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36 results for "biomaterials"
Swedish researchers have created eco-friendly building material from baker's yeast that can be 3D-printed into wall panels, room dividers, and light-filtering screens. The biodegradable innovation could replace plastic-heavy interior products while using waste from brewing and agriculture.
Scientists turned discarded sheep wool into a breakthrough bone-healing material that outperforms traditional collagen scaffolds. The sustainable innovation could transform regenerative medicine while giving new value to agricultural waste.
An Aboriginal artist in Australia is transforming fish skins destined for landfills into stunning leather garments, saving up to 30 kilograms of waste daily. Her collection honors First Nations traditions while pioneering sustainable fashion.
Scientists created building materials embedded with living bacteria that capture carbon from the air, repair themselves, and strengthen over time. A massive installation at the Venice Architecture Biennale is testing whether these living walls can survive for months.
A Bengaluru company is transforming millions of tonnes of burned agricultural waste into sustainable materials that replace petroleum-based chemicals. Founded by ex-Tesla engineers, altM is proving India can lead global green manufacturing.
A coin-sized spider in Madagascar weaves webs 80 feet across rivers using silk that outperforms steel and Kevlar. Scientists are racing to understand how this tiny creature creates one of nature's toughest materials. #
Researchers in Sweden created a 3D-printable construction material made entirely from yeast and other renewable ingredients. The biodegradable material could replace fossil-based products like plaster and plastic in building design.
Scientists discovered that a common ice cream ingredient can transform excavated dirt into sturdy 3D-printed buildings, potentially keeping tons of construction waste out of landfills. The breakthrough could make sustainable building materials available almost anywhere on Earth.
Researchers in South Korea have recreated the legendary golden sea silk once worn by emperors and popes, solving the mystery of how its shimmering color stays brilliant for centuries. The breakthrough could transform sustainable fashion while giving new purpose to seafood waste.
Scientists at Washington University have turned animal muscle proteins into revolutionary fibers that could transform everything from workout clothes to medical implants. The breakthrough solves a major problem plaguing other eco-friendly materials.
Researchers at UAE University have transformed date palm waste into sustainable leather, building materials, and even medicine. Their innovation program has produced 20 patents and over 200 scientific papers since 2020.
Scientists at Penn State have created a breakthrough memory device that combines synthetic DNA with solar cell materials, using 100 times less power than flash drives while storing far more data. The innovation could revolutionize energy-hungry AI data centers and pave the way for brain-like computing.
Scientists created a waterproof material from discarded shrimp shells that actually becomes 50% stronger when immersed in water. This breakthrough could finally give us a sustainable plastic replacement that thrives in the environment instead of polluting it.
Scientists just solved one of medicine's biggest challenges: turning injectable weight loss drugs like Ozempic into pills that work just as well. The breakthrough could help millions who avoid needles and make life-changing treatments easier to access.
South Korean farmers are using natural bio-technology to keep sweet potatoes fresh during long trips to Thailand. The innovation could help more farmers export their crops to distant markets.
A Colorado engineer inspired by her mother's death from breast cancer is developing 3D-printed scaffolds that help survivors grow their own natural breast tissue after surgery. The breakthrough could give 300,000 women annually a safer, more natural alternative to traditional implants.
Researchers have discovered how tiny wave-like structures in our skin form, opening doors to better wound healing and skin regeneration treatments. These microscopic ridges could be the key to helping burn victims and others grow healthier skin.
Scientists at MIT have developed tiny injectable liver tissues that could save thousands of patients who can't get transplants. The "satellite livers" stayed healthy in mice for two months and performed essential liver functions.
Ten innovative Canadian companies will pitch breakthrough climate solutions at Montreal's largest Climate Solutions Prize Festival on June 8-9, competing for over $1.5 million in funding. From turning crab shells into fire retardant to capturing wasted factory heat, these homegrown technologies prove climate solutions are ready to scale now.
Researchers in Spain have created transparent corneal implants from discarded fish scales that could help thousands waiting for eye transplants. The breakthrough transforms fishing industry waste into life-changing medical technology.
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