Science and Technology Science and Technology
Thu, December 5, 2024
[ 01:32 PM ] - Business Line
ISRO's PSLV-C59 successfully launches ESA's PROBA-3 satellites in formation flying milestone
[ 01:32 PM ] - Newsroom
It might be time for a 'third way' in our tertiary education sector
[ 01:02 PM ] - The Irish Times
Greater emphasis on Irish words in updated curriculum for babies and toddlers
[ 01:02 PM ] - AOL
Britain needs a 'vaccine taskforce' to prepare for the next pandemic, Lords warn
[ 12:32 PM ] - Daily Express
O2 offers free data SIMs at these UK stores - full list and if you can claim confirmed
[ 12:32 PM ] - TechCrunch
Women in AI: Tamar Eilam is helping IBM build sustinable computing
[ 11:33 AM ] - pharmaphorum
Pharma and the ongoing battle against AI drift
[ 11:32 AM ] - Arab Times
Zain Group and ZainTECH scoop three awards at Fast Company Middle East Innovation Awards 2024
[ 11:32 AM ] - MSN
MGI Tech's Innovative Sequencing Technology Drives Mangrove Conservation Efforts in Thailand
[ 11:32 AM ] - MSN
India has embraced modernity, technology while retaining 'Bharatiyata': Education minister
[ 11:32 AM ] - El País in English
Dozens of the world's most cited scientists stop falsely claiming to work in Saudi Arabia
[ 11:01 AM ] - usace.army.mil
PART's Mark Dertzbaugh reflects on 30+ years of progress at MRDC
[ 09:32 AM ] - Tim Hastings
Orbit of Excellence: Physics Professor Earns UML's Highest Honor
[ 09:32 AM ] - Tim Hastings
Top 10 high schools in Georgia one can consider for quality education
[ 09:32 AM ] - Tim Hastings
3D-printed, coral-inspired material can heal bones
[ 08:32 AM ] - Tim Hastings
Researchers develop solar-powered cow-milking dev .. m agricultural industry: 'Embrace the innovation'
[ 08:32 AM ] - Tim Hastings
Ugandan scientist to give local address on agriculture
[ 08:32 AM ] - Tim Hastings
DOST launches Propel to back Pinoy innovators
[ 07:32 AM ] - Tim Hastings
The 2024 World Conference on Science Literacy kicks off in Beijing, China
[ 07:02 AM ] - Tim Hastings
What does AI look like? Google DeepMind's Visuali .. stifies through original and imaginative artworks
[ 06:32 AM ] - Tim Hastings
Why Canada excels at medical tech startups
[ 06:32 AM ] - Tim Hastings
CleanFiber secures $20M in federal funds to help expand nationally
[ 06:32 AM ] - Tim Hastings
KNUST Graduate Recreates Cole Palmer's Cold Celebration At His University Graduation
[ 06:02 AM ] - Tim Hastings
Watch a slingshot spider deploy a perfectly-timed trap
[ 05:32 AM ] - Tim Hastings
India to launch European Proba-3 satellites on De .. ificial eclipses in space. Watch the liftoff live
[ 05:02 AM ] - Tim Hastings
Bharatiya Antariksh Station (BAS) by ISRO: Budget, Complete by Which Year and How Many Astronauts?
[ 04:33 AM ] - Tim Hastings
Millions could see phone bills change as Vodafone and Three merger approved
[ 04:33 AM ] - Tim Hastings
5 Universities, 9 Colleges Suspended from Offering Nutrition & Dietetics Course
[ 04:32 AM ] - Tim Hastings
Grenada PM to chair special CARICOM information and technology meeting
[ 04:32 AM ] - Tim Hastings
New bioprinter 3D prints human tissue 10x faster

New bioprinter 3D prints human tissue 10x faster


Published on 2024-12-05 04:32:49 - Tim Hastings, N@N
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  • A study published in Nature Communications by a team at Penn State lays out the key factor for speeding up tissue generation: tiny cell clusters known as spheroids. Unlike previous bioprinting options that lack the necessary,

The article from Popular Science discusses the advancements in bioprinting technology, which aims to create functional human tissues and organs. It highlights how researchers are using 3D printers to layer bioinks—materials made from living cells, growth factors, and biomaterials—to construct complex tissue structures. Key points include the potential of bioprinting to revolutionize medical treatments by providing personalized organ replacements, reducing the need for organ donors, and minimizing rejection risks. The article also touches on current challenges like ensuring the vascularization of printed tissues, maintaining cell viability, and replicating the intricate architecture of human organs. Innovations mentioned include the development of new bioinks, improvements in printing resolution, and the integration of multiple cell types to mimic natural tissue complexity. The piece concludes with optimism about the future of bioprinting, noting ongoing research and the potential for clinical applications in the coming years.

Read the Full Popular Science Article at:
[ https://www.popsci.com/science/bioprint-human-tissue/ ]
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