A new way of making polymers adhere to surfaces may enable better biomedical sensors and implants.
Tags: research mechanical-engineering school-of-engineering national-science-foundation-nsf civil-and-environmental-engineering institute-for-medical-engineering-and-science-imes bioinspiration
MIT graduate student Seth Cazzell shows controlling pH enables reversible hydrogel formation in wider range of metal concentrations.
Tags: research metals school-of-engineering materials-science-and-engineering dmse materials-research-laboratory bioinspiration hydrogels
New adhesive that binds wet surfaces within seconds could be used to heal wounds or implant medical devices.
Tags: medicine research mechanical-engineering school-of-engineering national-science-foundation-nsf health-sciences-and-technology institute-for-medical-engineering-and-science-imes bioinspiration
Twisted fibers coated with living cells could assist healing of injured muscles and tendons.
Tags: research mechanical-engineering school-of-engineering materials-science-and-engineering biological-engineering bioinspiration
Mechanical “training” produces strong, fatigue-resistant, yet soft hydrogels with possible uses in medicine.
Tags: medicine research mechanical-engineering school-of-engineering biomaterials bioinspiration
Unusual property of the ultrastrong material could be harnessed for twisting or pulling motions.
Tags: research school-of-engineering biomaterials civil-and-environmental-engineering national-institutes-of-health-nih materials-science-and-engineering bioinspiration
Flying in shallow arcs helps birds stay aloft with less effort.
Tags: physics energy robots biology animals research drones wind mechanical-engineering school-of-engineering computer-modeling bioinspiration fluid-dynamics biomimetics
Engineers predict how flowing fluid will bend tiny hairs that line blood vessels and intestines.
Tags: mathematics research mechanical-engineering school-of-engineering microfluidics defense-advanced-research-projects-agency-darpa bioinspiration fluid-dynamics biomimetics
Three-tiered structure of these impact-resistant shells could inspire better helmets, body armor.
Tags: research school-of-engineering civil-and-environmental-engineering materials-science-and-engineering bioinspiration
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