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- W2945001446 abstract "In vitro cell culture or tissue models that mimic in vivo cellular response have potential in tissue engineering and regenerative medicine, and are a more economical and accurate option for drug toxicity tests than animal experimentation. The design of in vivo-like cell culture models should take into account how the cells interact with the surrounding materials and how these interactions affect the cell behavior. Cell-material interactions are furthermore important in cancer metastasis and tumor progression, so deeper understanding of them can support the development of new cancer treatments. Herein, the colloidal probe microscopy technique was used to quantify the interactions of two cell lines (human pluripotent stem cell line WA07 and human hepatocellular carcinoma cell line HepG2) with natural, xeno-free biomaterials of different chemistry, morphology, and origin. Key components of extracellular matrices -human collagens I and IV, and human recombinant laminin-521-, as well as wood-derived, cellulose nanofibrils -with evidenced potential for 3D cell culture and tissue engineering- were analysed. Both strength of adhesion and force curve profiles depended on biomaterial nature and cell characteristics. The successful growth of the cells on a particular biomaterial required cell-biomaterial adhesion energies above 0.23 nJ/m. The information obtained in this work supports the development of new materials or hybrid scaffolds with tuned cell adhesion properties for tissue engineering, and provides a better understanding of the interactions of normal and cancerous cells with biomaterials in the human body." @default.
- W2945001446 created "2019-05-29" @default.
- W2945001446 creator A5024717057 @default.
- W2945001446 creator A5028421299 @default.
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- W2945001446 creator A5079345709 @default.
- W2945001446 date "2019-05-14" @default.
- W2945001446 modified "2023-10-12" @default.
- W2945001446 title "Quantified forces between HepG2 hepatocarcinoma and WA07 pluripotent stem cells with natural biomaterials correlate with in vitro cell behavior" @default.
- W2945001446 cites W1209255168 @default.
- W2945001446 cites W135954116 @default.
- W2945001446 cites W1502762755 @default.
- W2945001446 cites W1514282469 @default.
- W2945001446 cites W1539692606 @default.
- W2945001446 cites W1561423833 @default.
- W2945001446 cites W1616381068 @default.
- W2945001446 cites W1832431561 @default.
- W2945001446 cites W1906189576 @default.
- W2945001446 cites W1968285368 @default.
- W2945001446 cites W1968730264 @default.
- W2945001446 cites W1970896244 @default.
- W2945001446 cites W1971921204 @default.
- W2945001446 cites W1972626974 @default.
- W2945001446 cites W1974859737 @default.
- W2945001446 cites W1978992840 @default.
- W2945001446 cites W1982865592 @default.
- W2945001446 cites W1986032641 @default.
- W2945001446 cites W1988721344 @default.
- W2945001446 cites W1995784981 @default.
- W2945001446 cites W2004871707 @default.
- W2945001446 cites W2005009548 @default.
- W2945001446 cites W2016323743 @default.
- W2945001446 cites W2016725226 @default.
- W2945001446 cites W2022418234 @default.
- W2945001446 cites W2026302862 @default.
- W2945001446 cites W2033636044 @default.
- W2945001446 cites W2033851816 @default.
- W2945001446 cites W2033916146 @default.
- W2945001446 cites W2040003917 @default.
- W2945001446 cites W2040278554 @default.
- W2945001446 cites W2041939594 @default.
- W2945001446 cites W2045009866 @default.
- W2945001446 cites W2048820537 @default.
- W2945001446 cites W2048981745 @default.
- W2945001446 cites W2051430013 @default.
- W2945001446 cites W2053174043 @default.
- W2945001446 cites W2053682792 @default.
- W2945001446 cites W2058721966 @default.
- W2945001446 cites W2068275997 @default.
- W2945001446 cites W2069518226 @default.
- W2945001446 cites W2077948974 @default.
- W2945001446 cites W2080868675 @default.
- W2945001446 cites W2082695261 @default.
- W2945001446 cites W2082877303 @default.
- W2945001446 cites W2085299722 @default.
- W2945001446 cites W2088992013 @default.
- W2945001446 cites W2089747862 @default.
- W2945001446 cites W2092614862 @default.
- W2945001446 cites W2094575959 @default.
- W2945001446 cites W2110459242 @default.
- W2945001446 cites W2115124692 @default.
- W2945001446 cites W2125646602 @default.
- W2945001446 cites W2129149400 @default.
- W2945001446 cites W2132566055 @default.
- W2945001446 cites W2154387825 @default.
- W2945001446 cites W2158208080 @default.
- W2945001446 cites W2163428285 @default.
- W2945001446 cites W2164056993 @default.
- W2945001446 cites W2166108885 @default.
- W2945001446 cites W2167477836 @default.
- W2945001446 cites W2178993225 @default.
- W2945001446 cites W2179350196 @default.
- W2945001446 cites W2235455856 @default.
- W2945001446 cites W2298125347 @default.
- W2945001446 cites W2396065928 @default.
- W2945001446 cites W2417986379 @default.
- W2945001446 cites W2469087095 @default.
- W2945001446 cites W2483282733 @default.
- W2945001446 cites W2484361486 @default.
- W2945001446 cites W2496939416 @default.
- W2945001446 cites W2546303423 @default.
- W2945001446 cites W2578132773 @default.
- W2945001446 cites W2612144673 @default.
- W2945001446 cites W2614007146 @default.
- W2945001446 cites W2754535854 @default.
- W2945001446 cites W2762193250 @default.
- W2945001446 cites W2777846529 @default.
- W2945001446 cites W2791168709 @default.
- W2945001446 cites W2803504081 @default.
- W2945001446 cites W2883048490 @default.
- W2945001446 cites W2892400677 @default.
- W2945001446 cites W2892841285 @default.
- W2945001446 cites W2911971896 @default.
- W2945001446 doi "https://doi.org/10.1038/s41598-019-43669-7" @default.
- W2945001446 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6517585" @default.
- W2945001446 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31089156" @default.
- W2945001446 hasPublicationYear "2019" @default.