneficial mycorrhizal. #ecology #science #biology #nature #moss
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New version of free ebook "Quantitative Concepts for Biologists"
https://doi.org/10.5281/zenodo.21275274I have added chapter 10 on common statistics problems, "inspired" by several scientific manuscripts that I have received recently. It is frustrating to see how biologists, after having spent years with expensive experimental work, misinterpret their own work. The new chapter is subjective and incomplete (the topic is inexhaustible), but I hope many budding and mature biologists will still find it useful.
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New version of free ebook "Quantitative Concepts for Biologists"
https://doi.org/10.5281/zenodo.21275274I have added chapter 10 on common statistics problems, "inspired" by several scientific manuscripts that I have received recently. It is frustrating to see how biologists, after having spent years with expensive experimental work, misinterpret their own work. The new chapter is subjective and incomplete (the topic is inexhaustible), but I hope many budding and mature biologists will still find it useful.
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New version of free ebook "Quantitative Concepts for Biologists"
https://doi.org/10.5281/zenodo.21275274I have added chapter 10 on common statistics problems, "inspired" by several scientific manuscripts that I have received recently. It is frustrating to see how biologists, after having spent years with expensive experimental work, misinterpret their own work. The new chapter is subjective and incomplete (the topic is inexhaustible), but I hope many budding and mature biologists will still find it useful.
-
New version of free ebook "Quantitative Concepts for Biologists"
https://doi.org/10.5281/zenodo.21275274I have added chapter 10 on common statistics problems, "inspired" by several scientific manuscripts that I have received recently. It is frustrating to see how biologists, after having spent years with expensive experimental work, misinterpret their own work. The new chapter is subjective and incomplete (the topic is inexhaustible), but I hope many budding and mature biologists will still find it useful.
-
New version of free ebook "Quantitative Concepts for Biologists"
https://doi.org/10.5281/zenodo.21275274I have added chapter 10 on common statistics problems, "inspired" by several scientific manuscripts that I have received recently. It is frustrating to see how biologists, after having spent years with expensive experimental work, misinterpret their own work. The new chapter is subjective and incomplete (the topic is inexhaustible), but I hope many budding and mature biologists will still find it useful.
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🦆 NEW: Three biologists attempt to classify #Gonzo from The Muppet Show using real evolutionary #biology.
One sees an #ibis, another sees a pre-modern #theropod #dinosaur, and the third says it depends on whether his head tuft is #hair or #feathers. His #nose remains a mystery to all of them.
👉 https://www.popsci.com/science/what-is-gonzo-muppet/
#muppets #biology #paleontology #birds #taxonomy #evolution #animals #science #kids #funny
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🦆 NEW: Three biologists attempt to classify #Gonzo from The Muppet Show using real evolutionary #biology.
One sees an #ibis, another sees a pre-modern #theropod #dinosaur, and the third says it depends on whether his head tuft is #hair or #feathers. His #nose remains a mystery to all of them.
👉 https://www.popsci.com/science/what-is-gonzo-muppet/
#muppets #biology #paleontology #birds #taxonomy #evolution #animals #science #kids #funny
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🦆 NEW: Three biologists attempt to classify #Gonzo from The Muppet Show using real evolutionary #biology.
One sees an #ibis, another sees a pre-modern #theropod #dinosaur, and the third says it depends on whether his head tuft is #hair or #feathers. His #nose remains a mystery to all of them.
👉 https://www.popsci.com/science/what-is-gonzo-muppet/
#muppets #biology #paleontology #birds #taxonomy #evolution #animals #science #kids #funny
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🦆 NEW: Three biologists attempt to classify #Gonzo from The Muppet Show using real evolutionary #biology.
One sees an #ibis, another sees a pre-modern #theropod #dinosaur, and the third says it depends on whether his head tuft is #hair or #feathers. His #nose remains a mystery to all of them.
👉 https://www.popsci.com/science/what-is-gonzo-muppet/
#muppets #biology #paleontology #birds #taxonomy #evolution #animals #science #kids #funny
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🦆 NEW: Three biologists attempt to classify #Gonzo from The Muppet Show using real evolutionary #biology.
One sees an #ibis, another sees a pre-modern #theropod #dinosaur, and the third says it depends on whether his head tuft is #hair or #feathers. His #nose remains a mystery to all of them.
👉 https://www.popsci.com/science/what-is-gonzo-muppet/
#muppets #biology #paleontology #birds #taxonomy #evolution #animals #science #kids #funny
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🧠 ICYMI: When stress hits, the #brain hands control over to the #amygdala, setting off automatic fight, flight, or freeze reactions before logical thinking can step in.
An #animation from the nonprofit #TREC outlines how our #nervoussystem processes sudden pressure and why physical reactions precede words.
👉 https://seethis.tv/post/your-brains-fight-flight-or-freeze-response
#stress #anatomy #anxiety #biology #body #emotions #health #howthingswork #humanbody #education #learning #mentalhealth #neurobiology #neuroscience #psychology #science #teaching #tksst #video
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🧠 ICYMI: When stress hits, the #brain hands control over to the #amygdala, setting off automatic fight, flight, or freeze reactions before logical thinking can step in.
An #animation from the nonprofit #TREC outlines how our #nervoussystem processes sudden pressure and why physical reactions precede words.
👉 https://seethis.tv/post/your-brains-fight-flight-or-freeze-response
#stress #anatomy #anxiety #biology #body #emotions #health #howthingswork #humanbody #education #learning #mentalhealth #neurobiology #neuroscience #psychology #science #teaching #tksst #video
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🧠 ICYMI: When stress hits, the #brain hands control over to the #amygdala, setting off automatic fight, flight, or freeze reactions before logical thinking can step in.
An #animation from the nonprofit #TREC outlines how our #nervoussystem processes sudden pressure and why physical reactions precede words.
👉 https://seethis.tv/post/your-brains-fight-flight-or-freeze-response
#stress #anatomy #anxiety #biology #body #emotions #health #howthingswork #humanbody #education #learning #mentalhealth #neurobiology #neuroscience #psychology #science #teaching #tksst #video
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🧠 ICYMI: When stress hits, the #brain hands control over to the #amygdala, setting off automatic fight, flight, or freeze reactions before logical thinking can step in.
An #animation from the nonprofit #TREC outlines how our #nervoussystem processes sudden pressure and why physical reactions precede words.
👉 https://seethis.tv/post/your-brains-fight-flight-or-freeze-response
#stress #anatomy #anxiety #biology #body #emotions #health #howthingswork #humanbody #education #learning #mentalhealth #neurobiology #neuroscience #psychology #science #teaching #tksst #video
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🧠 ICYMI: When stress hits, the #brain hands control over to the #amygdala, setting off automatic fight, flight, or freeze reactions before logical thinking can step in.
An #animation from the nonprofit #TREC outlines how our #nervoussystem processes sudden pressure and why physical reactions precede words.
👉 https://seethis.tv/post/your-brains-fight-flight-or-freeze-response
#stress #anatomy #anxiety #biology #body #emotions #health #howthingswork #humanbody #education #learning #mentalhealth #neurobiology #neuroscience #psychology #science #teaching #tksst #video
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Scientists discovered a previously unknown cellular survival pathway that may reveal a new way to make cancer cells more vulnerable to treatment. 🔬
Read more: https://www.sciencedaily.com/releases/2026/09/260923035939.htm
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Scientists discovered a previously unknown cellular survival pathway that may reveal a new way to make cancer cells more vulnerable to treatment. 🔬
Read more: https://www.sciencedaily.com/releases/2026/09/260923035939.htm
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Scientists discovered a previously unknown cellular survival pathway that may reveal a new way to make cancer cells more vulnerable to treatment. 🔬
Read more: https://www.sciencedaily.com/releases/2026/09/260923035939.htm
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Scientists discovered a previously unknown cellular survival pathway that may reveal a new way to make cancer cells more vulnerable to treatment. 🔬
Read more: https://www.sciencedaily.com/releases/2026/09/260923035939.htm
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Scientists discovered a previously unknown cellular survival pathway that may reveal a new way to make cancer cells more vulnerable to treatment. 🔬
Read more: https://www.sciencedaily.com/releases/2026/09/260923035939.htm
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Deep-sea animals combat this by packing their tissues with specialized molecules called piezolytes (the most common being TMAO, or trimethylamine oxide). These molecules act like microscopic scaffolding. They bind to water molecules and hold proteins in their proper three-dimensional shape, preventing the sheer weight of the ocean from squashing the animal's biochemistry. -
12/
Deep-sea animals combat this by packing their tissues with specialized molecules called piezolytes (the most common being TMAO, or trimethylamine oxide). These molecules act like microscopic scaffolding. They bind to water molecules and hold proteins in their proper three-dimensional shape, preventing the sheer weight of the ocean from squashing the animal's biochemistry. -
12/
Deep-sea animals combat this by packing their tissues with specialized molecules called piezolytes (the most common being TMAO, or trimethylamine oxide). These molecules act like microscopic scaffolding. They bind to water molecules and hold proteins in their proper three-dimensional shape, preventing the sheer weight of the ocean from squashing the animal's biochemistry. -
12/
Deep-sea animals combat this by packing their tissues with specialized molecules called piezolytes (the most common being TMAO, or trimethylamine oxide). These molecules act like microscopic scaffolding. They bind to water molecules and hold proteins in their proper three-dimensional shape, preventing the sheer weight of the ocean from squashing the animal's biochemistry. -
12/
Deep-sea animals combat this by packing their tissues with specialized molecules called piezolytes (the most common being TMAO, or trimethylamine oxide). These molecules act like microscopic scaffolding. They bind to water molecules and hold proteins in their proper three-dimensional shape, preventing the sheer weight of the ocean from squashing the animal's biochemistry. -
11/
This keeps their cellular boundaries fluid and flexible—acting more like liquid olive oil than solid butter.3. Chemical Scaffolding (Piezolytes)
Even if your body doesn't crush, extreme hydrostatic pressure can literally force water molecules into the folds of your enzymes and proteins, warping their shape so they stop working.
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11/
This keeps their cellular boundaries fluid and flexible—acting more like liquid olive oil than solid butter.3. Chemical Scaffolding (Piezolytes)
Even if your body doesn't crush, extreme hydrostatic pressure can literally force water molecules into the folds of your enzymes and proteins, warping their shape so they stop working.
-
11/
This keeps their cellular boundaries fluid and flexible—acting more like liquid olive oil than solid butter.3. Chemical Scaffolding (Piezolytes)
Even if your body doesn't crush, extreme hydrostatic pressure can literally force water molecules into the folds of your enzymes and proteins, warping their shape so they stop working.
-
11/
This keeps their cellular boundaries fluid and flexible—acting more like liquid olive oil than solid butter.3. Chemical Scaffolding (Piezolytes)
Even if your body doesn't crush, extreme hydrostatic pressure can literally force water molecules into the folds of your enzymes and proteins, warping their shape so they stop working.
-
11/
This keeps their cellular boundaries fluid and flexible—acting more like liquid olive oil than solid butter.3. Chemical Scaffolding (Piezolytes)
Even if your body doesn't crush, extreme hydrostatic pressure can literally force water molecules into the folds of your enzymes and proteins, warping their shape so they stop working.