Kidney Bioengineering
Scientists have created a functional replacement for the human kidney based on rat kidney cells.
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Scientists have created a functional replacement for the human kidney based on rat kidney cells.
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@QuiteInterestingInformation
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Lovers’ Bridge on the Canal du Vasse, Annecy, Haute-Savoie, 1992. Photo by Jean Gaumy.
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@QuiteInterestingInformation
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@QuiteInterestingInformation
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Nobody painted these glowing pink springhares—their Day-Glo is all natural.
🔴 Glowing lights in nature aren’t limited to fireflies and glowworms. A new study published in Nature last month discovered vivid pink biofluorescence in two different species of springhares, both found on the African continent.
🔴 Biofluorescence generally describes the process during which particles in an organism’s tissues absorb short-wavelength, high-energy light, and after keeping some of that energy for itself, shoots the wave back out at a lower energy and thus a longer wavelength. Short wavelengths like UV and blue light go in, then are emitted as longer wavelengths of red, orange, yellow, and green light.
🔴 This colorful light show has been observed in fireflies, fish, reptiles, amphibians and birds. Three groups of nocturnal mammals—New World flying squirrels, New World marsupial opossums, and the monotreme duck-billed platypus—have also displayed biofluorescence in previous studies.
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@QuiteInterestingInformation
🔴 Glowing lights in nature aren’t limited to fireflies and glowworms. A new study published in Nature last month discovered vivid pink biofluorescence in two different species of springhares, both found on the African continent.
🔴 Biofluorescence generally describes the process during which particles in an organism’s tissues absorb short-wavelength, high-energy light, and after keeping some of that energy for itself, shoots the wave back out at a lower energy and thus a longer wavelength. Short wavelengths like UV and blue light go in, then are emitted as longer wavelengths of red, orange, yellow, and green light.
🔴 This colorful light show has been observed in fireflies, fish, reptiles, amphibians and birds. Three groups of nocturnal mammals—New World flying squirrels, New World marsupial opossums, and the monotreme duck-billed platypus—have also displayed biofluorescence in previous studies.
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@QuiteInterestingInformation
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At the basketball game they demonstrated robotic mops that wipe down the floor at halftime of the game on their own.
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Pyramid in the woods of Scotland, built to commemorate the death of Prince Albert
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GloFish a patented commercial brand under which genetically modified fluorescent aquarium fish are sold.
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Human Brain vs Dolphin Brain 🧠
Dolphin brains are four to five times larger than what is expected for their body size when compared to other animals of similar size. Scientist believe dolphins should be granted rights as individuals as they are "non-human persons" given their complex behavior patterns. Research confirmed that dolphins come together to solve difficult problems, and even use tactics to round up fish to eat. They can even teach other new behaviors.
Whale and dolphin brains contain specialized brain cells called spindle neurons. These are associated with advanced abilities such as recognising, remembering, reasoning, communicating, perceiving, adapting to change, problem-solving and understanding. So it seems they are deep thinkers! Not only that, but the part of their brain which processes emotions (limbic system) appears to be more complex than our own.
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@QuiteInterestingInformation
Dolphin brains are four to five times larger than what is expected for their body size when compared to other animals of similar size. Scientist believe dolphins should be granted rights as individuals as they are "non-human persons" given their complex behavior patterns. Research confirmed that dolphins come together to solve difficult problems, and even use tactics to round up fish to eat. They can even teach other new behaviors.
Whale and dolphin brains contain specialized brain cells called spindle neurons. These are associated with advanced abilities such as recognising, remembering, reasoning, communicating, perceiving, adapting to change, problem-solving and understanding. So it seems they are deep thinkers! Not only that, but the part of their brain which processes emotions (limbic system) appears to be more complex than our own.
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@QuiteInterestingInformation
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