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Several comments highlight the innovative potential of bio-inspired materials, with phrases like 'biomimetic composites' and 'silk-inspired triblock proteins' indicating an understanding of the underlying science. The tone ranges from enthusiastic praise to curiosity, reflecting both support and intrigue about how these materials could revolutionize industries such as manufacturing and medicine.
Most discussions express support or enthusiasm for the research, with many posts calling the work 'amazing,' 'promising,' or affirming the potential of spider silk and nanocellulose in material engineering.
Spiders have a long been feared for the creepy-crawly nature, but their silk might just change that image. Here are six ways spider silk is being studied to improve life for human beings: https://t.co/XU9xd5UuMT https://t.co/XGjdA7O0VG
Spidersilk is going to provide for the future of Material Engineering. $SILK is going to provide for the Spiderlings. https://t.co/GbEl4RbQD2
Happy to help with structural characterisation of spidersilkwood | Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/AAt3JXNfD7
Awesome work...! Silkwood anyone? (and not the Meryl Streep, Kurt Russell, Cher film!) Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/RVgVf2O5zG
Biomimetic Composites with Enhanced Toughening Using Silk Inspired Triblock Proteins and Aligned Nanocellulose Reinforcements by Pezhman Mohammadi, Markus Linder & co-workers https://t.co/t1TKgwa28d https://t.co/Nr6DnUT4Oy
A truly new bio-based material made by gluing together wood cellulose fibers and spider silk protein. "Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements" https://t.co/XP0pCfVJFa
This study explores creating sustainable composite materials by combining silk-like proteins with nanocellulose, resulting in strong, tough fibers with potential for diverse applications in material engineering.
From lab experiments to real-world solutions, learn how bacteria are stepping up to fight pollution in a whole new way.
https://t.co/SGR550C9TX حرير العنكبوت والدراسات العلميه للاستفاده منه فب الهندسه وصناعة البلاستيك بتقنية النانو لصلابه والقوه هذا الحرير والمواد البروتنيه ذات الصلابه .
Is Spider Silk the Future of Material Engineering? https://t.co/6be3awfYEf https://t.co/lo1FrK5DJj
https://t.co/TMy2Bxx8Zw
RT @SupplySilk: This video asks “Is spider silk the future of materials engineering?” We @SupplySilk believe it certainly is! https://t.co/…
This video asks “Is spider silk the future of materials engineering?” We @SupplySilk believe it certainly is! https://t.co/y3LWYcXedE @SciShow
Spidersilk is going to provide for the future of Material Engineering. $SILK is going to provide for the Spiderlings. https://t.co/GbEl4RbQD2
https://t.co/5xeivTbqr8
RT @SciShow: Spiders have a long been feared for the creepy-crawly nature, but their silk might just change that image. Here are six ways…
RT @CyberpunkTTRPG: Is Spider Silk the Future of Material Engineering? #Cyberpunk #TTRPG #RPG #SpiderSilk #NewMaterials #BioTech https://…
Is Spider Silk the Future of Material Engineering? #Cyberpunk #TTRPG #RPG #SpiderSilk #NewMaterials #BioTech https://t.co/SnlRZYTDJC
RT @SciShow: Spiders have a long been feared for the creepy-crawly nature, but their silk might just change that image. Here are six ways…
#carbon #nanotube created 2600 year before by #ancient #Tamil people by create #POTS in #clay. In 2012 @IBM created 9 nm #transistor in #nanotechnology . @generalelectric @Nature @nippon_en @tudelft @UCBerkeley https://t.co/075JV6gL1y https://t.co/aZu9zE1BvT #keeladi #TamilNadu
6 Wild Ways to Harness the Power of Spider Silk https://t.co/l9NFioiXL6 via @YouTube
https://t.co/iTPmfERRBE
New engineering material under study, promising a good potential:
This was actually amazing and made this particular animal not as scary https://t.co/TWmKBaJscb
6 Wild Ways to Harness the Power of Spider Silk https://t.co/dgfkAjd7UA via @YouTube
6 Wild Ways to Harness the Power of Spider Silk https://t.co/AAgfCH8jew via @YouTube
@ud9304 The silk can be made into kevlar as well as clothes, and even in the operating room it can be used. iirc In fact, ScyShow on youtube just put out a video on spider silk https://t.co/BDVsJ63cab There are also genetically modified goats that produce spider silk in their milk
Spiders have a long been feared for the creepy-crawly nature, but their silk might just change that image. Here are six ways spider silk is being studied to improve life for human beings: https://t.co/XU9xd5UuMT https://t.co/XGjdA7O0VG
New video by SciShow: 6 Wild Ways to Harness the Power of Spider Silk https://t.co/2zu5MBbkjs
Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/TPGPFkSBhZ
Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/7acELvwJfT
Mohammadi et al.: Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned ... https://t.co/o0KCotDnmY
RT @gabriel_hgs: Seda y nanocelulosa para sustituir plásticos: Biomimetic composites with enhanced toughening using silk-inspired triblock…
Seda y nanocelulosa para sustituir plásticos: Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/uixxdmIqiK
Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/vy4RnX7MfS
Happy to help with structural characterisation of spidersilkwood | Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/AAt3JXNfD7
Awesome work...! Silkwood anyone? (and not the Meryl Streep, Kurt Russell, Cher film!) Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/RVgVf2O5zG
Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements https://t.co/FCNVidtFWa
A truly new bio-based material made by gluing together wood cellulose fibers and spider silk protein. "Biomimetic composites with enhanced toughening using silk-inspired triblock proteins and aligned nanocellulose reinforcements" https://t.co/XP0pCfVJFa
RT @ChemRxiv: Biomimetic Composites with Enhanced Toughening Using Silk Inspired Triblock Proteins and Aligned Nanocellulose Reinforcements…
Biomimetic Composites with Enhanced Toughening Using Silk Inspired Triblock Proteins and Aligned Nanocellulose Reinforcements by Pezhman Mohammadi, Markus Linder & co-workers https://t.co/t1TKgwa28d https://t.co/Nr6DnUT4Oy