New materials for heart tissue regeneration

stained-hydrogels-for-heart-tissue-regeneration

A new biomaterial for heart tissue regeneration, resembling live cardiac tissue in key characteristics, has been reported.

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Fabricating smart composite materials with wrinkled microstructures

MIT researchers have fabricated interfacial material using 3-D printing to study wrinkling phenomenon. Image: Narges Kaynia and Yaning Li.

MIT researchers mimic nature to produce interfacial composite materials with stimuli-responsive microstructures.

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Materials enlisted in the fight against bedbugs

New York firm has developed an artificial, micro-fiber spider web to stop bedbugs, termites and other pests without the use of harmful and toxic chemicals.

Tunable Harvard thin films mimic tear drops

Tunable material system designed by Harvard team is easily adaptable for diverse applications in fuel transport, textiles, optical systems, and more.

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Nanostructured surfaces with antibacterial properties

Researchers at Rensselaer Polytechnic Institute develop new method to kill pathogenic bacteria without antiobiotics or chemicals.

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Book Review: Biomimetic Approaches for Biomaterials Development

biomimetic-approaches-for-biomaterials-development-front-cover

Houman Savoji and Michael R. Wertheimer of the École Polytechnique de Montréal review new publication in biomimetics.

Fuel from the Sun

Imagine life in a ‘clean house gas’ rather than a ‘green house gas’ world; this will require a change of human behavior from that practiced in the Anthropocene era where the Earth’s ecosystems have been negatively impacted by humans to the Sustanocene age where humans strive to heal the Earth through renewable technologies to make things better. Image: Todd Siler and Geoffrey Ozin - ArtNanoInnovations.

Professor Geoff Ozin on his “super leaf” challenge – producing fuel by matching nature.

How can black carp crush hard snail shells?

Mollusk shells are well known to have excellent mechnical properties, but a species of carp – Mylopharyngodon piceus – lives on them. How?

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Swimming Microbots: Self-propelling Catalytic Micromotors Follow a pH Gradient

Self-propelling_Catalytic_Microbot_Follows_pH_Gradient

Scientists have developed autonomous catalytic microrobots that swim towards a specified target with a speed of 20 body length per second.

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Nanoscale materials derived from snails’ teeth

The underside of a gumboot chiton in the lab of David Kisailus.

Assistant professor David Kisailus studies the chiton, a marine snail found off the coast of California, to develop nanoscale materials for energy applications.

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