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Researchers in the labs of Christopher Bates, an assistant professor of materials at UC Santa Barbara, and Michael Chabinyc, a professor of materials and chair of the department, have teamed to develop the first 3-D-printable "bottlebrush" elastomer. The new material results in printed objects that have unusual softness and elasticity—mechanical properties that closely resemble those of human tissue.
1 In a generalized stress-strain curve for biological tissues, there
Sensors, Free Full-Text
Fascia Science Review
Distinct modulus of human tissues suggesting tissue-specific stiffness.
IJMS, Free Full-Text
Gels, Free Full-Text
Frontiers A review of bioengineering techniques applied to breast tissue: Mechanical properties, tissue engineering and finite element analysis
The world's longest bottlebrush polymer ever synthesized
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Materials, Free Full-Text
Research team develops new class of soft materials
AFM images of a mould of wet human skin taken at (a) lower and (b)
Characterizing the elastic properties of tissues - ScienceDirect
An inchworm-inspired soft robot with translucent PVA-MMT/hydrogel