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Scientists Can Predict and Design Single Atom Catalysts for Important Chemical Reactions
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MYOS CORP Announces Positive Results from Feline Study on Fortetropin
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Tufts Researchers Develop Leather Alternative Thanks to 3D Printing
Published on May 8, 2021 by
The use of 3D printing offers different advantages for different industries. The ability to produce complex geometries with a variety of materials using 3D printing is highly relevant for artists and designers, among others. It often seems as if creativity is no longer limited by the technology. Additive manufacturing processes also seem to be gaining in importance in the fashion industry. Because there is an increasing desire to set an example for ethical production methods and climate protection, interest in material alternatives and environmentally friendly manufacturing processes is on the rise. For example, 3D printing is ideally suited for reconstructing natural patterns or shapes, which can be derived into bionics. Researchers at Tufts University, for example, are using 3D printing to create animal-free products from a leather alternative that is intended to resemble real leather
UPDATED: 11:26 EST, 11 July 2013
Scientists have discovered that not only can the planarian worm regrow its head if its cut off, the regenerated brain contains the same memories that were stored in the decapitated one.
Researchers from Tufts University in Boston tested the memory of the planarian worms by measuring how long it took them to reach food in a lab environment.
The small yellow worms had been trained to ignore the bright lights in the lab so they could find their meals without being distracted and the scientists found that even after decapitation worms remembered this training.
Researchers at Tufts University have found that not only can the planarian worm, pictured, regrow its own head, but the new head contains old memories. The worms were trained to find food in a petri dish before being decapitated. When their new head had regrown, the worms were able to remember these skills
Robots made from stem cells of frogs
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Researchers say the soft-body living machines can have several applications in biomedicine and the environment.
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Researchers say the soft-body living machines can have several applications in biomedicine and the environment.
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Researchers at Tufts University have developed robots from stem cells of frogs. These robots are named Xenobots and they can self-heal after damage, record memories and work together in groups.
These biological robots can record information about their surroundings and move using cilia minute hairlike particles present on their surface.
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