Scientists transform skin bacterium into a topical vaccine that you rub onto your skin, a needle-free approach that would eliminate reactions like fever, swelling and pain. Topical application generated enough antibodies to successfully protect mice from 6 times the lethal dose of tetanus toxin.
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#TopicalVaccine #NeedleFree #SkinScience #InnovativeMedicine #HealthTech
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#TopicalVaccine #NeedleFree #SkinScience #InnovativeMedicine #HealthTech
News Center
Stanford scientists transform ubiquitous skin bacterium into a topical vaccine
Stanford University scientists' findings in mice could translate into a radical, needle-free vaccination approach that would also eliminate reactions including fever, swelling and pain.
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Wet fingers always wrinkle in the same way: « The folds follow the paths of blood vessels. »💧🖐️
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#WetFingers #SkinScience #Wrinkles #HumanAnatomy #BiologyFacts
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#WetFingers #SkinScience #Wrinkles #HumanAnatomy #BiologyFacts
Science News
Wet fingers always wrinkle in the same way
Pruney fingertips aren't swollen sponges — the wrinkles actually come from blood vessels constricting and pulling skin inward.
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Science News
Skin conditions such as psoriasis often flare up in the same spots throughout one’s life. In a new study in mice, researchers showed how skin cells inherit patterns of gene expression every time they regenerate. Read Full Article #PsoriasisResearch #SkinRegeneration…
🧠 Scientists have uncovered how skin cells "remember" past injuries and inflammation, a discovery made in mice and published on Thursday in Science. This "memory" is passed down through generations of skin cells via inherited patterns of gene expression and epigenetic marks on DNA.
🔬 This skin cell memory can be beneficial, allowing for faster healing of previous wounds. However, in conditions like psoriasis, this memory can lead to recurring flare-ups by making skin overly sensitive to triggers like stress.
🤖 Researchers utilized AI to identify specific genetic sequences in mice that contribute to this long-term skin stem cell memory, analyzing DNA behavior before and after injury.
💡 While this research was conducted on mice, the conserved biology suggests potential applicability to humans. Future human studies are anticipated, though they may be more complex due to differing cell regeneration and disease timescales.
#SkinScience #Epigenetics #MedicalResearch
🔬 This skin cell memory can be beneficial, allowing for faster healing of previous wounds. However, in conditions like psoriasis, this memory can lead to recurring flare-ups by making skin overly sensitive to triggers like stress.
🤖 Researchers utilized AI to identify specific genetic sequences in mice that contribute to this long-term skin stem cell memory, analyzing DNA behavior before and after injury.
💡 While this research was conducted on mice, the conserved biology suggests potential applicability to humans. Future human studies are anticipated, though they may be more complex due to differing cell regeneration and disease timescales.
#SkinScience #Epigenetics #MedicalResearch
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Researchers from UQ’s Queensland Brain Institute have helped uncover a new clue about how the skin detects harmless warmth and cool. The team studied specialised nerve cells called thermoreceptors, and tracked how they responded to carefully controlled cooling and warming.
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#Thermoreceptors #SkinScience #NeuroscienceResearch
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#Thermoreceptors #SkinScience #NeuroscienceResearch
qbi.uq.edu.au
How the skin senses warmth and cool
Researchers from UQ’s Queensland Brain Institute have helped uncover a new clue about how the skin detects harmless warmth and cool, and the finding may change how scientists think about temperature sensation.
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