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Prediction of Hyperelastic Material Properties of Fuel Cell Membranes

Prediction of Hyperelastic Material Properties of Fuel Cell Membranes

by Caleb Horst | Jul 25, 2019 | In The Lab

Proton-Exchange Membrane Fuel Cells is a favourable alternative to the internal combustion engines in vehicle applications. It was initially developed by General Electric for NASA for use in the Gemini spacecraft (ScienceDirect). In this system, thin, conductive...
Multifactorial Bottom-up Bioengineering Approaches to Develop Living Tissue Substitutes

Multifactorial Bottom-up Bioengineering Approaches to Develop Living Tissue Substitutes

by Caleb Horst | Jul 8, 2019 | In The Lab

Bottom-up bioengineering is an approach to build tissue structures using cell-laden modules (such as extracellular matrix) as opposed to seeding cells into porous scaffolds. It has a higher level of biomimicry and has been used successfully in clinical settings for...
Investigating the Venous Valve Tissue Mechanical Properties and ECM

Investigating the Venous Valve Tissue Mechanical Properties and ECM

by Caleb Horst | Jul 4, 2019 | In The Lab

A jugular venous valve functions to prevent retrograde blood flow. If it malfunctions or is incompetent, symptoms such as amnesia or stroke may occur. Moreover, there are no long-term remedy for jugular venous valve incompetence – surgery to replace a failed...
Molecularly-ordered Hydrogels with Controllable Response

Molecularly-ordered Hydrogels with Controllable Response

by Caleb Horst | Jul 4, 2019 | In The Lab

In the field of biosensors, artificial muscles and microfluidics, shape-morphing hydrogels are of significant interest. Isotropic materials can be morphed into complex shapes under aqueous stimuli by varying the material (embedding with stiff particulate such as...

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