Polyethylene Terephthalate Fiber Modified with Type I
Polyethylene Terephthalate Fiber Modified with Type I Collagen as a 3D Scaffold Material for Bioartificial Liver Yang Li 1,2,3, Yang Zhang 1, Jianping Gao 1,2, Shuguang Liao 3
Polyethylene Terephthalate Fiber Modified with Type I Collagen as a 3D Scaffold Material for Bioartificial Liver Yang Li 1,2,3, Yang Zhang 1, Jianping Gao 1,2, Shuguang Liao 3
However, the apatite formation ability of the synthetic collagen in SBF is quite low. Kamitakahara et al. previously examined apatite formation on chemically synthesized collagen that had been
ABSTRACT: The study deals with the synthesis and characterization of the hydrophobically modified polyacryla-mide (HMPA) copolymer and its functional property evaluation in mixed
Actin, elastin, and fibronectin are discrete in structure from collagens, but are commonly co-located with collagen in tissue (e.g., fibronectin commonly provides rigidity on
Finally, hemostatic activity of the modified collagen samples was assessed in vitro. The obtained results showed that UV-treatment of collagen led to significant changes in its
The spectra of (a) pure dentin, (b) the same sample as (3a) after HEMA treatment and washed with water, and (c) the subtraction spectrum ofpure dentin (3a) from HEMA-treated dentin (3b).
The use of combinations of latex polymers and epoxy resins or compounds is well known.2 Water-soluble si-lanes used directly as additives to latex systems have been
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