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Carbon nanotubes (CNTs) are one of the most fascinating and enchant nanomaterials of the twenty-first century [1] with many attractive physicochemical properties such as high mechanical (elasticity ~1 TPa and tensile strength 50 500 GPa), thermal stability (>700 °C), and electrical conductivity (3000 3500 W m−1 K−1) [2 4].
Poly ester-urethane) is widely used as substrates in biomedical engineering due to its high mechanical elasticity, favorable hemocomPoly ester-urethanedegradabisity [ 15].
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On the other hand, their high mechanical strength and low elasticity are incompatible with the human skeletal tissue.
Polymer nanoparticle composites have demonstrated enhanced mechanical elasticity and high conductivity, but require higher filler content when compared to nanowire and nanotube based materials with similar conductivities.
Carbon microcoils (CMCs) [7], with coil diameters in the order of micrometers, are a class of carbon materials with singular properties, such as mechanical elasticity [8], high hydrogen sorption [9] and electromagnetic wave absorption [10].
Based on nontoxic elements such as Ti, Zr, Nb, Ta, they should combine high mechanical resistance with a low elastic modulus close to the bone elasticity (E=20 GPa) to significantly improve bone remodelling and osseointegration processes.
Hybrid scaffolds that unite the elasticity of collagen and the high mechanical resistance of β-TCP offer viable solutions to the current problems encountered in hard tissue engineering [ 6, 10].
FLNa mutations associated with human developmental anomalies disrupt the binding interaction and weaken the elasticity of FLNa/F-actin network under high mechanical stress.
They are major contributors to the elasticity of cells and tissues due to their high mechanical stability and intrinsic flexibility.
High mechanical strength.
With MR elastography (MRE) a quantitative measure of mechanical elasticity of tissue and muscles is possible.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com