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- W4327973202 abstract "Over the last decade, efforts have been oriented toward the development of suitable gels for 3D printing, with controlled morphology and shear-thinning behavior in well-defined conditions. As a multidisciplinary approach to the fabrication of complex biomaterials, 3D bioprinting combines cells and biocompatible materials, which are subsequently printed in specific shapes to generate 3D structures for regenerative medicine or tissue engineering. A major interest is devoted to the printing of biomimetic materials with structural fidelity after their fabrication. Among some requirements imposed for bioinks, such as biocompatibility, nontoxicity, and the possibility to be sterilized, the nondamaging processability represents a critical issue for the stability and functioning of the 3D constructs. The major challenges in the field of printable gels are to mimic at different length scales the structures existing in nature and to reproduce the functions of the biological systems. Thus, a careful investigation of the rheological characteristics allows a fine-tuning of the material properties that are manufactured for targeted applications. The fluid-like or solid-like behavior of materials in conditions similar to those encountered in additive manufacturing can be monitored through the viscoelastic parameters determined in different shear conditions. The network strength, shear-thinning, yield point, and thixotropy govern bioprintability. An assessment of these rheological features provides significant insights for the design and characterization of printable gels. This review focuses on the rheological properties of printable bioinspired gels as a survey of cutting-edge research toward developing printed materials for additive manufacturing." @default.
- W4327973202 created "2023-03-21" @default.
- W4327973202 creator A5008700481 @default.
- W4327973202 date "2023-03-19" @default.
- W4327973202 modified "2023-10-02" @default.
- W4327973202 title "Rheology as a Tool for Fine-Tuning the Properties of Printable Bioinspired Gels" @default.
- W4327973202 cites W1544137929 @default.
- W4327973202 cites W1924088822 @default.
- W4327973202 cites W1958673650 @default.
- W4327973202 cites W1970710265 @default.
- W4327973202 cites W1972876487 @default.
- W4327973202 cites W1988398938 @default.
- W4327973202 cites W1993527894 @default.
- W4327973202 cites W1994821830 @default.
- W4327973202 cites W1994903148 @default.
- W4327973202 cites W1996795547 @default.
- W4327973202 cites W1998369922 @default.
- W4327973202 cites W2011384733 @default.
- W4327973202 cites W2020650391 @default.
- W4327973202 cites W2020886557 @default.
- W4327973202 cites W2025146197 @default.
- W4327973202 cites W2033231591 @default.
- W4327973202 cites W2034722366 @default.
- W4327973202 cites W2036100360 @default.
- W4327973202 cites W2043423139 @default.
- W4327973202 cites W2048644480 @default.
- W4327973202 cites W2061684315 @default.
- W4327973202 cites W2072451080 @default.
- W4327973202 cites W2077443558 @default.
- W4327973202 cites W2089607798 @default.
- W4327973202 cites W2089864133 @default.
- W4327973202 cites W2100081159 @default.
- W4327973202 cites W2111242220 @default.
- W4327973202 cites W2113581305 @default.
- W4327973202 cites W2130218657 @default.
- W4327973202 cites W2135633868 @default.
- W4327973202 cites W2146533968 @default.
- W4327973202 cites W2152013004 @default.
- W4327973202 cites W2162147655 @default.
- W4327973202 cites W2171492615 @default.
- W4327973202 cites W2174690427 @default.
- W4327973202 cites W2182678773 @default.
- W4327973202 cites W2210387669 @default.
- W4327973202 cites W2342643254 @default.
- W4327973202 cites W2389735688 @default.
- W4327973202 cites W2405231369 @default.
- W4327973202 cites W2406723148 @default.
- W4327973202 cites W2434780740 @default.
- W4327973202 cites W2472741701 @default.
- W4327973202 cites W2482231493 @default.
- W4327973202 cites W2487381011 @default.
- W4327973202 cites W2489602289 @default.
- W4327973202 cites W2500442904 @default.
- W4327973202 cites W2510335982 @default.
- W4327973202 cites W2517687111 @default.
- W4327973202 cites W2520630064 @default.
- W4327973202 cites W2521121173 @default.
- W4327973202 cites W2527977187 @default.
- W4327973202 cites W2528321021 @default.
- W4327973202 cites W2530322393 @default.
- W4327973202 cites W2531391072 @default.
- W4327973202 cites W2548947358 @default.
- W4327973202 cites W2560825249 @default.
- W4327973202 cites W2562982267 @default.
- W4327973202 cites W2589770449 @default.
- W4327973202 cites W2605458364 @default.
- W4327973202 cites W2607116426 @default.
- W4327973202 cites W2608088225 @default.
- W4327973202 cites W2610087993 @default.
- W4327973202 cites W2610636146 @default.
- W4327973202 cites W2622672436 @default.
- W4327973202 cites W2624592196 @default.
- W4327973202 cites W2724890575 @default.
- W4327973202 cites W2729309989 @default.
- W4327973202 cites W2735898890 @default.
- W4327973202 cites W2738123334 @default.
- W4327973202 cites W2751245732 @default.
- W4327973202 cites W2755965525 @default.
- W4327973202 cites W2762925038 @default.
- W4327973202 cites W2764012161 @default.
- W4327973202 cites W2774015762 @default.
- W4327973202 cites W2774971110 @default.
- W4327973202 cites W2776143701 @default.
- W4327973202 cites W2781881109 @default.
- W4327973202 cites W2789972985 @default.
- W4327973202 cites W2790244053 @default.
- W4327973202 cites W2790281145 @default.
- W4327973202 cites W2790530883 @default.
- W4327973202 cites W2793403107 @default.
- W4327973202 cites W2793827094 @default.
- W4327973202 cites W2794091348 @default.
- W4327973202 cites W2797163462 @default.
- W4327973202 cites W2800256648 @default.
- W4327973202 cites W2802079111 @default.
- W4327973202 cites W2804110020 @default.
- W4327973202 cites W2806219591 @default.
- W4327973202 cites W2806718124 @default.
- W4327973202 cites W2806759458 @default.